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    Chemistry

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    Also known as: Silica, Quartz, Dioxosilane, 7631-86-9, Diatomaceous earth, Silica gel
    Molecular Formula
    O2Si
    Molecular Weight
    60.084  g/mol
    InChI Key
    VYPSYNLAJGMNEJ-UHFFFAOYSA-N
    FDA UNII
    ETJ7Z6XBU4
    Silicon Dioxide API
    Silicon Dioxide is a natural compound of silicon and oxygen found mostly in sand, Silica has three main crystalline varieties: quartz, tridymite, and cristobalite. Fine particulate silica dust from quartz rock causes over a long-term progressive lung injury, silicosis. (NCI04)
    1 2D Structure

    Silicon Dioxide API

    2 Identification
    2.1 Computed Descriptors
    2.1.1 IUPAC Name
    dioxosilane
    2.1.2 InChI
    InChI=1S/O2Si/c1-3-2
    2.1.3 InChI Key
    VYPSYNLAJGMNEJ-UHFFFAOYSA-N
    2.1.4 Canonical SMILES
    O=[Si]=O
    2.2 Other Identifiers
    2.2.1 UNII
    ETJ7Z6XBU4
    2.3 Synonyms
    2.3.1 Depositor-Supplied Synonyms

    1. Silica

    2. Quartz

    3. Dioxosilane

    4. 7631-86-9

    5. Diatomaceous Earth

    6. Silica Gel

    7. Cristobalite

    8. Tridymite

    9. Sand

    10. Silicic Anhydride

    11. 14808-60-7

    12. Kieselguhr

    13. 112945-52-5

    14. Infusorial Earth

    15. Aerosil

    16. Diatomaceous Silica

    17. 61790-53-2

    18. 112926-00-8

    19. Crystalline Silica

    20. Dicalite

    21. Wessalon

    22. Glass

    23. Ludox

    24. Nyacol

    25. Silicon(iv) Oxide

    26. Zorbax Sil

    27. Silica, Amorphous

    28. 60676-86-0

    29. Cab-o-sil

    30. Christensenite

    31. Crystoballite

    32. 14464-46-1

    33. Siliceous Earth

    34. Synthetic Amorphous Silica

    35. Amorphous Silica

    36. Silica, Colloidal

    37. Quartz (sio2)

    38. Chalcedony

    39. Diatomite

    40. Agate

    41. Silica Vitreous

    42. Cab-o-sil M-5

    43. Colloidal Silica

    44. Fused Silica

    45. Quartz Glass

    46. Quartz Sand

    47. Silica Slurry

    48. Silicone Dioxide

    49. 91053-39-3

    50. Colloidal Silicon Dioxide

    51. Siliceous Earth, Purified

    52. Min-u-sil

    53. Silicon Dioxide (amorphous)

    54. 15468-32-3

    55. Silicon Dioxide, Fumed

    56. Siliziumdioxid

    57. Silica, Vitreous

    58. 68855-54-9

    59. Silica, Fumed

    60. Kieselsaeureanhydrid

    61. Silica Gel, 40-63 Micron Particles

    62. Chebi:30563

    63. Sio2

    64. (sio2)n

    65. 43-63c

    66. Etj7z6xbu4

    67. Silicon Dioxide, Colloidal

    68. 15723-40-7

    69. Silicon Dioxide, Amorphous

    70. Ent 25,550

    71. [sio2]

