CERAMICS |
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Metals and Ceramic Science |
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| Carbides |
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| Product Name |
Product # |
| Aluminum carbide,
powder, -325 mesh |
24,187-3 |
| Boron carbide,
powder, 10 µm |
37,811-9 |
| Boron carbide,
powder, -200 mesh |
37,810-0 |
| Calcium carbide,
~80%, pieces, Technical Grade, thickness ca.
8 mm |
27,029-6 |
| Chromium carbide, -325 mesh |
40,268-0 |
| Hafnium carbide, -325 mesh |
39,957-4 |
| Molybdenum carbide, -325 mesh |
39,953-1 |
| Niobium carbide,
5 µm, 97% |
34,323-4 |
| Silicon carbide, -400 mesh |
35,739-1 |
| Silicon carbide,
200-450 mesh |
37,809-7 |
| Tantalum carbide,
5 µm, 99% |
28,080-1 |
| Titanium carbide, <4 micron powder |
59,484-9 |
| Titanium carbide, -325 mesh, 98% |
30,780-7 |
| Tungsten carbide,
powder, 10 µm, 99% |
24,188-1 |
| Vanadium carbide,
powder, 1.5-2 µm |
33,632-7 |
| Zirconium carbide,
powder, 5 µm, 99% |
33,635-1 |
| Silicon carbide,
nanopowder |
59,491-1 |
| Nitrides |
back to top |
| Product Name |
Product # |
| Boron nitride,
powder, 1 µm, 99% |
25,547-5 |
| Calcium nitride,
99%, 200 mesh |
41,510-3 |
| Chromium nitride, -325 mesh |
40,267-2 |
| Germanium nitride,
99.99+% |
44,755-2 |
| Magnesium nitride,
99.5+%, 325 mesh |
41,511-1 |
| Aluminum nitride,
nanopowder |
59,304-4 |
| Oxides |
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| Product Name |
Product # |
| Ceramic
Oxides |
|
| Aluminum oxide,
99.998% |
20,260-6 |
| Aluminum oxide,
calcined, powder, Primarily a-phase, 99+%, 100-325 mesh |
34,271-8 |
| Aluminum oxide,
calcined, powder, Primarily a-phase, 150-325 mesh |
34,272-6 |
| Aluminum oxide, Primarily
a-phase, calcined, 100-400 mesh, 99+%
|
34,269-6 |
| Aluminum oxide, Corundum,
a-phase, -100 mesh, 99% |
23,474-5 |
| Aluminum oxide,
fused, 99.99%, 6-12 mesh |
34,274-2 |
| Aluminum oxide,
fused, pieces, 3-12 mm, 99.99% |
34,276-9 |
| Aluminum oxide,
fused, powder, Primarily a-phase, -325 mesh, 10 µm, 99+% |
34,268-8 |
| Aluminum oxide,
fused, powder, Primarily a-phase, 99+%, 100-200 mesh |
34,265-3 |
| Aluminum oxide, Primarily
a-phase, fused, 200-325 mesh, 99+% |
34,266-1 |
| Aluminum oxide,
granular, 4-8 mesh |
30,911-7 |
| Aluminum oxide,
pellets, 3 mm |
41,406-9 |
| Aluminum oxide,
powder, 99.99% |
22,942-3 |
| Aluminum oxide,
powder, -100 mesh, 99.9% |
31,976-7 |
| Aluminum oxide,
powder, 10 µm, 99.7% |
26,549-7 |
| Aluminum oxide, Primarily
a-phase, sintered, pieces, 3 mm, 99.8% |
34,275-0 |
| Calcium carbonate,
99.999+% |
48,180-7 |
| Calcium carbonate,
99.995+% |
20,293-2 |
| Calcium carbonate,
chelometric standard, ACS reagent, 99.95-100.05% as dry basis |
39,810-1 |
| Calcium carbonate, low in
alkalies, 99+%, ACS reagent |
25,650-1 |
| Calcium carbonate,
powder, ³99.0%, ACS reagent |
23,921-6 |
