Umicore Metal Deposition Solutions Datasheets for Inorganic Chemicals and Compounds
Inorganic chemicals, inorganic salts and inorganic compounds are substances of mineral origin that do not contain carbon in their molecular structure.
Inorganic Chemicals and Compounds: Learn more
| Product Name | Notes |
|---|---|
| Coating material Aluminium oxide Purity 99.98% Form Tablet Dimensions Ø 12.5 x 7 mm Quantity 500 g Theoretical density at 20°C in g/cm³ ~ 4.0 Melting point in °C 2000-2072... | |
| Coating material Barium fluoride Purity 99.8% Form Granulate Dimensions 0.7 - 3.5 mm Quantity 500 g HazardPictogram GHS07 Statement Warning Theoretical density at 20°C in g/cm³ 4.9 Melting point in... | |
| Coating material Calcium fluoride Purity 99.8% Form Granulate Dimensions 0.7 - 3.5 mm Quantity 500 g Theoretical density at 20°C in g/cm³ 3.2 Melting point in °C 1423 10⁻² mbar... | |
| Coating material Cerium fluoride Purity 99.5% Form Granulate Dimensions 0.7 - 3.5 mm Quantity 500 g Theoretical density at 20°C in g/cm³ 6.2 Melting point in °C 1460 10⁻² mbar... | |
| Coating material Cerium oxide Purity 99.5% Form Granulate Dimensions 0.7 - 3.5 mm Quantity 500 g Theoretical density at 20°C in g/cm³ 7.1 Melting point in °C 2727 10⁻² mbar... | |
| Coating material Grey A Form Granulate Dimensions 0.7 - 3.5 mm Quantity 500 g Absorption in % 45 Application Absorbing layers | |
| Coating material Hafnium oxide Purity 99.9% Form Granulate Dimensions 0.4 - 3.5 mm Quantity 1 kg Theoretical density at 20°C in g/cm³ 9.7 Melting point in °C 2733-2783 10⁻² mbar... | |
| Coating material Hafnium oxide Purity 99.9% Form Granulate Dimensions 0.4 - 3.5 mm Quantity 500 g Theoretical density at 20°C in g/cm³ 9.7 Melting point in °C 2733-2783 10⁻² mbar... | |
| Coating material Hafnium oxide Purity 99.9% Form Granulate Dimensions 1.5 - 3.5 mm Quantity 1 kg Theoretical density at 20°C in g/cm³ 9.7 Melting point in °C 2733-2783 10⁻² mbar... | |
| Coating material Hafnium oxide Purity 99.9% Form Granulate Dimensions 1.5 - 3.5 mm Quantity 500 g Theoretical density at 20°C in g/cm³ 9.7 Melting point in °C 2733-2783 10⁻² mbar... | |
| Coating material Hafnium oxide Purity 99.9% Form Granulate Dimensions 3.5 - 5.0 mm Quantity 1000 g Theoretical density at 20°C in g/cm³ 9.7 Melting point in °C 2733-2783 10⁻² mbar... | |
| Coating material Hafnium oxide Purity 99.9% Form Granulate Dimensions 3.5 - 5.0 mm Quantity 500 g Theoretical density at 20°C in g/cm³ 9.7 Melting point in °C 2733-2783 10⁻² mbar... | |
| Coating material Hafnium oxide Purity 99.99% Form Granulate Dimensions 1.5 - 3.5 mm Quantity 500 g Statement Laser Grade Theoretical density at 20°C in g/cm³ 9.7 Melting point in °C... | |
| Coating material Ida Form Granulate Dimensions 0.7 - 3.5 mm Quantity 500 g Theoretical density at 20°C in g/cm³ 6.0 Melting Good W Good Mo Good Preparation of base melt... | |
| Coating material IR-F625 Purity 99.99% Form Granulate Dimensions 0.7 - 3.5 mm Quantity 500 g HazardPictogram GHS07 Statement Warning Theoretical density at 20°C in g/cm³ ~5.0 Mo Good Ta Good... | |
| Coating material IR-F900 Purity 99.99% Form Granulate Dimensions 0.7 - 3.5 mm Quantity 500 g HazardPictogram GHS07 Statement Warning Theoretical density at 20°C in g/cm³ ~7.0 Mo Good Ta Good... | |
| Coating material ITO 83/17 % Purity 99.5% Form Granulate Dimensions 1.0 - 3.0 mm Quantity 500 g HazardPictogram GHS08 Statement Warning Theoretical density at 20°C in g/cm³ 7.1 (In2O3:SnO2 ratio... | |
| Coating material ITO 90/10 % Purity 99.99% Form Granulate Dimensions 3.0 - 6.0 mm Quantity 500 g HazardPictogram GHS08 Statement Warning Theoretical density at 20°C in g/cm³ 7.1 (In2O3:SnO2 ratio... | |