    72. Silica, Crystalline - Fused

    73. Silicagel

    74. Silicon Dioxide, Amorphous Gel

    75. 13778-37-5

    76. 13778-38-6

    77. 17679-64-0

    78. Silicondioxide

    79. Silica Gel Desiccant, Indicating

    80. Celite

    81. Sand, Ottawa

    82. Sand, Sea

    83. Silica Gel Desiccant

    84. Calcined Diatomite

    85. Mfcd00011232

    86. Mfcd00217788

    87. Silica, Mesostructured

    88. Sillikolloid

    89. Acticel

    90. Aerosil 380

    91. Amethyst

    92. Aquafil

    93. Carplex

    94. Cataloid

    95. Crysvarl

    96. Extrusil

    97. Flintshot

    98. Nalcoag

    99. Novaculite

    100. Porasil

    101. Santocel

    102. Silikil

    103. Silikill

    104. Siloxid

    105. Sipernat

    106. Superfloss

    107. Vulkasil

    108. Cherts

    109. Neosil

    110. Neosyl

    111. Snowit

    112. Aerosil-degussa

    113. Imsil

    114. Metacristobalite

    115. Zipax

    116. Quartz Silica

    117. Alpha-quartz

    118. Fossil Flour

    119. Fumed Silica

    120. Quartz Dust

    121. Rock Crystal

    122. Rose Quartz

    123. Silica Dust

    124. Silica Glass

    125. White Carbon

    126. Chromosorb P

    127. Silica Particles

    128. Tiger-eye

    129. Vulkasil S

    130. Celite Superfloss

    131. Cristobalite Dust

    132. Snowtex O

    133. Corasil Ii

    134. Silver Bond B

    135. Cab-o-sperse

    136. Alpha-cristobalite

    137. Alpha-crystobalite

    138. Tokusil Tplm

    139. Dri-die

    140. Gold Bond R

    141. Cabosil St-1

    142. Manosil Vn 3

    143. Sil-co-sil

    144. Ultrasil Vh 3

    145. Ultrasil Vn 3

    146. Aerosil Bs-50

    147. Aerosil K 7

    148. Cabosil N 5

    149. Carplex 30

    150. Carplex 80

    151. Pigment White 27

    152. Siderite (sio2)

    153. Snowtex 30

    154. Syton 2x

    155. Tridymite 118

    156. Zeofree 80

    157. Cab-o-grip Ii

    158. Silicon(iv) Oxide, Amorphous

    159. Tridimite [french]

    160. Amorphous Silica Gel

    161. Hi-sil

    162. Glass Wool, For Laboratory Use

    163. Positive Sol 232

    164. Aerogel 200

    165. Aerosil 300

    166. Amorphous Silica Dust

    167. Ludox Hs 40

    168. Silanox 101

    169. Silica (sio2)

    170. Vitasil 220

    171. Positive Sol 130m

    172. Siliceous Earth, Purified (nf)

    173. Siliceous Earth, Purified [nf]

    174. Silicon Oxide Hollow Nanospheres

    175. Aerosil A 300

    176. Aerosil E 300

    177. Aerosil M-300

    178. Cristobalite (sio2)

    179. Nyacol 830

    180. Sibelite M 3000

    181. Sibelite M 4000

    182. Sibelite M 6000

    183. Quazo Puro [italian]

    184. Caswell No. 734a

    185. Nalfloc N 1050

    186. Quso 51

    187. Sicron F 300

    188. Sikron F 100

    189. Spectrosil

    190. Accusand

    191. Coesite

    192. Fuselex

    193. Nalcast

    194. Nyacol 1430

    195. Optocil

    196. Quartzine

    197. Quarzsand

    198. Rancosil

    199. Suprasil

    200. Tridimite

    201. Silica, Amorphous Fused

    202. Siltex

    203. Vitreous Quartz

    204. Vitreous Silica

    205. Tridymite Dust

    206. W 12 (filler)

    207. Beta-quartz

    208. Fused Quartz

    209. Min-u-sil Alpha Quartz

    210. Quartz-beta

    211. Quso G 30

    212. Amorphous Quartz

    213. Dri-die Insecticide 67

    214. Nalco 1050

    215. Quazo Puro

    216. Silica, Amorphous, Fumed

    217. Vitrified Silica

    218. Mfcd00163736

    219. Pyrogenic Colloidal Silica

    220. Silica Gel, Spherical, 60 Angstroms

    221. Hydrophobic Silica 2482

    222. Silica, Fused

    223. Suprasil W

    224. Vitreosil Ir

    225. Borsil P

    226. Calcined Diatomaceous Earth

    227. Silica Gel, Spherical, 100 Angstroms

    228. Silica Gel, Spherical, 300 Angstroms

    229. Silane, Dioxo-

    230. Crystallized Silicon Dioxide

    231. Optocil (quartz)

    232. Cp-silicaplot

    233. Diatomaceous Earth, Calcined

    234. Silicon Oxide, Di- (sand)

    235. Quarzsand [german]

    236. S-col

    237. Admafine So 25h

    238. Admafine So 25r

    239. Admafine So 32h

    240. Admafine So-c 2

    241. Admafine So-c 3

    242. Cristobalite Asbestos

    243. Keatite (sio2)

    244. Sg-67

    245. Tridymite (sio2)

    246. Fumed Silica, Crystalline-free

    247. Stishovite (sio2)

    248. Ed-c (silica)

    249. Fuselex Za 30

    250. As 1 (silica)

    251. Ccris 2475

    252. Ccris 3699

    253. Dq12

    254. Agate (sio2)

    255. Celite 545

    256. Dimethyl Siloxanes And Silicones

    257. Fumed Synthetic Amorphous Silica

    258. Silica, Crystalline - Tridymite

    259. Fb 5 (silica)

    260. Fuselex Rd 120

    261. Corning 7940

    262. Microcrystalline Quartz

    263. Synthetic Amorphous Silica, Fumed

    264. Denka F 90

    265. Denka Fb 30

    266. Denka Fb 44

    267. Denka Fb 74

    268. Denka Fs 30

    269. Dri-die 67

    270. Silica Gel Spherical, 40-75 Mum Particle Size

    271. Wgl 300

    272. Cryptocrystalline Quartz

    273. Fb 20 (silica)

    274. Elsil 100

    275. F 44 (filler)

    276. D & D

    277. Sf 35

    278. Elsil Bf 100

    279. F 125 (silica)

    280. F 160 (silica)

    281. Fuselex Rd 40-60

    282. Silica, Amorphous, Fused

    283. Silicon Dioxide, Chemically Prepared

    284. Einecs 231-545-4

    285. Einecs 238-455-4

    286. Einecs 238-878-4

    287. Einecs 239-487-1

    288. Unii-etj7z6xbu4

    289. Hk 400

    290. Tgl 16319

    291. Silica Gel 60, 0.060-0.2mm (70-230 Mesh)

    292. Silica, Crystalline Quartz

    293. Silicon Dioxide (vitreous)

    294. Epa Pesticide Chemical Code 072605

    295. Silica, Amorphous, Fumed, Cryst.-free

    296. Silica 2482, Hydrophobic

    297. Ci 7811

    298. Silica, Crystalline, Quartz

    299. Silica, Crystalline: Quartz

    300. Gp 7i

    301. Cab-o-sil N-70ts

    302. Silica, Crystalline Tridymite

    303. Kieselgel

    304. Seesand

    305. Silica, Crystalline - Quartz

    306. Af-so 25r

    307. Quartz [silica, Crystalline]

    308. Siilca

    309. Zorbax

    310. Quartz-glass

    311. Silicom Dioxide

    312. Silica Aerogel

    313. Silica Flour (powdered Crystalline Silica)

    314. Silica, Crystalline: Tridymite

    315. Silica-gel

    316. Fused-silica

    317. Silica,fumed

    318. Ai3-25549

    319. Gp 11i

    320. Rd 8

    321. Silica-

    322. Fine Grain Sand

    323. Quarz

    324. U 333

    325. W 006

    326. Silicon Di-oxide

    327. Tridymite [silica, Crystalline]

    328. Crs 1102rd8

    329. Silica Dispersion

    330. Sio2 Nanopowder

    331. Silica Gel G

    332. Silica, Crystalline: Cristobalite

    333. Silica, Tridymite

    334. Sio2 Nanospheres

    335. Diatomaceous Earth, Flux-calcined, Filter Aid, Treated With Sodium Carbonate, Flux Calcined

    336. Silica Gel 60 Adamant(tm) On Tlc Plates, With Fluorescent Indicator 254 Nm

    337. Ef 10

    338. Fs 74

    339. Mr 84

    340. Silica, Crystalline - Cristobalite

    341. Silica Microspheres

    342. Cristobalite [silica, Crystalline]

    343. Amorphous Silica: Pyrogenic (fumed)

    344. Einecs 262-373-8

    345. Silica Gel, Astm

    346. Silica Nanoparticles

    347. Silicon (iv) Oxide

    348. Methyl3-oxohexanoate

    349. Siliceous Sand, Cp

    350. Bf 100

    351. Eq 912

    352. Qg 100

    353. Rd 120

    354. Aerosil 200

    355. 99439-28-8

    356. Celite 503

    357. Nettles P.e. Extract

    358. Silicon Dioxide Powder

    359. Sea Sand, Acid Washed

    360. Silica, Fumed, Powder

    361. Silicon Dioxide (nf)

    362. Activated Silica Powder

    363. Activated Silicon Oxide

    364. Sand 50-70 Mesh

    365. F 44

    366. Silica Gel, Large Pore

    367. Y 40

    368. Hollow Silica Nanosphere

    369. Silicon Oxide Dispersion

    370. Silicon Oxide Nanopowder

    371. Silica [inci]

    372. Silicate [vandf]

    373. Activated Silicon Dioxide

    374. Celite (r) 545

    375. Crystalline Silica Quartz

    376. Silica Gel, Acs Reagent

    377. Celite(r) 512 Medium

    378. Kieselguhr, -325 Mesh

    379. Sand [inci]

    380. Silica, 99.8%

    381. Sba-15 Molecular Sieve

    382. Silicon Dioxide Nanopowder

    383. Diatomaceous Earth, Powder

    384. Dsstox_cid_9677

    385. Silicon Dioxide Dispersion

    386. Epitope Id:158537

    387. Silicon Dioxide Nanospheres

    388. Silicon Oxide Nanoparticles

    389. Ec 231-545-4

    390. Celite(r) 503, Cp

    391. Celite(r) 535, Cp

    392. Celite(r) 545, Cp

    393. Silica Gel [vandf]

    394. Nano Silicon Dioxide Powder

    395. Dsstox_rid_78805

    396. Celatom(r) Fw-60

    397. Dsstox_gsid_29677

    398. Silicon Dioxide, Acid Washed

    399. Silicon Dioxide, Acid-washed

    400. Diatomaceous Earth Non-washed

    401. Silica Gel [who-dd]

    402. Silica, Hydrate(8ci,9ci)

    403. Silicon Dioxide [ii]

    404. Silicon(iv) Oxide (sio2)

    405. Silicon Dioxide, Precipitated

    406. Silica Fibers, 1/4'' Long

    407. Silicon Dioxide [fcc]

    408. Kieselguhr, Calcined, Purified

    409. Silica Gel, Cp, Blue, Beads

    410. Silica Gel 60-100 Mesh

    411. Silica Nanoparticles Dispersion

    412. Silica, Fused, Respirable Dust

    413. 25wt% Silicon Oxide In Water

    414. Aw Standard Super-cel(r) Nf

    415. Ins No.551

    416. Mcm-41

    417. Silica Gel, Cp, Mixed, Beads

    418. Silica Gel, Cp, White, Beads

    419. Silicates (<1% Crystalline Silica):graphite, Natural

    420. Syloid 244 [vandf]

    421. Hyflo(r) Super-cel(r), Cp

    422. Silicon Dioxide [vandf]

    423. Chembl3188292

    424. Dtxsid1029677

    425. Filter Agent, Celite(r) 545

    426. Sand, White Quartz, Cp, Beads

    427. Silicone Dioxide [vandf]

    428. Quarz Cryst., 0.6-1.3 Mm

    429. Silicon Dioxide, Colloidal (nf)

    430. Diatomaceous Earth, Flux-calcined

    431. Ins-551

    432. Silica, Amorphous [iarc]

    433. Silicon Dioxide [who-dd]

    434. Silicon Dioxide, Saj First Grade

    435. Syloid Silica Gel [vandf]

    436. Diatomaceous Earth Non-washed, Cp

    437. Silica Gel Dessicant (grade 03)

    438. Silica Gel, Cp, Blue, Bead Size

    439. Filter Agent, Celatom(r) Fw-14

    440. Filter Agent, Celatom(r) Fw-50

    441. Filter Agent, Celatom(r) Fw-60

    442. Filter Agent, Celatom(r) Fw-80

    443. Silica, Fused [silica, Amorphous]

    444. Silicon Dioxide, Jis Special Grade

    445. Silicon Oxide Mesoporous Nanopowder

    446. Amy37125