| Calcium carbonate,
powder, 10 µm, 98% |
31,003-4 |
| Calcium carbonate, random
crystals, optical grade |
55,294-1 |
| Germanium(IV) oxide,
99.9999% |
48,300-1 |
| Indium(III) oxide,
99.999% |
20,342-4 |
| Indium(III) oxide,
99.99% |
28,941-8 |
| Magnesium oxide,
99.999% |
52,969-9 |
| Magnesium oxide,
99.99% |
20,371-8 |
| Magnesium oxide,
fused, pieces, 3-12 mm, 99.95% |
34,278-5 |
| Magnesium oxide,
fused, chips, -4 mesh, 99.9% |
34,277-7 |
| Magnesium oxide,
-325 mesh, 99+% (Purity based on metallic impurity content.) |
34,279-3 |
| Magnesium oxide,
fused, -40 mesh, 99+% |
34,282-3 |
| Magnesium oxide,
fused, 95+%, 150-325 mesh |
34,281-5 |
| Silicon dioxide,
99.995+% |
20,435-8 |
| Silicon dioxide,
fused, pieces, 3-12 mm, 99.99% |
34,286-6 |
| Silicon dioxide,
fused, pieces, 4 mm, 99.99% |
34,285-8 |
| Silicon dioxide,
fused, granules, 99.9%, 4-16 mesh |
34,283-1 |
| Silicon dioxide, -325 mesh, 99.6% |
34,289-0 |
| Silicon dioxide,
99.8% |
38,126-8 |
| Silicon monoxide,
pieces, 3-6 mm, 99.99% |
33,682-3 |
| Thallium(III) oxide,
99% |
21,474-4 |
| Aluminum oxide,
mesoporous, average pore size 5.6 nm, MSU-X type |
51,774-7 |
| Aluminum oxide,
mesoporous, average pore size 6.8 nm, MSU-X type |
51,775-5 |
| Metallic
Oxides |
|
| Barium calcium tungsten
oxide, 99.9% |
41,495-6 |
| Barium oxide,
97% |
28,849-7 |
| Barium oxide, Technical
Grade, 90% |
22,360-3 |
| Barium strontium tungsten
oxide, 99.8% |
41,516-2 |
| Bismuth(III) oxide,
99.999% |
20,282-7 |
| Bismuth(III) oxide,
99.99% |
33,595-9 |
| Bismuth(III) oxide,
powder, 10 µm, 99.9% |
22,389-1 |
| Bismuth strontium calcium
copper oxide, powder, 5 µm |
36,510-6 |
| Cadmium oxide brown,
99.99+% |
20,289-4 |
| Cadmium oxide brown,
powder, 1 µm, 99.5% |
24,478-3 |
| Cerium(IV) oxide,
99.999% |
20,297-5 |
| Cerium(IV) oxide,
powder, 5 µm, 99.9% |
21,157-5 |
| Cerium(IV) oxide,
fused, pieces, 3-6 mm, 99.9% |
34,295-5 |
| Cerium(IV) oxide,
90% |
34,834-1 |
| Chromium(III) oxide,
99.9% |
20,306-8 |
| Chromium(III) oxide,
fused, pieces, 3-6 mm, 99+% |
34,296-3 |
| Chromium(III) oxide,
powder, 1 µm, 98+% |
20,216-9 |
| Chromium(III) oxide,
50 µm, 98+% |
39,370-3 |
| Chromium(VI) oxide,
99.9% |
23,265-3 |
| Chromium(VI) oxide,
crystals |
52,357-7 |
| Cobalt(II) oxide, -325 mesh |
34,315-3 |
| Copper(I) oxide,
powder, 5 µm, 97% |
20,882-5 |
| Copper(II) oxide,
powder, 99.995% |
45,080-4 |
| Copper(II) oxide,
99.99+% |
32,545-7 |
| Copper(II) oxide,
powder, 99.99% |
45,081-2 |
| Copper(II) oxide,
14-20 mesh |
41,797-1 |
| Dysprosium oxide,
99.99+% |
20,318-1 |
| Dysprosium oxide,
99.9% |
28,926-4 |
| Europium oxide,
99.999% |
32,354-3 |
| Europium oxide,
99.99% |
20,326-2 |
| Europium oxide,
99.9% |
28,922-1 |
| Gadolinium oxide,
99.99+% |
20,329-7 |
| Gadolinium oxide,
99.9% |
27,851-3 |
| Gold(III) oxide hydrate,
|
33,405-7 |
| Hafnium(IV) oxide,
99.95+% |