| Coating material Lanthanum fluoride Purity 99.9% Form Granulate Dimensions 0.7 - 3.5 mm Quantity 500 g HazardPictogram GHS07 Statement Warning Theoretical density at 20°C in g/cm³ 6.0 Melting point in... | |
| Coating material Malbunit 8/1 Form Granulate Dimensions 1.5 - 5.0 mm Quantity 500 g Evaporation Temperature in °C 1500 Film Thickness (λ/4) 2 Absorption in % 70 Application Absorbing layers... | |
| Coating material Malbunit F13 Form Granulate Dimensions 0.2 - 0.4 mm Quantity 500 g Evaporation Temperature in °C 1750 Film Thickness (λ/4) 8 Absorption in % 50 Application Absorbing layers... | |
| Coating material Meldina H Form Discs Dimensions Ø 62 x 8 mm Quantity 10 pcs Absorption in % 75 Application Absorbing layers | |
| Coating material Meldina III Form Granulate Dimensions 0.2 - 0.4 mm Quantity 500 g Evaporation Temperature in °C 1750 Absorption in % 75 Application Absorbing layers | |
| Coating material Meldina Form Discs Dimensions Ø 62 x 10 mm Quantity 10 pcs Absorption in % 75 Application Absorbing layers | |
| Coating material Olivin C1 Form Tablet Dimensions Ø 8 x 3.5 mm Quantity 500 g HazardPictogram GHS09 Application Absorbing layers | |
| Coating material Olivin C2 Form Granulate Dimensions 3.0 - 8.0 mm Quantity 500 g Application Absorbing layers | |
| Coating material Orsit Purity 99.99% Form Discs Dimensions Ø 15 x 5 mm Quantity 10 pcs Theoretical density at 20°C in g/cm³ 2.2 Melting point in °C 1720 10⁻² mbar... | |
| Coating material Orsit Purity 99.99% Form Discs Dimensions Ø 70 x 5 mm Quantity 10 pcs Theoretical density at 20°C in g/cm³ 2.2 Melting point in °C 1720 10⁻² mbar... | |
| Coating material Rena Form Tablet Dimensions Ø 10 x 6 mm Quantity 500 g Theoretical density at 20°C in g/cm³ ~8.9 Melting point in °C 1862-1880 10⁻² mbar in °C... | |
| Coating material Roma Form Granulate Dimensions 0.7 - 2.5 mm Quantity 500 g Theoretical density at 20°C in g/cm³ 6.8 Mo Good Reactive gas pressure Good < 100 °C Good... | |
| Coating material Silicon dioxide Purity 99.99% Form Discs Dimensions Ø 21 x 5 mm Quantity 10 pcs Theoretical density at 20°C in g/cm³ 2.2 Melting point in °C 1720 10⁻² | |
| Coating material Silicon dioxide Purity 99.99% Form Discs Dimensions Ø 30 x 5 mm Quantity 10 pcs Theoretical density at 20°C in g/cm³ 2.2 Melting point in °C 1720 10⁻² | |
| Coating material Silicon dioxide Purity 99.99% Form Discs Dimensions Ø 60 x 7 mm Quantity 5 pcs Theoretical density at 20°C in g/cm³ 2.2 Melting point in °C 1720 10⁻² | |
| Coating material Silicon dioxide Purity 99.99% Form Discs Dimensions Ø 70 x 10 mm Quantity 5 pcs Theoretical density at 20°C in g/cm³ 2.2 Melting point in °C 1720 10⁻² | |
| Coating material Silicon dioxide Purity 99.99% Form Granulate Dimensions 1.5 - 3.5 mm Quantity 2 kg Theoretical density at 20°C in g/cm³ 2.2 Melting point in °C 1720 10⁻² mbar... | |
| Coating material Silicon monoxide Purity 99.9% Form Granulate Dimensions 0.7 - 1.5 mm Quantity 500 g Theoretical density at 20°C in g/cm³ 2.1 Melting point in °C ~ 1700 10⁻² | |
| Coating material Silicon Purity 99.999% Form Discs Dimensions Ø 21 x 5 mm Quantity 5 pcs Theoretical density at 20°C in g/cm³ 2.3 Melting point in °C 1410 10⁻² mbar... | |
| Coating material Silicon Purity 99.999% Form Granulate Dimensions 10 - 30 mm Quantity 500 g Theoretical density at 20°C in g/cm³ 2.3 Melting point in °C 1410 10⁻² mbar in... | |
| Coating material Titanium (II)-oxide Purity 99.9% Form Granulate Dimensions 0.7 - 1.5 mm Quantity 500 g Theoretical density at 20°C in g/cm³ 4.9 Melting point in °C 1737-1750 10⁻² mbar... | |