    447. Chromosorb(r) G, 80-100 Mesh

    448. 2-mercaptoethyl Ethyl Sulfide Silica

    449. Celite(r) 545 Aw, Reagent Grade

    450. Silica Gel 60, 230-400 Mesh

    451. Silica Hollow Nanospheres Dispersion

    452. Silicon(iv) Oxide, Electronic Grade

    453. Tox21_301288

    454. Mfcd00148266

    455. Mfcd00603035

    456. Mfcd02100519

    457. Mfcd06202255

    458. Mfcd07370733

    459. Sand, White Quartz, Cp, Crystalline

    460. Silica Gel, Indicating, 6-16 Mesh

    461. Chromosorb(r) W/aw, 45-60 Mesh

    462. Light Anhydrous Silicic Acid (jp17)

    463. Quarz Fine, Cryst., 0.4-0.8 Mm

    464. Silica Gel, 70-200 Mesh (tlc)

    465. Silica, Fumed, Powder, 0.008 Mum

    466. Akos009085429

    467. Colloidal Silica, 30% Susp. In H2o

    468. Silicon Dioxide Nanospheres Properties

    469. Db11132

    470. Iron Sulfide (fes) Sputtering Targets

    471. Silicon Dioxide Nanoparticle Dispersion

    472. Glass Spheres, 9-13 Mum Particle Size

    473. Quartz (silicon Dioxide), Silver, Pure

    474. S25266

    475. Silica Gel, Cp, White, Medium Granules

    476. Silica Gel, Technical Grade, 3-9 Mesh

    477. Silica, Mesostructured, Hms (wormhole)

    478. Ncgc00257531-01

    479. Sand, White Quartz, Purum P.a., Powder

    480. Silica Gel Orange, Granular, 0.2-1 Mm

    481. Silicon Dioxide Amorphous Fumed Silica

    482. Silicon Oxide Nanoparticles / Nanopowder

    483. Silicon(iv) Oxide, Powder, 0.5 Micron

    484. Silicon(iv) Oxide, Powder, 1.0 Micron

    485. Silicon(iv) Oxide, Powder, 1.5 Micron

    486. 14639-89-5

    487. 92283-58-4

    488. E551

    489. Silica Gel, Cp, Blue, Bead Size, Medium

    490. Silica Gel, Technical Grade, 6-16 Mesh

    491. Silicon Oxide Powder, 99% Nano, 20 Nm

    492. Cas-7631-86-9

    493. Silica Gel Desiccant, -3+8 Mesh Granules

    494. Silica Gel, 12-24 Mesh (liquid Drying)

    495. Silica Gel, Cp, Mixed, Bead Size, Medium

    496. Silica Gel, For Column Chromatography, 60

    497. Silicon Dioxide Nanoparticles / Nanopowder

    498. Celite(r) 281, Filter Aid, Flux Calcined

    499. Celite(r) S, Filter Aid, Dried, Untreated

    500. Chromosorb(r) W/aw-dmcs, 80-100 Mesh

    501. Silica Gel Desiccant, -6+12 Mesh Granules

    502. Silicon Dioxide, Purum P.a., Acid Purified

    503. Simethicone Component Silicon Dioxide

    504. White Silica Gel Beads, 3 Mm (2-5 Mm)

    505. E-551

    506. Ft-0624621

    507. Ft-0645127

    508. Ft-0689145

    509. Ft-0689270

    510. Ft-0696592

    511. Ft-0696603

    512. Ft-0697331

    513. Ft-0697389

    514. Ft-0700917

    515. Quartz Rod, Fused, 2.0mm (0.079in) Dia

    516. Quartz Rod, Fused, 5.0mm (0.197in) Dia

    517. S0822

    518. Silica Gel, With 1-4 Mm Moisture Indicator

    519. Silica, Amorphous, Fumed (crystalline Free)

    520. Silicon Dioxide Nanopowder Kh550 Processing

    521. Silicon Dioxide Nanopowder Kh570 Processing

    522. Silicon(iv) Oxide, 99.0% (metals Basis)

    523. Celite(r) 110, Filter Aid, Flux Calcinated

    524. Celite(r) 512 Medium, Filter Aid, Calcined

    525. Chromosorb(r) G/aw-dmcs, 100-120 Mesh

    526. Chromosorb(r) W/aw-dmcs, 120-140 Mesh

    527. K-411 Glass Microspheres, Nist Srm 2066

    528. Quartz Rod, Fused, 10.0mm (0.394in) Dia

    529. Silica Gel, Technical Grade 40, 6-12 Mesh

    530. C18 Silica Gel, Endcapped, 60a, 40-63um

    531. D05839

    532. D06521

    533. D06522

    534. D78143

    535. Sand, White Quartz, 50-70 Mesh Particle Size

    536. Silica, Mesostructured, Msu-f (cellular Foam)

    537. Silicon Dioxide Component Of Simethicone

    538. Silicon Dioxide, Amorphous Gel, 15% In Water

    539. Silicon Dioxide, Amorphous Gel, 40% In Water

    540. Silicon(iv) Oxide, 99.999% (metals Basis)

    541. Celite(r) 209, Filter Aid, Natural, Untreated

    542. Celite(r) Analytical Filter Aid Ii (cafa Ii)

    543. Glass Sand, Nist(r) Srm(r) 165a, Low Iron

    544. Silica Gel Spherical, 75-200 Mum Particle Size

    545. Silica Gel, Davisil(r) Grade 922, -200 Mesh

    546. Silica Gel, Large Pore, P.vol. Ca. 1.65cc/g

    547. Silicon Oxide (silica, Silicon Dioxide, Quartz)

    548. Silicon Oxide Powder, 99.5% Nano, 15-20 Nm

    549. Diatomaceous Earth, Calcined, Filter Aid, Calcined

    550. Q116269

    551. Sand For Sand Sieve Analysis, Nist(r) Rm 8010

    552. Silica Gel, Gf254, For Thin Layer Chromatography

    553. Silica Gel, Hf254, For Thin Layer Chromatography

    554. Silica Gel, Type Iii, Indicating, For Desiccation

    555. Silica Standard: Sio2 @ 100 Microg/ml In H2o

    556. Silica Standard: Sio2 @ 1000 Microg/ml In H2o

    557. Silica, Mesostructured, Mcm-41 Type (hexagonal)

    558. Silicon Dioxide, Purum P.a., Acid Purified, Sand

    559. Standard Super Cel(r) Fine, Filter Aid, Calcined

    560. Celite(r) 500 Fine, Filter Aid, Dried, Untreated

    561. Collodial Silica In Aqueous Solution (nanoparticles)

    562. Glass Sand, Nist(r) Srm(r) 1413, High Alumina

    563. J-002874

    564. Sand, White Quartz, >=99.995% Trace Metals Basis

    565. Silica Gel, Large Pore, P.v. Ca. 1cc/g, 8 Mesh

    566. Silica Gel, Technical Grade, 1-3 Mm Particle Size

    567. Silica Gel, Technical Grade, 3-6 Mm Particle Size

    568. Silica Gel, With Moisture Indicator (blue), Coarse

    569. Celpure(r) P65, Meets Usp/nf Testing Specifications

    570. Metal Scavenging Agent, Mercaptopropyl Modified Silica

    571. Micro Particles Based On Silicon Dioxide, Size: 2 Mum

    572. Micro Particles Based On Silicon Dioxide, Size: 3 Mum

    573. Micro Particles Based On Silicon Dioxide, Size: 4 Mum

    574. Micro Particles Based On Silicon Dioxide, Size: 5 Mum

    575. Quartz Lid For 30ml Quartz Crucible, Fused, Id 48mm

    576. Silica Gel Desiccant, Indicating, <1% Cobalt Chloride

    577. Silica Gel, -60-120 Mesh, For Column Chromatography

    578. Silicon(iv) Oxide, 15% In H2o, Colloidal Dispersion

    579. Silicon(iv) Oxide, 30% In H2o, Colloidal Dispersion

    580. Silicon(iv) Oxide, 50% In H2o, Colloidal Dispersion

    581. Celpure(r) P100, Meets Usp/nf Testing Specifications

    582. Celpure(r) P1000, Meets Usp/nf Testing Specifications

    583. Celpure(r) P300, Meets Usp/nf Testing Specifications

    584. Micro Particles Based On Silicon Dioxide, Size: 0.5 Mum

    585. Micro Particles Based On Silicon Dioxide, Size: 1.0 Mum

    586. Silica Dispersion (sio2, Aqueous Dispersion, Amorphous)

    587. Silica Gel 60, 0.032-0.063mm (230-450 Mesh)

    588. Silica Gel 60, 0.036-0.071mm (215-400 Mesh)

    589. Silica Gel 60, 0.040-0.063mm (230-400 Mesh)

    590. Silica Gel Desiccant, Indicating, -6+16 Mesh Granules

    591. Silica Gel, With Moisture Indicator (blue), -6-20 Mesh

    592. Silica, Mesostructured, Msu-h (large Pore 2d Hexagonal)

    593. Silica, Mesostructured, Sba-15, 99% Trace Metals Basis

    594. Silica, Standard Solution, Specpure?, Sio2 1000?g/ml

    595. Silicon Dioxide (silica) Nanodispersion Type A (20nm)

    596. Silicon Dioxide (silica) Nanodispersion Type B (20nm)

    597. Silicon Dioxide, -325 Mesh, 99.5% Trace Metals Basis

    598. Silicon Dioxide, Amorphous, Hexamethyldisilazane Treated

    599. Silicon Dioxide, Washed And Calcined, Analytical Reagent

    600. Silicon(iv) Oxide, Amorphous Fumed, S.a. 85-115m2/g

    601. Zeolite - Mesoporous Silica Nanopowder (sba-15 Type)

    602. Chromosorb(r) W, Aw-dmcs, 100-120 Mesh Particle Size

    603. Diatomaceous Earth, Calcined, Filter Aid, Slightly Calcined

    604. Micro Particles Based On Silicon Dioxide, Size: 0.15 Mum

    605. Silica Gel, High-purity Grade (15111), Pore Size 60 ??

    606. Silica Slurry (sio2, Purity: 99%, Diameter: 15-20nm)

    607. Silica, Mesoporous, 1 Mum Particle Size, Pore Size ~2 Nm

    608. Silica, Mesoporous, 1 Mum Particle Size, Pore Size ~4 Nm

    609. Silica, Mesoporous, 2 Mum Particle Size, Pore Size ~2 Nm

    610. Silica, Mesoporous, 2 Mum Particle Size, Pore Size ~4 Nm

    611. Silica, Mesoporous, 3 Mum Particle Size, Pore Size ~2 Nm

    612. Silica, Mesoporous, 3 Mum Particle Size, Pore Size ~4 Nm

    613. Silica,fumed, Hydrophilic, Specific Surface Area 200 M2/g

    614. Silica,fumed, Hydrophilic, Specific Surface Area 400 M2/g

    615. Silicon(iv) Oxide, Amorphous Fumed, S.a. 175-225m?/g

    616. Silicon(iv) Oxide, Amorphous Fumed, S.a. 300-350m?/g

    617. Silicon(iv) Oxide, Amorphous Fumed, S.a. 350-420m2/g

    618. Amorphous Silica: Vitreous Silica, Quartz Glass, Fused Silica

    619. Diatomaceous Earth, Flux-calcined, Filter Aid, Flux Calcined

    620. Ludox(r) Am Colloidal Silica, 30 Wt. % Suspension In H2o

    621. Ludox(r) Cl Colloidal Silica, 30 Wt. % Suspension In H2o

    622. Ludox(r) Cl-x Colloidal Silica, 45 Wt. % Suspension In H2o

    623. Ludox(r) Ls Colloidal Silica, 30 Wt. % Suspension In H2o

    624. Ludox(r) Sm Colloidal Silica, 30 Wt. % Suspension In H2o

    625. Ludox(r) Tma Colloidal Silica, 34 Wt. % Suspension In H2o

    626. Silica Gel Orange, With Moisture Indicator Free Of Heavy Metals

    627. Silica Gel, High-purity Grade, Fia According To Din 51791

    628. Silica, Mesoporous, 0.5 Mum Particle Size, Pore Size ~2 Nm

    629. Silica, Mesoporous, 0.5 Mum Particle Size, Pore Size ~4 Nm

    630. Silicon Dioxide, Acid Washed And Calcined, Analytical Reagent

    631. Silicon Dioxide, Crystalline (fine), Coating Quality, >=99.9%

    632. Chromosorb(r) P, Naw, 60-80 Mesh Particle Size, Bottle Of 100 G

    633. Chromosorb(r) W, Aw, 80-100 Mesh Particle Size, Bottle Of 100 G

    634. Chromosorb(r) W, Hp, 60-80 Mesh Particle Size, Bottle Of 100 G

    635. Diatomaceous Earth, Calcined, Powder, Suitable For Most Filtrations

    636. Ludox(r) As-30 Colloidal Silica, 30 Wt. % Suspension In H2o

    637. Ludox(r) As-40 Colloidal Silica, 40 Wt. % Suspension In H2o

    638. Ludox(r) Hs-30 Colloidal Silica, 30 Wt. % Suspension In H2o

    639. Ludox(r) Hs-40 Colloidal Silica, 40 Wt. % Suspension In H2o

    640. Ludox(r) Tm-40 Colloidal Silica, 40 Wt. % Suspension In H2o

    641. Ludox(r) Tm-50 Colloidal Silica, 50 Wt. % Suspension In H2o

    642. Quartz Optical Window, 25.4mm (1.0in) Dia X 1mm (0.04in) Thick

    643. Quartz Optical Window, 25.4mm (1.0in) Dia X 2mm (0.08in) Thick

    644. Silica Gel, Davisil(r) Grade 22, Pore Size 60 ??, 60-200 Mesh

    645. Silica Gel, High-purity Grade, 60??, 35-60 Mesh Particle Size