20,339-4 |
| Hafnium(IV) oxide,
powder, 98% |
20,211-8 |
| Holmium(III) oxide,
99.999% |
22,967-9 |
| Holmium(III) oxide,
99.9% |
20,844-2 |
| Iridium(IV) oxide,
99.9% |
20,623-7 |
| Iridium(IV) oxide
hydrate, 99.9% |
39,850-0 |
| Lanthanum oxide,
99.99% |
19,992-3 |
| Lanthanum oxide,
99.9% |
21,161-3 |
| Lanthanum oxide, meets
analytical specification of Ph Eur, BP, USP, FCC,
E252, 99.9+% |
28,920-5 |
| Lead(IV) oxide,
99.999% |
51,813-1 |
| Lead(II) oxide yellow,
99.999% |
20,361-0 |
| Lead(II) oxide yellow,
powder, 10 µm, 99.9+% |
21,190-7 |
| Lutetium (III) oxide,
99.9% |
28,919-1 |
| Manganese(II, III) oxide,
-325 mesh, 97% |
37,747-3 |
| Manganese(II) oxide,
99.99+% |
43,176-1 |
| Manganese(II) oxide,
99%, 60-170 mesh |
37,720-1 |
| Manganese(III) oxide,
99.999% |
46,370-1 |
| Manganese(III) oxide,
-325 mesh, 99% |
37,745-7 |
| Manganese(IV) oxide,
99+%, 60-230 mesh |
24,344-2 |
| Manganese(IV) oxide,
10 µm, 90+% |
31,070-0 |
| Manganese(IV) oxide
activated, 5 µm, activated, ~85% |
21,764-6 |
| Molybdenum(IV) oxide,
99% |
23,476-1 |
| Nickel oxide,
99.999% |
48,179-3 |
| Nickel oxide,
green, -325 mesh, 99% |
39,952-3 |
| Niobium(II) oxide,
-100 mesh, 99.9% |
38,317-1 |
| Niobium(IV) oxide, -200 mesh |
38,316-3 |
| Niobium(V) oxide,
99.99% |
20,392-0 |
| Niobium(V) oxide,
-325 mesh, 99.9% |
20,851-5 |
| Niobium(V) oxide,
lumps, 99.8% |
38,303-1 |
| Niobium(V) oxide, pore
22 Å, 99.5% (Purity based on trace metallic impurities.) |
48,445-8 |
| Osmium tetroxide,
99.8% |
20,103-0 |
| Palladium(II) oxide,
99.998% |
20,397-1 |
| Palladium(II) oxide,
Engelhard code S3154, 99.9+% |
52,074-8 |
| Palladium(II) oxide
hydrate, Engelhard code S3115, 99.9+% |
52,075-6 |
| Prasedymium(III) oxide,
99.9% |
55,824-9 |
| Praseodymium oxide,
99.999% |
20,414-5 |
| Praseodymium oxide,
99.9% |
20,517-6 |
| Rhenium(IV) oxide,
99.995% |
51,572-8 |
| Rhenium(IV) oxide,
99.7% |
34,225-4 |
| Rhenium(VI) oxide
|
38,099-7 |
| Rhenium(VII) oxide,
99.995% |
51,573-6 |
| Rhenium(VII) oxide,
99.9+% |
26,195-5 |
| Rhodium(III) oxide,
99.8% |
20,422-6 |
| Rhodium(III) oxide
hydrate, |
20,629-6 |
| Rhodium(IV) oxide,
99.9% |
51,625-2 |
| Ruthenium(IV) oxide
hydrate, 99.9% |
46,376-0 |
| Ruthenium(IV) oxide
hydrate, powder |
20,883-3 |
| Samarium oxide,
99.99% |
39,253-7 |
| Scandium oxide,
powder, 99.999% |
29,402-0 |
| Scandium oxide,
fused, tablet, diam. 10 mm, 99.99+% |
47,091-0 |
| Scandium oxide,
99.9% |
30,787-4 |
| Silver(I) oxide,
99.99+% |
22,683-1 |
| Silver(I) oxide,
99% |
22,116-3 |
| Silver(II) oxide |
22,363-8 |
| Strontium oxide,
99.9% |
41,513-8 |
| Tantalum(V) oxide,
5 µm, 99.99% |
20,453-6 |
| Tantalum(V) oxide,
lumps, 99% |
38,302-3 |
| Tantalum(V) oxide,
99% |
30,351-8 |
| Tantalum(V) oxide, pore
32 Å |
48,448-2 |
| Terbium oxide,
99.999% |
20,457-9 |
| Terbium oxide,
99.9% |
25,395-2 |
| Terbium(III) oxide,
99.99% |