| Coating material Titanium (III)-oxide Purity 99.9% Form Granulate Dimensions 0.7 - 3.5 mm Quantity 500 g Theoretical density at 20°C in g/cm³ 4.6 Melting point in °C ~ 2130 10⁻² | |
| Coating material Titanium (III)-oxide Purity 99.9% Form Tablet Dimensions Ø 8.6 x 6.3 mm Quantity 1 kg Theoretical density at 20°C in g/cm³ 4.6 Melting point in °C ~ 2130... | |
| Coating material Titanium (III/IV)-oxide Purity 99.9% Form Tablet Dimensions Ø 9 x 4.5 mm Quantity 500 g Theoretical density at 20°C in g/cm³ 4.0-4.2 Melting point in °C 1760 10⁻² | |
| Coating material Titanium (IV)-oxide Purity 99.9% Form Granulate Dimensions 0.7 - 3.5 mm Quantity 500 g Theoretical density at 20°C in g/cm³ 4.3 Melting point in °C 1830-1885 10⁻² mbar... | |
| Coating material Ytterbium fluoride Purity 99.99% Form Granulate Dimensions 0.2 - 5.0 mm Quantity 500 g HazardPictogram GHS07 Statement Warning Theoretical density at 20°C in g/cm³ 8.2 Melting point in... | |
| Coating material Ytterbium fluoride Purity 99.99% Form Granulate Dimensions 3.0 - 12.0 mm Quantity 500 g HazardPictogram GHS07 Statement Warning Theoretical density at 20°C in g/cm³ 8.2 Melting point in... | |
| Coating material Yttrium fluoride Purity 99.99% Form Granulate Dimensions 0.2 - 5.0 mm Quantity 500 g HazardPictogram GHS07 Statement Warning Theoretical density at 20°C in g/cm³ 4.8 Melting point in... | |
| Coating material Yttrium fluoride Purity 99.99% Form Tablet Dimensions Ø 10 x 6.5 mm Quantity 500 g HazardPictogram GHS07 Statement Warning Theoretical density at 20°C in g/cm³ 4.8 Melting point... | |
| Coating material Zinc sulfide Purity 99.99% Form Granulate Dimensions 1.0 - 5.0 mm Quantity 500 g Theoretical density at 20°C in g/cm³ 4.1 Melting point in °C 1850 (10 at)... | |
| Coating material Zinc sulfide Purity 99.99% Form Granulate Dimensions 4.0 - 8.0 mm Quantity 500 g Theoretical density at 20°C in g/cm³ 4.1 Melting point in °C 1850 (10 at)... | |
| Coating material Zinc sulfide Purity 99.99% Form Tablet Dimensions Ø 10 x 6 mm Quantity 1 kg Theoretical density at 20°C in g/cm³ 4.1 Melting point in °C 1850 (10... | |
| Coating material Zinc sulfide Purity 99.99% Form Tablet Dimensions Ø 10 x 6 mm Quantity 5 kg Theoretical density at 20°C in g/cm³ 4.1 Melting point in °C 1850 (10... | |
| Coating material Zirconium monoxide Purity 99.3% Form Granulate Dimensions 0.2 - 3.5 mm Quantity 500 g Theoretical density at 20°C in g/cm³ 6.4 Melting point in °C ~2200 10⁻² mbar... | |
| Coating material Zirconium monoxide Purity 99.3% Form Tablet Dimensions Ø 14 x 5 mm Quantity 50 pcs Theoretical density at 20°C in g/cm³ 6.4 Melting point in °C ~2200 10⁻² | |
| Conflict free gold In July of 2010, the United States Congress passed legislation requiring those corporations that are required to report to the SEC (United States Securities and Exchange Commision)... | |
| Kontaktfolie "A" AK517 10 Stk - 0483820 | |
| Kontaktfolie AK525 "A" 10Stk - 0483552 | |
| Kontaktfolie AKQ515 oval 10 Stk - 0713604 | |
| Kontaktfolie Sn Ø80x0.2mm ARQ81 - 0703642 | |
| Kontaktfolie Sn AK618 1 pc - 0486514 | |
| Kontaktfolie Sn ARQ100/127 1 pc - 0486514 | |
| Lower cost of ownership for Cu replenishment Umicore copper oxide high purity metal oxide powder are developed, manufactured and quality tested in accordance with the demanding requirements of the semiconductor... | |
| Molybdändisulfidpulv er 1 kg - 0701552 | |
| Molybdändisulfidpulv er 50g - 0489060 | |
| SiO 99.9% <100µm 1kg - 0703399 | |
| Specifications Type Substrate cleaner 1 Quantity 0.5 l Dimensions liquid Form Liquid | |
| Specifications Type Substrate cleaner 2 Quantity 1.0 l Form Liquid | |
| Specifications Type Substrate cleaner ER100 A Quantity 5 l Form Liquid | |
| Wolfram Wendel 10Stk - 0482036 |