    646. Silica Gel, High-purity Grade, Pore Size 60 ??, 70-230 Mesh

    647. Silica Gel, Hplc Grade, Spherical, 3 Micron Aps, 120 Angstroms

    648. Silica Gel, Hplc Grade, Spherical, 3 Micron Aps, 70 Angstroms

    649. Silica Gel, Technical Grade (w/ Fluorescent Indicator), 60 F254

    650. Silica Gel, Type H, Without Binder, For Thin Layer Chromatography

    651. Silica Gel, Type Ii, 3.5 Mm Bead Size, Suitable For Desiccation

    652. Silica, Fumed, Powder, 0.2-0.3 Mum Avg. Part. Size (aggregate)

    653. Silicon Dioxide Dispersion (sio2, Aqueous Dispersion, Amorphous)

    654. Silicon Dioxide, For Cleaning Of Platinum Crucibles, Calcined, Crude

    655. Silicon Dioxide, Fused (pieces), 4 Mm, 99.99% Trace Metals Basis

    656. Silicon Oxide, Catalyst Support, High Surface Area, S.a.250m2/g

    657. Silicon(iv) Oxide, 99+%, 0.012 Micron (fumed Colloidal Silica)

    658. Silicon(iv) Oxide, 99.5% (metals Basis) , -325 Mesh Powder

    659. Zeolite - Mesoporous Silica Nanopowder (1d-hexagonal Sba-41 Type)

    660. Zeolite - Mesoporous Silica Nanopowder (3d-cubic Mcm-48 Type)

    661. Celatom(r), Acid-washed, For Use In Total Dietary Fiber Assay, Tdf-100a

    662. Chromosorb(r) G, Hp, 100-120 Mesh Particle Size, Bottle Of 100 G

    663. Chromosorb(r) P, Aw-dmcs, 80-100 Mesh Particle Size, Bottle Of 100 G

    664. Chromosorb(r) W, Aw, 100-120 Mesh Particle Size, Bottle Of 100 G

    665. Chromosorb(r) W, Hp, 100-120 Mesh Particle Size, Bottle Of 100 G

    666. Nbs 28 (silicon And Oxygen Isotopes In Silica Sand), Nist(r) Rm 8546

    667. Quartz Disc, Fused, 50.8mm (2.0in) Dia X 1.59mm (0.06in) Thick

    668. Quartz Disc, Fused, 50.8mm (2.0in) Dia X 3.18mm (0.13in) Thick

    669. Quartz Disc, Fused, 76.2 (3.0 In) Dia X 3.18mm (0.13in) Thick

    670. Quartz Disc, Fused, 76.2mm (3.0in) Dia X 1.59mm (0.06in) Thick

    671. Quartz Microscope Slide, Fused, 25.4x25.4x1.0mm (1.0x1.0x0.0394in)

    672. Quartz Microscope Slide, Fused, 50.8x25.4x1.0mm (2.0x1.0x0.0394in)

    673. Quartz Microscope Slide, Fused, 76.2x25.4x1.0mm (3.0x1.0x0.0394in)

    674. Silica Gel 60, 0.105-0.2mm (70-150 Mesh), S.a. 500-600m2/g

    675. Silica Gel, High Purity, 90??, 35-70 Mesh, For Column Chromatography

    676. Silica Gel, High-purity Grade (7734), Pore Size 60 ??, 70-230 Mesh

    677. Silica Gel, High-purity Grade (7754), Pore Size 60 ??, 70-230 Mesh

    678. Silica Gel, High-purity Grade, 40, >=400 Mesh, For Column Chromatography

    679. Silica Gel, High-purity Grade, 40, 35-70 Mesh, For Column Chromatography

    680. Silica Gel, High-purity Grade, 40, 70-230 Mesh, For Column Chromatography

    681. Silica Gel, High-purity Grade, 90??, 15-25 Mum, For Column Chromatography

    682. Silica Gel, High-purity Grade, Pore Size 40 ??, 35-70 Mesh Particle Size

    683. Silica Gel, High-purity Grade, Pore Size 60 ??, >=400 Mesh Particle Size

    684. Silica Gel, Technical Grade, Pore Size 60 ??, 200-425 Mesh Particle Size

    685. Silica Gel, Technical Grade, Pore Size 60 ??, 70-230 Mesh, 63-200 Mum

    686. Silica Nanoparticles Dispersion (sio2, Purity: 99.9%, Diameter: 50-80nm)

    687. Silica, Nanoparticles, Mesoporous, 200 Nm Particle Size, Pore Size 4 Nm

    688. Silicon Dioxide, ~99%, 0.5 - 10 Um (approx. 80% Between 1-5 Um)

    689. Silicon Dioxide, ~99%, 0.5-10 Mum (approx. 80% Between 1-5 Mum)

    690. Silicon Dioxide, Amorphous, Cyclic Azasilane/hexamethyldisilazane Treated

    691. Silicon Dioxide, Fused (granular), 4-20 Mesh, 99.9% Trace Metals Basis

    692. Silicon Oxide Hollow Nanospheressilicon Dioxide Nanospheres Properties

    693. Silicone Sol(sio2, Purity: >99.9%, Diameter: 12nm, Solvent: Methanol)

    694. Silicone Sol(sio2, Purity: >99.9%, Diameter: 12nm, Solvent: Toluene)

    695. Silicone Sol(sio2, Purity: >99.9%, Diameter: 22nm, Solvent: Methanol)

    696. Silicone Sol(sio2, Purity: >99.9%, Diameter: 45nm, Solvent: Methanol)

    697. Diatomaceous Earth, Flux-calcined, Filter Aid, Flux Calcined, Treated With Sodium Carbonate

    698. Diatomaceous Earth, Flux-calcined, Filter Aid, Treated With Sodium Carbonate, Calcined

    699. Hollow Silica Nanospheres Dispersion (sio2, Purity: >99.9%, Diameter: 80-100nm)

    700. Nano Silica Water Dispersion (sio2, Purity: >99.9%, Diameter: 10nm, 20 Wt.%)

    701. Nano Silica Water Dispersion (sio2, Purity: >99.9%, Diameter: 10nm, 25 Wt.%)

    702. Nano Silica Water Dispersion (sio2, Purity: >99.9%, Diameter: 10nm, 30 Wt.%)

    703. Nano Silica Water Dispersion (sio2, Purity: >99.9%, Diameter: 15nm, 20 Wt.%)

    704. Nano Silica Water Dispersion (sio2, Purity: >99.9%, Diameter: 15nm, 25 Wt.%)

    705. Nano Silica Water Dispersion (sio2, Purity: >99.9%, Diameter: 15nm, 30 Wt.%)

    706. Silica Gel 60 Adamant(tm) On Tlc Plates, With Fluorescence Indicator 254 Nm

    707. Silica Gel 60, 0.019-0.037mm (400-600 Mesh), S.a. 500-600m2/g

    708. Silica Gel 60, 0.062-0.105mm (150-230 Mesh), S.a. 500-600m2/g

    709. Silica Gel, Davisil(r) Grade 710, Pore Size 50-76 ??, For Thin Layer Chromatography

    710. Silica Gel, High-purity Grade (10180), Pore Size 40 ??, 70-230 Mesh Particle Size

    711. Silica Gel, High-purity Grade (9385), Pore Size 60 ??, 230-400 Mesh Particle Size

    712. Silica Gel, High-purity Grade (davisil Grade 12), Pore Size 22 ??, 28-200 Mesh

    713. Silica Gel, High-purity Grade (davisil Grade 62), Pore Size 150 ??, 60-200 Mesh

    714. Silica Gel, High-purity Grade (davisil Grade 635), Pore Size 60 ??, 60-100 Mesh

    715. Silica Gel, High-purity Grade (davisil Grade 643), Pore Size 150 ??, 200-425 Mesh

    716. Silica Gel, High-purity Grade (davisil Grade 646), 35-60 Mesh, Pore Size 150 ??

    717. Silica Gel, High-purity Grade (davisil Grade 923), Pore Size 30 ??, 100-200 Mesh

    718. Silica Gel, High-purity Grade, 100??, 200-400 Mesh, For Preparative Liquid Chromatography

    719. Silica Gel, High-purity Grade, 40??, 230-400 Mesh, For Preparative Liquid Chromatography

    720. Silica Gel, High-purity Grade, 60??, Gypsum ~13 %, For Preparative Liquid Chromatography

    721. Silica Gel, High-purity Grade, 90??, 70-230 Mesh, For Column Chromatography

    722. Silica Gel, High-purity Grade, For Thin Layer Chromatography, H, Without Calcium Sulfate

    723. Silica Gel, High-purity Grade, Pore Size 60 ??, 130-270 Mesh, For Column Chromatography

    724. Silica Gel, High-purity Grade, Pore Size 60 ??, 200-400 Mesh Particle Size

    725. Silica Gel, High-purity Grade, Type G, 5-15 Mum, For Thin Layer Chromatography

    726. Silica Gel, Preparative Chromatography Grade, Spherical, 10 Micron Aps, 60 Angstroms

    727. Silica Gel, Preparative Chromatography Grade, Spherical, 15 Micron Aps, 120 Angstroms

    728. Silica Gel, Preparative Chromatography Grade, Spherical, 15 Micron Aps, 60 Angstroms

    729. Silica Gel, Preparative Chromatography Grade, Spherical, 50 Micron Aps, 60 Angstroms

    730. Silica Gel, Preparative Chromatography Grade, Spherical, 7.5 Micron Aps, 120 Angstroms

    731. Silica Gel, Wide Pore, 150 Angstroms, -100+200 Mesh, S.a. 350-400m2/g

    732. Silica Nanosprings Tm Coated With Zinc Oxide And Grown On Fiber Glass Substrate (3.5 X 8cm)

    733. Silica, Mesoporous Mcm-48, 15 Mum Particle Size, Pore Size 3 Nm, Cubic Pore Morphology

    734. Silica, Mesoporous Sba-16, <150 Mum Particle Size, Pore Size 5 Nm, Cubic Pore Morphology

    735. Silica, Nanopowder, Spec. Surface Area 175-225 M2/g (bet), 99.8% Trace Metals Basis

    736. Silicon Dioxide, Nanopowder, 10-20 Nm Particle Size (bet), 99.5% Trace Metals Basis

    737. Silicon(iv) Oxide Sputtering Target, 50.8mm (2.0in) Dia X 3.18mm (0.125in) Thick

    738. Silicon(iv) Oxide Sputtering Target, 50.8mm (2.0in) Dia X 6.35mm (0.250in) Thick

    739. Silicon(iv) Oxide Sputtering Target, 76.2mm (3.0in) Dia X 3.18mm (0.125in) Thick

    740. Silicon(iv) Oxide Sputtering Target, 76.2mm (3.0in) Dia X 6.35mm (0.250in) Thick

    741. Silicon(iv) Oxide, 40% In H20, Colloidal Dispersion, 0.02 Micron Particles

    742. Silicon(iv) Oxide, Amorphous Fumed, Surface Treated, S.a. 105-130m2/g, -325 Mesh

    743. Silicon(iv) Oxide, Amorphous Fumed, Surface Treated, S.a. 105-145m2/g, -325 Mesh

    744. Silicon(iv) Oxide, Amorphous Fumed, Surface Treated, S.a. 205-245m2/g, -325 Mesh

    745. Silicone Sol(sio2, Purity: >99.9%, Diameter: 12nm(lock), Solvent: Isopropyl Alcohol)

    746. Silicone Sol(sio2, Purity: >99.9%, Diameter: 12nm(lock), Solvent: Methyl Ethyl Ketone)

    747. Silicone Sol(sio2, Purity: >99.9%, Diameter: 12nm, Solvent: Dimethylacetamide)

    748. Silicone Sol(sio2, Purity: >99.9%, Diameter: 12nm, Solvent: Ethyl Acetate)

    749. Silicone Sol(sio2, Purity: >99.9%, Diameter: 12nm, Solvent: Isopropyl Alcohol)

    750. Silicone Sol(sio2, Purity: >99.9%, Diameter: 12nm, Solvent: Methyl Ethyl Ketone,30 Wt.%)

    751. Silicone Sol(sio2, Purity: >99.9%, Diameter: 12nm, Solvent: Methyl Ethyl Ketone,35 Wt.%)

    752. Silicone Sol(sio2, Purity: >99.9%, Diameter: 12nm, Solvent: Methyl Ethyl Ketone,40 Wt.%)

    753. Silicone Sol(sio2, Purity: >99.9%, Diameter: 12nm, Solvent: Methyl Ethyl Ketone,45 Wt.%)

    754. Silicone Sol(sio2, Purity: >99.9%, Diameter: 12nm, Solvent: N-methylpyrrolidone)

    755. Silicone Sol(sio2, Purity: >99.9%, Diameter: 22nm, Solvent: Cyclohexanone)

    756. Silicone Sol(sio2, Purity: >99.9%, Diameter: 45nm, Solvent: Ethylene Glycol)

    757. Silicone Sol(sio2, Purity: >99.9%, Diameter: 45nm, Solvent: Isopropyl Alcohol)

    758. Silicone Sol(sio2, Purity: >99.9%, Diameter: 80nm, Solvent: Dimethylacetamide)

    759. Silicone Sol(sio2, Purity: >99.9%, Diameter: 80nm, Solvent: Ethyl Acetate)

    760. Silicone Sol(sio2, Purity: >99.9%, Diameter: 80nm, Solvent: Isopropyl Alcohol)

    761. Diatomaceous Earth, Flux-calcined, Filter Aid, Acid Washed, Treated With Sodium Carbonate, Flux Calcined

    762. Respirable Alpha-quartz, Nist(r) Srm(r) 1878b, Quantitative X-ray Powder Diffraction Standard

    763. Silica Gel - Technical Grade, 230-400 Mesh Particle Size, 40-63

    764. M Particle Size, Pore Size 60+

    765. Silica Gel 60, With Fluorescent Indicator, 0.060-0.2mm (70-230 Mesh), -70+230 Mesh Powder, S.a. 500-600m2/g

    766. Silica Gel High-purity Grade, Pore Size 60 ?, 230-400 Mesh Particle Size, 40-63 ?m Particle Size

    767. Silica Gel, 30 Mum Particle Size (average), Average Pore Diameter 60 ??, Suitable For Normal-phase Adsorption-partition Chromatography