59,050-9 |
| Thulium(III) oxide,
99.99% |
20,467-6 |
| Thulium(III) oxide,
99.9% |
28,916-7 |
| Tin(II) oxide,
99.99% |
51,817-4 |
| Tin(IV) oxide, -325 mesh, 99.9% |
24,465-1 |
| Tungsten(IV) oxide, -100 mesh |
40,050-5 |
| Tungsten(VI) oxide,
powder, 20 µm, 99+% |
23,278-5 |
| Vanadium(III) oxide,
98% |
21,598-8 |
| Vanadium(IV) oxide,
99.9% |
21,582-1 |
| Vanadium(V) oxide,
99.6+% |
22,189-9 |
| Vanadium(V) oxide,
98+% |
22,379-4 |
| Ytterbium oxide,
99.99% |
20,488-9 |
| Zinc oxide,
99.999% |
20,495-1 |
| Zinc oxide,
99.99% |
25,575-0 |
| Zinc oxide,
powder, 1 µm, 99.9% |
20,553-2 |
| Zinc oxide hydrate,
97% |
47,531-9 |
| Zirconium(IV) oxide,
99.99% |
20,499-4 |
| Zirconium(IV) oxide,
powder, 5 µm, 99% |
23,069-3 |
| Zirconium(IV) oxide,
diam. 1 cm × thickness 3 mm, 98% |
37,853-4 |
| Zirconium(IV) oxide,
sulfated, pore 18 Å, 99% (Purity determined on metals
basis) |
49,925-0 |
| Zirconium(IV) oxide,
sulfated, pore 32 Å, 99% (Purity determined on metals
basis) |
49,924-2 |
| Aluminum nitride,
nanopowder |
59,304-4 |
| Aluminum oxide,
nanopowder |
54,483-3 |
| Aluminum oxide,
nanopowder, whiskers |
55,164-3 |
| Antimony tin oxide,
nanopowder, 99.5+% |
54,954-1 |
| Barium titanate(IV),
nanopowder, 99+% |
46,763-4 |
| Copper(II) oxide,
nanopowder |
54,486-8 |
| Indium-tin oxide,
nanopowder |
54,487-6 |
| Iron(III) oxide,
nanopowder |
54,488-4 |
| Magnesium oxide,
nanopowder |
54,964-9 |
| Silicon carbide,
nanopowder |
59,491-1 |
| Strontium titanate,
nanopowder, 99.5+% |
51,701-1 |
| Tin(IV) oxide,
nanopowder |
54,965-7 |
| Tungsten(VI) oxide,
nanopowder |
55,008-6 |
| Yttrium(III) oxide,
nanopowder |
54,489-2 |
| Zinc oxide,
nanopowder |
54,490-6 |
| Zirconium(IV) oxide,
nanopowder |
54,476-0 |
| Calcium oxide, 99.995%
(Purity based on metallic impurity content.) |
22,953-9 |
| Calcium oxide,
anhydrous, powder, 99.99+% |
45,171-1 |
| Calcium oxide,
99.9% |
20,815-9 |
| Calcium oxide,
98% |
24,856-8 |
| Sulfides |
back to top |
| Product Name |
Product # |
| Ceramic
Sulfides |
|
| Aluminum sulfide,
granular, -4 mesh, 98% |
33,318-2 |
| Antimony pentasulfide,
Technical Grade |
43,036-6 |
| Antimony(III) sulfide,
99.995% |
22,946-6 |
| Antimony(III) sulfide,
powder |
24,456-2 |
| Arsenic(II) sulfide,
98% |
51,911-1 |
| Arsenic(III) sulfide,
99.99+% |
44,806-0 |
| Arsenic(III) sulfide,
99.9+%, -325 mesh |
20,270-3 |
| Arsenic(V) sulfide,
99.99+% |
51,910-3 |
| Gallium(III) sulfide,
99.99% |
41,052-7 |
| Germanium(II) sulfide,
99.99% |
48,453-9 |
| Indium(III) sulfide red,
99.99% |
30,829-3 |
| Phosphorus pentasulfide,
99% |
23,210-6 |
| Phosphorus trisulfide,
|
22,390-5 |
| Selenium sulfide |
25,771-0 |
| Metallic
Sulfides |
|
| Barium sulfide,
99.9% |
52,343-7 |
| Bismuth(III) sulfide,
99% |
33,319-0 |
| Calcium sulfide, -325 mesh, 99.9+% |
40,955-3 |
| Copper(I) sulfide,
anhydrous, powder, 99.99% |
51,065-3 |