    768. Silica Gel, Emd Millipore, Tlc Grade (11695), 15 Mum, Pore Size 60 ??, With Silica/alumina Binder

    769. Silica Gel, High-purity Grade (7749), With Gypsum Binder And Fluorescent Indicator, For Thin Layer Chromatography

    770. Silica Gel, High-purity Grade (davisil Grade 633), Pore Size 60 ??, 200-425 Mesh Particle Size

    771. Silica Gel, High-purity Grade (davisil Grade 636), Pore Size 60 ??, 35-60 Mesh Particle Size

    772. Silica Gel, High-purity Grade (puriss), Pore Size 60 ??, 70-230 Mesh, For Column Chromatography

    773. Silica Gel, High-purity Grade (w/ Ca, ~0.1%), Pore Size 60 ??, 230-400 Mesh Particle Size

    774. Silica Gel, High-purity Grade, Hf254, Without Calcium Sulfate, With Fluorescent Indicator, For Thin Layer Chromatography

    775. Silica Gel, High-purity Grade, Pore Size 60 ??, 2-25 Mum Particle Size, Without Binder, Pore Volume 0.75 Cm3/g, For Thin Layer Chromatography

    776. Silica Gel, High-purity Grade, Pore Size 60 ??, 2-25 Mum Particle Size, Without Binder, With Fluorescent Indicator, Pore Volume 0.75 Cm3/g, For Thin Layer Chromatography

    777. Silica Gel, High-purity Grade, Pore Size 60 ??, 220-440 Mesh Particle Size, 35-75 Mum Particle Size, For Flash Chromatography

    778. Silica Gel, High-purity Grade, Pore Size 60 ??, 230-400 Mesh Particle Size, 40-63 Mum Particle Size, For Flash Chromatography

    779. Silica Gel, High-purity Grade, Pore Size 60 ??, 5-25 Mum Particle Size, Without Binder, For Thin Layer Chromatography

    780. Silica Gel, High-purity Grade, Pore Size 60 ??, 70-230 Mesh, 63-200 Mum, For Column Chromatography

    781. Silica Gel, High-purity Grade, Type G, With ~13% Calcium Sulfate, For Thin Layer Chromatography

    782. Silica Gel, High-purity Grade, With ~15% Calcium Sulfate And Fluorescent Indicator, Gf254, For Thin Layer Chromatography

    783. Silica Gel, Hplc Grade, Spherical, 2.2 Micron Aps, 120 Angstroms, 99.99+% , S.a. 340m2/g, P.v. 1.00cc/g

    784. Silica Gel, Hplc Grade, Spherical, 2.2 Micron Aps, 80 Angstroms, 99.99+% , S.a. 470m2/g, P.v. 0.95cc/g

    785. Silica Gel, Hplc Grade, Spherical, 3 Micron Aps, 260 Angstroms, 99.99+%, S.a. 130m2/g, P.v. 0.90cc/g

    786. Silica Gel, Hplc Grade, Spherical, 5 Micron Aps, 120 Angstroms, 99.99+% , S.a. 340m2/g, P.v. 1.00cc/g

    787. Silica Gel, Hplc Grade, Spherical, 5 Micron Aps, 260 Angstroms, 99.99+% , S.a. 150m2/g, P.v. 0.90cc/g

    788. Silica Gel, Hplc Grade, Spherical, 5 Micron Aps, 70 Angstroms, 99.99+% , S.a. 500m2/g, P.v. 0.95cc/g

    789. Silica Gel, Hplc/uhplc Grade, Spherical, 1.6 Micron Aps, 110 Angstroms, 99.99+%, S.a. 340m2/g, P.v. 0.95cc/g

    790. Silica Gel, Preparative Chromatography Grade, Spherical, 20 Micron Aps, 100 Angstroms, 99.99+% , S.a. 335m2/g, P.v. 1.00cc/g

    791. Silica Gel, Preparative Chromatography Grade, Spherical, 20 Micron Aps, 150 Angstroms, 99.99+%, S.a. 270m2/g, P.v. 1.00cc/g

    792. Silica Gel, Preparative Chromatography Grade, Spherical, 20 Micron Aps, 80 Angstroms, 99.99+% , S.a. 515m2/g, P.v. 1.00cc/g

    793. Silica Gel, Technical Grade (w/ Ca, ~0.1%), 60??, 230-400 Mesh Particle Size, Ca 0.1-0.3 %

    794. Silica Gel, Technical Grade, Pore Size 60 ??, 230-400 Mesh Particle Size, 40-63 Mum Particle Size

    795. Silica Gel, Tlc High Purity Grade, With Gypsum Binder & Fluorescent Indicator,12 Micron Aps,s.a. 500-600m2/g,60a,ph 6.5-7.5

    796. Silica Gel, Tlc High Purity Grade, With Gypsum Binder, 12 Micron Aps, S.a. 500-600m2/g, 60a, Ph 6-7

    797. Silica Gel, Tlc High Purity Grade, Without Binder, 12 Micron Aps, S.a. 500-600m2/g, 60, Ph 6.5-7.5

    798. Silica Gel, Tlc High Purity Grade, Without Binder, With Fluorescent Indic., 12 Micron Aps, S.a. 500-600m2/g, 60a, Ph 6.5-7.5

    799. Silica Gel, Tlc High-purity Grade, 5-25 Mum, Pore Size 60 ??, With Gypsum Binder And Fluorescent Indicator, Pore Volume 0.75 Cm3/g

    800. Silica, Mesoporous Sba-15, <150 Mum Particle Size, Pore Size 4 Nm, Hexagonal Pore Morphology

    801. Silica, Mesoporous Sba-15, <150 Mum Particle Size, Pore Size 6 Nm, Hexagonal Pore Morphology

    802. Silica, Mesoporous Sba-15, <150 Mum Particle Size, Pore Size 8 Nm, Hexagonal Pore Morphology

    803. Silicon Dioxide, Nanopowder (spherical, Porous), 5-15 Nm Particle Size (tem), 99.5% Trace Metals Basis

    804. Silicon Dioxide, Single Crystal Substrate, Optical Grade, 99.99% Trace Metals Basis, <0001>, L X W X Thickness 10 Mm X 10 Mm X 0.5 Mm

    805. Silicon Oxide, Catalyst Support, High Surface Area, S.a.160m2/g, Total Pore Volume 0.5cc/g, Pore Size 100 And 1000 Angstrom

    806. Silicon(iv) Oxide, 40% In Water, Colloidal Dispersion, 0.02 Micron Particles, S.a. 200m 2/g

    807. Silicone Sol(sio2, Purity: >99.9%, Diameter: 12nm(lock), Solvent: Propylene Glycol Monopropyl Ether)

    808. Silicone Sol(sio2, Purity: >99.9%, Diameter: 12nm, Solvent: Bisphenol F Epoxy Resin,30 Wt.%)

    809. Silicone Sol(sio2, Purity: >99.9%, Diameter: 12nm, Solvent: Bisphenol F Epoxy Resin,40 Wt.%)

    810. Silicone Sol(sio2, Purity: >99.9%, Diameter: 12nm, Solvent: Ethylene Glycol Monopropyl Ether)

    811. Silicone Sol(sio2, Purity: >99.9%, Diameter: 12nm, Solvent: Methyl Isobutyl Ketone,30 Wt.%)

    812. Silicone Sol(sio2, Purity: >99.9%, Diameter: 12nm, Solvent: Methyl Isobutyl Ketone,40 Wt.%)

    813. Silicone Sol(sio2, Purity: >99.9%, Diameter: 12nm, Solvent: Propylene Glycol Monomethyl Ether,30 Wt.%)

    814. Silicone Sol(sio2, Purity: >99.9%, Diameter: 12nm, Solvent: Propylene Glycol Monomethyl Ether,42 Wt.%)

    815. Silicone Sol(sio2, Purity: >99.9%, Diameter: 12nm, Solvent: Propylene Glycol Monopropyl Ether)

    816. Silicone Sol(sio2, Purity: >99.9%, Diameter: 22nm, Solvent: Propylene Glycol Monomethyl Ether)

    817. Silicone Sol(sio2, Purity: >99.9%, Diameter: 45nm, Solvent: Methyl Ethyl Ketone, 30 Wt.%)

    818. Silicone Sol(sio2, Purity: >99.9%, Diameter: 45nm, Solvent: Methyl Ethyl Ketone, 40 Wt.%)

    819. Silicone Sol(sio2, Purity: >99.9%, Diameter: 45nm, Solvent: Methyl Isobutyl Ketone, 30 Wt.%)

    820. Silicone Sol(sio2, Purity: >99.9%, Diameter: 45nm, Solvent: Methyl Isobutyl Ketone, 40 Wt.%)

    821. Silicone Sol(sio2, Purity: >99.9%, Diameter: 45nm, Solvent: Propylene Glycol Monomethyl Ether)

    822. Silicone Sol(sio2, Purity: >99.9%, Diameter: 80nm, Solvent: Methyl Ethyl Ketone, 30 Wt.%)

    823. Silicone Sol(sio2, Purity: >99.9%, Diameter: 80nm, Solvent: Methyl Ethyl Ketone, 40 Wt.%)

    824. Silicone Sol(sio2, Purity: >99.9%, Diameter: 80nm, Solvent: Methyl Ethyl Ketone, 45 Wt.%)

    825. Silicone Sol(sio2, Purity: >99.9%, Diameter: 80nm, Solvent: Propylene Glycol Monopropyl Ether)

    2.4 Create Date
    2005-03-27
    3 Chemical and Physical Properties
    Molecular Weight 60.084 g/mol
    Molecular Formula O2Si
    Hydrogen Bond Donor Count0
    Hydrogen Bond Acceptor Count2
    Rotatable Bond Count0
    Exact Mass59.966755773 g/mol
    Monoisotopic Mass59.966755773 g/mol
    Topological Polar Surface Area34.1 Ų
    Heavy Atom Count3
    Formal Charge0
    Complexity18.3
    Isotope Atom Count0
    Defined Atom Stereocenter Count0
    Undefined Atom Stereocenter Count0
    Defined Bond Stereocenter Count0
    Undefined Bond Stereocenter Count0
    Covalently Bonded Unit Count1
    4 Drug and Medication Information
    4.1 Therapeutic Uses

    /Exptl Ther/ Previous in vitro studies showing that bioactive glasses support the growth and maturation of rat osteoblast-like cells and promote the expression and maintenance of the osteoblastic phenotype have suggested that there is both a solution-mediated and a surface-controlled effect on cell activity. This study investigated the behavior of human primary osteoblast-like cells cultured in contact with three different bioactive glasses and compared them with amorphous silica (SiO2) used in the form of granules. Osteoblasts synthesize collagen type I, which is subsequently mineralized. Immunoblot and biochemical studies showed increased collagen release from osteoblast-like cells cultured in contact with bioactive glasses over that of controls. Among the three bioactive glasses, 45S5 is the highest inducer of osteoblast-like cell collagen release; moreover, mRNA for type I collagen was stimulated approximately three- to fivefold after 45S5 treatment. 77S bioactive glass similarly increased type I collagen synthesis even though alkaline phosphatase was not higher. These results suggest that 45S5 Bioglass not only induces osteogenic differentiation of human primary osteoblast-like cells, but can also increase collagen synthesis and release. The newly formulated bioactive gel-glass 77S seems to have potential applications for tissue engineering, inducing increased collagen synthesis.

    Bosetti M et al; J Biomed Mater Res 64 A(1): 189-95 (2003)

    5 Pharmacology and Biochemistry
    5.1 Absorption, Distribution and Excretion

    ...Rats /were exposed/ by inhalation to... silica (particle size 0.5 to 5 m) in the form of Belgian glass sand for periods ranging from 0.5 to 40 hr. The initial deposition of silica was highest in the tracheobronchial ciliated air passages; it also was seen throughout the acini, where the extent of deposition decreased as the respiratory airways proceeded distally. The distribution of particles was not uniform between the different acini, and, 2 to 3 months following cessation of exposure, aggregates were formed, primarily in the proximal alveolar ducts but also in the distal portion of the acini.

    USEPA; Ambient Levels and Noncancer Health Effects of Inhaled Crystalline and Amorphous Silica: Health Issue Assessment p. 4-5 (1996) EPA/600/R-95/115

    Inhalation studies with rats... indicate that the long-term clearance of quartz after inhalation is slow and biphasic, whereas amorphous silica dusts are cleared more rapidly. The absolute amount of silica dust eliminated increased with lung burden, but the efficiency of the elimination was either constant or decreased with time. ...The half-life lung clearance of rats exposed via inhalation to an amorphous silica suspension (Ludox ) at concentrations up to 150 mg/cu m was about 50 days.

    USEPA; Ambient Levels and Noncancer Health Effects of Inhaled Crystalline and Amorphous Silica: Health Issue Assessment p. 4-5 (1996) EPA/600/R-95/115

    A study /in (1983)/, showed that the total silica content in the lungs of guinea pigs exposed by inhalation for up to 2 years to a cristobalite sample or to amorphous silica (at dust concentrations of 150 mg/cu m or 100 mg/cu m , respectively) increased linearly over 21 months, without evidence that lung retention rates changed with time. ...The maximum lung content of cristobalite was only 68 mg/lung, whereas that of amorphous silica was 120 mg/lung. The total amount of accumulated silica varied inversely with the degree of pulmonary damage. /It was/ suggested that silica dust producing cell damage may be more efficiently cleared from the lung than are the less toxic amorphous forms. However, this difference also could be due to different rates of deposition for the two dust forms. The cristobalite sample, which was 45% cristobalite and 55% diatomaceous earth, was significantly coarser (and less likely to deposit in the lungs) than the amorphous silica, which contained 100% diatomaceous earth. Also, tissue changes induced by cristobalite could have altered particle deposition.

    USEPA; Ambient Levels and Noncancer Health Effects of Inhaled Crystalline and Amorphous Silica: Health Issue Assessment p. 4-5 (1996) EPA/600/R-95/115

    In a long-term inhalation study with guinea pigs, ...the amount of silica retained as a result of 8-hr/day exposures to amorphous silica (Hi-Sil 233) /was compared/ with that retained during inhalation of quartz dust for a comparable 12-month period. Guinea pigs that inhaled quartz dust at a concentration of 106 mg/cu m retained between 500 and 600 mg of silica, whereas <10 mg of dust was retained in those that inhaled 126 mg/cu m of amorphous silica. After 12 months of exposure, the relative silica content (silica mass/lung mass) decreased in guinea pigs exposed to quartz dust, but continued to increase slowly in the animals exposed to the amorphous silica. This difference was explained by an increasing nonsiliceous materials content (e.g., collagen, minerals) in the lungs of the quartz-exposed animals associated with the progressive deposition of fibrous tissue in the lungs. Six months after cessation of exposure, the silica content of the lungs of Hi-Sil 233-exposed animals was similar to that of untreated controls. This lack of accumulation may be due, in large part, to the higher solubility of amorphous silica compared to quartz... . By comparison, the elimination of silica from the quartz-exposed guinea pigs was negligible, and the silicotic lesions continued to progress during this elimination phase.

    USEPA; Ambient Levels and Noncancer Health Effects of Inhaled Crystalline and Amorphous Silica: Health Issue Assessment p. 4-6 (1996) EPA/600/R-95/115

    For more Absorption, Distribution and Excretion (Complete) data for AMORPHOUS SILICA (6 total), please visit the HSDB record page.

    Rats were exposed for 6 hr/day, on 5 days/week, for up to 13 weeks to 3 mg/cu m crystalline... Lung burdens were 819... ug for crystalline...

    PMID:10911000 Johnston CJ et al; Toxicol Sci 56 (2): 405-13 (2000)

    Deposition of particles in the respiratory bronchioles and proximal alveoli results in slow clearance, interaction with macrophages and a greater likelihood of lung injury. This contrasts with deposition on the conducting airways where the majority of the particles are cleared by the mucociliary escalator. Therefore, quartz particles with an aerodynamic diameter below 10 um are likely to be the most harmful to humans.

    IARC. Monographs on the Evaluation of the Carcinogenic Risk of Chemicals to Humans. Geneva: World Health Organization, International Agency for Research on Cancer, 1972-PRESENT. (Multivolume work). Available at: https://monographs.iarc.fr/ENG/Classification/index.php, p. V68 (1997) 176

    There are few data on human lung quartz-dust burdens that allow conclusions to be drawn about deposition or clearance. However, quartz is found in the bronchoalveolar macrophages and sputum of silicotic patients. Also, at autopsy, there is wide variation in the masses and proportions of quartz retained in the lung. For example... 25-264 mg /were reported/ per single lung at autopsy in hard-rock miners with 14-36 years of exposure; these miners had variable amounts of pathological response but there was not a good correlation between lung crystalline quartz content and pathological score. The well-documented effect of smoking on clearance is a further confounding factor in drawing conclusions about clearance kinetics in humans.

    IARC. Monographs on the Evaluation of the Carcinogenic Risk of Chemicals to Humans. Geneva: World Health Organization, International Agency for Research on Cancer, 1972-PRESENT. (Multivolume work). Available at: https://monographs.iarc.fr/ENG/Classification/index.php, p. V68 (1997) 176

    The physico-chemical changes in quartz that result from residence in the lung could be an important factor in determining the continuing toxicity of quartz to the lung following deposition. As a response to the rejection of the 'mechanical model' of silicosis, which had propounded that any particle with 'sharp or jagged edges' might injure tissue, a solubility theory of silicosis was proposed. The solubility theory was based on the release from silica of silicic acid, which was considered to be a 'protoplasmic poison.' In fact very little dissolution occurs; for example, 9 mg SiO2 (0.45%) was released from 2 g crystalline silica placed in ascitic fluid for two weeks. Current theories no longer consider that the dissolution of quartz contributes substantially to its clearance or to changes in its biological activity. Indeed there is evidence of enrichment of crystalline silica in lungs of individuals exposed to hard rock compared to the dust in the air they breathed, suggesting that crystalline silica is less-efficiently cleared, either by dissolution or mechanical clearance, than the non-silica mineral components of the dust... biopersistence was assessed in occupationally exposed subjects by counting silica particles in bronchoalveolar lavage (BAL) fluid after varying periods of time since their last occupational exposure. Crystalline silica was found to be among the most biopersistent of non-fibrous mineral particles.

    IARC. Monographs on the Evaluation of the Carcinogenic Risk of Chemicals to Humans. Geneva: World Health Organization, International Agency for Research on Cancer, 1972-PRESENT. (Multivolume work). Available at: https://monographs.iarc.fr/ENG/Classification/index.php, p. V68 (1997) 176

    For more Absorption, Distribution and Excretion (Complete) data for CRYSTALLINE SILICA (17 total), please visit the HSDB record page.

    5.2 Mechanism of Action

    ...Some quartz and cristobalite dusts (crystalline) as well as the diatomaceous earths (amorphous), but not the pyrogenic amorphous silica, were cytotoxic and induced morphological transformation of SHE cells in a concentration-dependent manner. The ranking in cytotoxicity was different from that in transforming potency, suggesting two separate molecular mechanisms for the two effects. The cytotoxic and transforming potencies were different from one dust to another, even among the same structural silicas. The type of crystalline structure (quartz vs cristobalite) and the crystalline vs biogenic amorphous form did not correlate with cytotoxic or transforming potency of silica dusts. Comparison of cellular effects induced by original and surface modified samples revealed that several surface functionalities modulate cytotoxic and transforming potencies. The cytotoxic effects appeared to be related to the distribution and abundance of silanol groups and to the presence of trace amounts of iron on the silica surface. Silica particles with fractured surfaces and/or iron-active sites, able to generate reactive oxygen species, induced SHE cell transformation. The results show that the activity of silica at the cellular level is sensitive to the composition and structure of surface functionalities and confirm that the biological response to silica is a surface originated phenomenon.