| Copper(I) sulfide,
powder, -325 mesh |
34,245-9 |
| Copper(II) sulfide,
powder, 99.99% |
45,082-0 |
| Copper(II) sulfide,
powder, 99+%, -100 mesh |
34,246-7 |
| Gold(I) sulfide,
99.9% |
39,843-8 |
| Gold(III) sulfide,
99.9% |
39,844-6 |
| Iron(II) sulfide, -100 mesh, 99.9% |
34,316-1 |
| Iron(II) sulfide,
Technical Grade |
26,870-4 |
| Lead(II) sulfide,
99.9+%, -200 mesh |
37,259-5 |
| Lithium sulfide,
98% |
21,324-1 |
| Manganese(II) sulfide,
99.9%, -325 mesh |
40,094-7 |
| Mercury(II) sulfide red,
99.999% |
57,410-4 |
| Mercury(II) sulfide red,
99% |
24,356-6 |
| Mercury(II) sulfide red,
|
40,073-4 |
| Palladium(II) sulfide,
99.9% |
39,830-6 |
| Platinum(IV) sulfide,
99.9% |
39,848-9 |
| Rhenium(VII) sulfide,
99.9% |
22,103-1 |
| Silver sulfide,
99.9% |
24,147-4 |
| Sodium sulfide |
40,741-0 |
| Sodium sulfide
nonahydrate, ReagentPlusä, ³98.0%, 99.99+% |
43,164-8 |
| Strontium sulfide,
99.9+% |
57,571-2 |
| Thallium(I) sulfide |
30,924-9 |
| Tin(II) sulfide,
96% |
36,716-8 |
| Titanium(IV) sulfide,
powder, 1 µm, 99.9% |
33,349-2 |
Titanium(IV) sulfide,
powder,anhydrous, powder,99.95% |
59,560-8 |
| Tungsten(IV) sulfide,
powder, 2 µm, 99% |
24,363-9 |
| Zinc sulfide,
99.99%, powder, 10 µm |
24,462-7 |
| Zinc sulfide,
pieces, 3-12 mm, 99.9% |
33,327-1 |
| Molybdenum(IV) sulfide,
powder, 2 µm, 99% |
23,484-2 |
| Wide Band-Gap
Semiconductors |
back to top |
| Product Name |
Product # |
| Aluminum arsenide, -60 mesh |
40,122-6 |
| Aluminum nitride,
powder, 10 µm, 98+% |
24,190-3 |
| Cadmium selenide ,
10 µm, 99.99%, electronic grade |
24,460-0 |
| Cadmium sulfide,
powder, 99.995% |
21,792-1 |
| Cadmium sulfide,
powder |
20,818-3 |
| Cadmium telluride Coating
quality Balzers, powder, 5 µm, 99.99+% |
25,654-4 |
| Gallium arsenide,
pieces, 99.999% |
32,901-0 |
| Gallium nitride,
99.99+% |
48,176-9 |
| Gallium phosphide,
99.99% |
52,157-4 |
| Germanium(II) selenide,
99.999% |
48,455-5 |
| Germanium(II) telluride,
99.999% |
48,457-1 |
| Indium(III) nitride,
99.9% |
49,062-8 |
| Indium(III) phosphide,
pieces, 3-20 mesh, 99.998% |
36,687-0 |
| Indium-tin oxide, -325 mesh, 99.99+% |
49,468-2 |
| Niobium nitride, -325 mesh |
40,266-4 |
| Silicon nitride,
powder, 99.9+% |
33,410-3 |
| Silicon nitride, -325 mesh, predominantly a-phase |
32,517-1 |
| Silicon nitride, -325 mesh, predominantly b-phase |
24,862-2 |
| Tantalum nitride,
5 µm, 99.5% |
33,320-4 |
| Titanium carbonitride,
powder, 1-2 µm, 99.8% |
51,891-3 |
| Titanium nitride,
10 µm, 99% |
33,324-7 |
| Vanadium nitride, -325 mesh, 99% |
33,633-5 |
| Zinc selenide Coating
Quality Balzers, powder, 5 µm, 99.99% |
24,461-9 |
| Zinc selenide Coating
Quality Balzers, random pieces, optical grade |
55,301-8 |
| Zinc telluride Coating
Quality Balzers, -100 mesh, 99.99% |
25,432-0 |
| Zirconium nitride, -325 mesh |
39,943-4 |
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