    PMID:11876495 Merget R et al; Arch Toxicol 75: 625-34 (2002)

    In vivo exposure of rat lungs to crystalline silica either by intratracheal instillation or by inhalation results in an increase in mRNA levels for inducible nitric oxide synthase (iNOS) in bronchoalveolar lavage cells (BALC), elevated nitric oxide (.NO) production by BALC, and an increase in .NO-dependent chemiluminescence (CL) from alveolar macrophages (AM). Induction of iNOS message occurs in both AM and polymorphonuclear leukocytes (PMN) harvested from silica-exposed lungs but is not significantly elevated in lavaged lung tissue.

    PMID:9788892 Full text: https://www.ncbi.nlm.nih.gov/pmc/articles/PMC1533358 Castranova V et al; Environ Health Perspect 106 (Suppl 5): 1165-9 (1998)

    This review presents characteristics of simple and complicated coal workers' pneumoconiosis (CWP) as well as pathologic indices of acute and chronic silicosis by summarizing results of in vitro, animal, and human investigations. These results support four basic mechanisms in the etiology of CWP and silicosis: a) direct cytotoxicity of coal dust or silica, resulting in lung cell damage, release of lipases and proteases, and eventual lung scarring; b) activation of oxidant production by pulmonary phagocytes, which overwhelms the antioxidant defenses and leads to lipid peroxidation, protein nitrosation, cell injury, and lung scarring; c) activation of mediator release from alveolar macrophages and epithelial cells, which leads to recruitment of polymorphonuclear leukocytes and macrophages, resulting in the production of proinflammatory cytokines and reactive species and in further lung injury and scarring; d) secretion of growth factors from alveolar macrophages and epithelial cells, stimulating fibroblast proliferation and eventual scarring. Results of in vitro and animal studies provide a basis for proposing these mechanisms for the initiation and progression of pneumoconiosis. Data obtained from exposed workers lend support to these mechanisms.

    Castranova V and Vallyathan V Environ Health Perspect 108 (Suppl 4): 675-84 (2000)

    /The authors/ reported previously that freshly fractured silica (FFSi) induces activator protein-1 (AP-1) activation through extracellular signal-regulated protein kinases (ERKs) and p38 kinase pathways. In the present study, the biologic activities of FFSi and aged silica (ASi) were compared by measuring their effects on the AP-1 activation and phosphorylation of ERKs and p38 kinase. The roles of reactive oxygen species (ROS) in this silica-induced AP-1 activation were also investigated. FFSi-induced AP-1 activation was four times higher than that of ASi in JB6 cells. FFSi also caused greater phosphorylation of ERKs and p38 kinase than ASi. FFSi generated more ROS than ASi when incubated with the cells as measured by electron spin resonance (ESR). Studies using ROS-sensitive dyes and oxygen consumption support the conclusion that ROS are generated by silica-treated cells. N-Acetylcysteine (an antioxidant) and polyvinyl pyridine-N-oxide (an agent that binds to Si-OH groups on silica surfaces) decreased AP-1 activation and phosphorylation of ERKs and p38 kinase. Catalase inhibited phosphorylation of ERKs and p38 kinase, as well as AP-1 activation induced by FFSi, suggesting the involvement of H2O2 in the mechanism of silica-induced AP-1 activation. Sodium formate (an OH /radical/ scavenger) had no influence on silica-induced MAPKs or AP-1 activation. Superoxide dismutase enhanced both AP-1 and MAPKs activation, indicating that H2O2, but not O2, may play a critical role in silica-induced AP-1 activation. These studies indicate that freshly ground silica is more biologically active than aged silica and that ROS, in particular H2O2, play a significant role in silica-induced AP-1 activation.

    PMID:11096084 Ding M et al; J Biol Chem 276 (12): 9108-14 (2001)

    /The authors/ examined the involvement of oxidative stress and reactive oxygen species formation in silica-induced cytotoxicity and genotoxicity in cultured rat /alveolar macrophages/ AMs. A lucigenin-dependent chemiluminescence test was used to determine superoxide anion... and a 2',7'-dichlorofluorescin diacetate fluorescence test was employed to measure the hydrogen peroxide (H2O2) level. The cytotoxic and genotoxic effects caused by silica in AMs were examined by lactate dehydrogenase (LDH) leakage and single-cell gel electrophoresis (comet assay), respectively. The results showed that silica enhanced superoxide and H2O2 formation in AMs. There were clear dose- and time-dependent relationships in silica-induced cytotoxicity and genotoxicity. Furthermore, superoxide dismutase and catalase were able to reduce silica-induced LDH leakage and DNA damage, with concurrent significant inhibition on silica-induced oxidative stress in AMs. These findings provide convincing evidence that oxidative stress mediates the silica-induced cytotoxicity and genotoxicity.

    PMID:10702332 Zhang S et al; Environ Res 82 (3): 245-52 (2000)

    For more Mechanism of Action (Complete) data for CRYSTALLINE SILICA (32 total), please visit the HSDB record page.

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    USDMF

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    01

    Compamed
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    01

    Chemco Plus Scientific Co Ltd

    Japan
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    Compamed
    Not Confirmed

    GDUFA

    DMF Review : N/A

    Rev. Date :

    Pay. Date :

    DMF Number : 19452

    Submission : 2006-05-17

    Status : Active

    Type : II

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    02

    Mallinckrodt Baker Inc

    Ireland

    USDMF

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    Compamed
    Not Confirmed

    02

    Mallinckrodt Baker Inc

    Ireland
    arrow
    Compamed
    Not Confirmed

    GDUFA

    DMF Review : N/A

    Rev. Date :

    Pay. Date :

    DMF Number : 7889

    Submission : 1989-01-30

    Status : Inactive

    Type : II

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    03

    Mallinckrodt Baker Inc

    Ireland

    USDMF

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    Compamed
    Not Confirmed

    03

    Mallinckrodt Baker Inc

    Ireland
    arrow
    Compamed
    Not Confirmed

    GDUFA

    DMF Review : N/A

    Rev. Date :

    Pay. Date :

    DMF Number : 8484

    Submission : 1990-03-20

    Status : Inactive

    Type : II

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    04

    Pfizer Inc

    U.S.A

    USDMF

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    Compamed
    Not Confirmed

    04

    Pfizer Inc

    U.S.A
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    Compamed
    Not Confirmed

    GDUFA

    DMF Review : N/A

    Rev. Date :

    Pay. Date :

    DMF Number : 98

    Submission : 1940-01-01

    Status : Inactive

    Type : II

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    05

    Pq Silicas Uk Ltd

    U.S.A

    USDMF

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    Compamed
    Not Confirmed

    05

    Pq Silicas Uk Ltd

    U.S.A
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    Compamed
    Not Confirmed

    GDUFA

    DMF Review : N/A

    Rev. Date :

    Pay. Date :

    DMF Number : 20935

    Submission : 2007-10-08

    Status : Inactive

    Type : II

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    06

    Wacker Chemie Ag

    Germany

    USDMF

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    Compamed
    Not Confirmed

    06

    Wacker Chemie Ag

    Germany
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    Compamed
    Not Confirmed

    GDUFA

    DMF Review : N/A

    Rev. Date :

    Pay. Date :

    DMF Number : 15383

    Submission : 2001-05-07

    Status : Active

    Type : IV

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    07

    Ymc Co Ltd

    Germany

    USDMF

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    Compamed
    Not Confirmed

    07

    Ymc Co Ltd

    Germany
    arrow
    Compamed
    Not Confirmed

    GDUFA

    DMF Review : N/A

    Rev. Date :

    Pay. Date :

    DMF Number : 12946

    Submission : 1998-04-07

    Status : Active

    Type : II

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    08

    Btr Separations

    Country

    USDMF

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    Compamed
    Not Confirmed

    08

    Btr Separations

    Country
    arrow
    Compamed
    Not Confirmed

    GDUFA

    DMF Review : N/A

    Rev. Date :

    Pay. Date :

    DMF Number : 10507

    Submission : 1993-09-30

    Status : Inactive

    Type : II

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    09

    Terra Chemicals Inc

    Country

    USDMF

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    Compamed
    Not Confirmed

    09

    Terra Chemicals Inc

    Country
    arrow
    Compamed
    Not Confirmed

    GDUFA

    DMF Review : N/A

    Rev. Date :

    Pay. Date :

    DMF Number : 112

    Submission : 1953-05-21

    Status : Inactive

    Type : II

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    Listed Suppliers

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    01

    Pharm-RX Chemical

    U.S.A
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    euroPLX 86 Munich
    Not Confirmed
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    Virtual BoothPharm-Rx is a reputed global importer and distributor of pharmaceutical active ingredients.

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    Silicon Dioxide API

    About the Company : Pharm-Rx has earned an outstanding reputation since its establishment in 1991, serving as a reputable importer and distributor of active ingredients to the pharmaceutical, nutritio...

    Pharm-Rx has earned an outstanding reputation since its establishment in 1991, serving as a reputable importer and distributor of active ingredients to the pharmaceutical, nutritional supplement, and food industries. The company maintains an exceptionally selective approach to its suppliers, personally visiting manufacturers overseas to ensure the highest standards. The sustained growth of Pharm-Rx can be attributed to its steadfast commitment to three core values: quality ingredients, competitive pricing, and unparalleled customer service.
    Pharm RX

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    02

    Anhui Sinotech Industrial

    China
    euroPLX 86 Munich
    Not Confirmed
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    Anhui Sinotech Industrial

    China
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    euroPLX 86 Munich
    Not Confirmed
    • fda
    • EDQM
    • WHO-GMP
    Virtual Booth Boost your online visibility by uploading your products, APIs, FDFs, intermediates, excipients, and services for free on PharmaCompass. Rank higher among suppliers and expand your reach across the internet efficiently and cost-effectively.
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    Silicon Dioxide API

    About the Company : Anhui Sinotech Industrial Co.,Ltd is specially engaged in international marketing of food/feed additive,pesticides and chemicals. We are devoted ourselves to make the life better,a...

    Anhui Sinotech Industrial Co.,Ltd is specially engaged in international marketing of food/feed additive,pesticides and chemicals. We are devoted ourselves to make the life better,always ready to provide top quality products combined with competitive price and comprehensive commercial service. By continuously efforts,the company has already established stable long-term business relationships with hundreds of oversea customers and domestic suppliers.Our products has exported to many countries and regions, including Southeast Asia,South America, Europe,etc.
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    03

    Lead Sciences

    Netherlands
    euroPLX 86 Munich
    Not Confirmed
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    Lead Sciences

    Netherlands
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    euroPLX 86 Munich
    Not Confirmed
    • fda
    • EDQM
    • WHO-GMP
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    Digital Content Digital Content

    Diatomaceous earth

    About the Company : Lead Sciences supports researchers in Life Sciences and Clinical Diagnostics by offering high-quality reagents, instruments, custom manufacturing, and testing services. Our unique ...

    Lead Sciences supports researchers in Life Sciences and Clinical Diagnostics by offering high-quality reagents, instruments, custom manufacturing, and testing services. Our unique portfolio of products and services is designed to empower researchers. Driven by our passion for science, we collaborate to develop and produce award-winning tools that ensure reproducible and consistent results.
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    04

    Nanochemazone

    Canada
    euroPLX 86 Munich
    Not Confirmed
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    Nanochemazone

    Canada
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    euroPLX 86 Munich
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    • WHO-GMP
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    Silicon oxide

    About the Company : Nano Chemazone is a cutting-edge company dedicated to advancing Nanomaterials & Nanotechnology through innovative research and development. Specializing in high-quality nanotechn...

    Nano Chemazone is a cutting-edge company dedicated to advancing Nanomaterials & Nanotechnology through innovative research and development. Specializing in high-quality nanotechnology products, Nano Chemazone caters to both research and industrial needs. Engaged in every facet of the industry, including manufacturing, research, development, processing, supply, and marketing, Nano Chemazone offers a comprehensive range of nanoscale, microscale, and metal nanopowder products globally. Customers can access Nano Chemazone's products in standard catalog sizes, semi-bulk, and bulk quantities, with additional options for custom synthesis.
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    05

    Skotmark Speciality Chemicals

    India
    euroPLX 86 Munich
    Not Confirmed
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    Skotmark Speciality Chemicals

    India
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    euroPLX 86 Munich
    Not Confirmed
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    • EDQM
    • WHO-GMP
    Virtual Booth Boost your online visibility by uploading your products, APIs, FDFs, intermediates, excipients, and services for free on PharmaCompass. Rank higher among suppliers and expand your reach across the internet efficiently and cost-effectively.
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    Silicon Dioxide API

    About the Company : Skotmark Speciality Chemicals, previously operating under the name Chem-Bond Research and Innovation since 2019, began as a small-scale manufacturing facility producing raw materia...

    Skotmark Speciality Chemicals, previously operating under the name Chem-Bond Research and Innovation since 2019, began as a small-scale manufacturing facility producing raw materials for the pharmaceutical, chemical, and food industries. We are an evolving entity within the chemical industry, focused on manufacturing and supplying a range of products while also innovating new solutions tailored to meet customer demands. Skotmark's expertise lies in its ability to formulate and produce a wide range of specialty chemicals, including but not limited to surfactants, polymers, and additives.
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    06

    Spectropharma

    Saudi Arabia
    euroPLX 86 Munich
    Not Confirmed
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    Spectropharma

    Saudi Arabia
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    euroPLX 86 Munich
    Not Confirmed
    • fda
    • EDQM
    • WHO-GMP
    Virtual Booth Boost your online visibility by uploading your products, APIs, FDFs, intermediates, excipients, and services for free on PharmaCompass. Rank higher among suppliers and expand your reach across the internet efficiently and cost-effectively.
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    Silicon Dioxide API

    About the Company : Spectropharma, a Saudi Arabian company founded in 2019, focuses on the development, manufacturing, and sales of pharmaceutical products within Saudi Arabia and internationally.Cons...

    Spectropharma, a Saudi Arabian company founded in 2019, focuses on the development, manufacturing, and sales of pharmaceutical products within Saudi Arabia and internationally.Constructed and equipped to meet the highest quality standards,Spectropharma places paramount importance on quality as a crucial factor in shaping the company's reputation with both commercial and institutional customers in the pharmaceutical industry The company believes that prioritizing high quality is integral to its brand identity and serves as a key differentiator in the market. Spectropharma is committed to offering affordable medicine prices to its patients.
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    Fillers, Diluents & Binders

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    Rochem International Inc

    U.S.A
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    American Pharma Summit
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    • fda
    • EDQM
    • WHO-GMP

    Virtual BoothRochem, your partner in developing, sourcing, and supplying pharmaceutical & animal health ingredients of Chinese origin.

    Brand Name : Xylitol

    Application : Chewable & Orodispersible Aids, Coating Systems & Additives, Fillers, Diluents & Binders

    Excipient Details : Xylitol is used as coating agent & filler, binder agent in various oral dosage forms in both pharmaceutical and nutraceutical applications including swallowable tablets.

    Pharmacopoeia Ref : NA

    Technical Specs : NA

    Ingredient(s) : Xylitol Excipient

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    Xylitol

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    02

    DKSH

    Switzerland
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    Fi Europe 2024
    Exhibiting
    • fda
    • EDQM
    • WHO-GMP

    Virtual BoothDKSH is your trusted partner for companies looking to grow their business in Asia & beyond.

    Dosage Form : Cream / Lotion / Ointment, Ophthalmic Solution

    Grade : Topical, Parenteral

    Category : Solubilizers, Topical

    Brand Name : SYNTADEX 7702

    Application : Solubilizers, Topical

    Excipient Details : Syntadex 7702 is used as a solubilizer in ophthalmic drug products and in topical formulations such as creams, lotions, and ointments.

    Pharmacopoeia Ref : N/A

    Technical Specs : N/A

    Ingredient(s) : Petroleum Jelly Excipient

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    SYNTADEX 7702

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    03

    Jai Radhe Sales

    India
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    CPhI India 2024
    Attending
    • fda
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    • WHO-GMP

    Virtual BoothJai Radhe Sales is your partner for all your sourcing needs.

    Brand Name : Polysorbate 80

    Application : Emulsifying Agents, Solubilizers, Surfactant & Foaming Agents, Topical

    Excipient Details : Polysorbate 80 is a nonionic surfactant and emulsifier often used topical dosage forms such as cream, lotion, ointment, etc.

    Pharmacopoeia Ref : NA

    Technical Specs : NA

    Ingredient(s) : Polysorbate 80

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    04

    Nanjing Well Pharmaceutical

    China
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    American Pharma Summit
    Not Confirmed
    • fda
    • EDQM
    • WHO-GMP

    Virtual BoothNanjing Well is focused on R&D, production & sales of Pharmaceutical Excipients & Synthetic Lubricating base oils.

    Brand Name : Polysorbate 20

    Application : Emulsifying Agents, Parenteral, Solubilizers, Surfactant & Foaming Agents, Thickeners and Stabilizers, Topical

    Excipient Details : Polysorbate 20 is used in parenteral products such as biologics. It is used as a solubilizer, surfactant, emulsifier & suspension stabilizer.

    Pharmacopoeia Ref : ChP/USP/EP

    Technical Specs : NA

    Ingredient(s) : Polysorbate 20

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    Nanjing Well Polysorbate 20

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    05

    Nanjing Well Pharmaceutical

    China
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    American Pharma Summit
    Not Confirmed
    • fda
    • EDQM
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    Virtual BoothNanjing Well is focused on R&D, production & sales of Pharmaceutical Excipients & Synthetic Lubricating base oils.

    Brand Name : Polysorbate 60

    Application : Emulsifying Agents, Solubilizers, Surfactant & Foaming Agents, Thickeners and Stabilizers, Topical

    Excipient Details : Polysorbate 60 is used as a solubilizer, wetting agent, surfactant, emulsifier & stabilizer in topical dosage forms such as creams, suspensions, etc.

    Pharmacopoeia Ref : ChP/USP/EP

    Technical Specs : NA

    Ingredient(s) : Polysorbate 60

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    Nanjing Well Polysorbate 60

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    06

    DKSH

    Switzerland
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    Fi Europe 2024
    Exhibiting
    • fda
    • EDQM
    • WHO-GMP

    Virtual BoothDKSH is your trusted partner for companies looking to grow their business in Asia & beyond.

    Dosage Form : Capsule, Emulsion, Solution, Suspension, Tablet

    Grade : Parenteral, Oral, Topical

    Category : Fillers, Diluents & Binders, Lubricants & Glidants, Parenteral, Topical

    Brand Name : CAPTEX 300

    Application : Fillers, Diluents & Binders, Lubricants & Glidants, Parenteral, Topical

    Excipient Details : Captex 300 is used in parenteral solutions and suspensions, topical emulsions, and as filler and lubricant in capsules and tablets.

    Pharmacopoeia Ref : EP, USP/NF, JP, US FDA

    Technical Specs : LOW C6

    Ingredient(s) : Glyceryl Tricaprylate Excipient

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    Pluviaendo

    Turkey
    American Pharma Summit
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    08

    Nanjing Well Pharmaceutical

    China
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    Virtual BoothNanjing Well is focused on R&D, production & sales of Pharmaceutical Excipients & Synthetic Lubricating base oils.

    Brand Name : Polysorbate 80

    Application : Emulsifying Agents, Film Formers & Plasticizers, Parenteral, Solubilizers, Surfactant & Foaming Agents, Thickeners and Stabilizers, Topical

    Excipient Details : Polysorbate 80 is used as a plasticizer, solubilizer, emulsifier, surfactant, and suspension stabilizer. It is also used in parenteral products.

    Pharmacopoeia Ref : ChP/USP/EP/JP

    Technical Specs : NA

    Ingredient(s) : Polysorbate 80

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    Nanjing Well Pharmaceutical

    China
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    American Pharma Summit
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    Virtual BoothNanjing Well is focused on R&D, production & sales of Pharmaceutical Excipients & Synthetic Lubricating base oils.

    Dosage Form : Emulsion

    Grade : Topical

    Category : Emulsifying Agents, Surfactant & Foaming Agents, Topical

    Brand Name : Polyoxyl 25 Cetostearyl Ether

    Application : Emulsifying Agents, Surfactant & Foaming Agents, Topical

    Excipient Details : Cetostearyl alcohol polyoxyethylene (25) ether is used as a surfactant and emulsifying agent in topical formulations, mainly in emulsions.

    Pharmacopoeia Ref : USP/EP

    Technical Specs : NA

    Ingredient(s) : Cetostearyl Alcohol

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    Polyoxyl 25 Cetostearyl Ether

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    10

    DKSH

    Switzerland
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    Fi Europe 2024
    Exhibiting
    • fda
    • EDQM
    • WHO-GMP

    Virtual BoothDKSH is your trusted partner for companies looking to grow their business in Asia & beyond.

    Dosage Form : Capsule, Emulsion, Tablet

    Grade : Oral, Topical

    Category : Fillers, Diluents & Binders, Lubricants & Glidants, Topical

    Brand Name : CAPTEX 355

    Application : Fillers, Diluents & Binders, Lubricants & Glidants, Topical

    Excipient Details : Captex 355 is used in topical emulsions and as a lubricant and filler in capsules and tablets.

    Pharmacopoeia Ref : EP, USP/NF, JP, US FDA

    Technical Specs : N/A

    Ingredient(s) : Glyceryl Tricaprylate Excipient

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