Graphene
Nanoplatelets
Graphene nanoplatelets with a normal thickness of the
5 – 10 nanometers are offered in differing sizes up to 50 microns.
Metal
Powders
Metal powder is a metal that has been broken
down into a powder form.
Metals that can be found in powder form include
aluminium powder, nickel powder, iron powder
and many more
Nanomaterial Powders
FEATURED PRODUCTS
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Ferro Boron 100 µm 99.9%
Form: Dust Melting Point: 1475-1525 ° C Purity: 99.9% Chemical Formula: FeB Size: 100µ Usage Area: Ferro Bor is preferred in solid rocket fuels and explosives,
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Ferro Boron 44 µm 99.9%
Form: Dust Melting Point: 1475-1525 ° C Purity: 99.9% Chemical Formula: FeB Size: 44µ Usage Area: Ferro Bor is preferred in solid rocket fuels and explosives,
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Ferro Boron 25 µm 99.9%
Form: Dust Melting Point: 1475-1525 ° C Purity: 99.9% Chemical Formula: FeB Size: 25µ Usage Area: Ferro Bor is preferred in solid rocket fuels and explosives,
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Ferro Chrome HC 100 µm 99.5%
Form: Dust Melting Point: 1340 – 1450 C Purity: 99.5% Chemical Formula: FeCr HC Size: 100µ Density: 7.2 gr / cm3 Usage Area: High Carbon Ferro Chromium
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Ferro Chrome HC 44 µm 99.5%
Form: Dust Melting Point: 1340 – 1450 C Purity: 99.5% Chemical Formula: FeCr HC Size: 44µ Density: 7.2 gr / cm3 Usage Area: High Carbon Ferro Chromium
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Ferro Chrome HC 25 µm 99.5%
Form: Dust Melting Point: 1340 – 1450 C Purity: 99.5% Chemical Formula: FeCr HC Size: 25µ Density: 7.2 gr / cm3 Usage Area: High Carbon Ferro Chromium
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Ferro Chrome LC 250 µm 99.5%
Form: Dust Melting Point: 1200-1205 C Purity: 99.5% Chemical Formula: FeCr LC Size: 250µ Density: 7.4 gr / cm3 Usage Area: Low Carbon Ferro Chromium is added
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Ferro Chrome LC 44 µm 99.5%
Form: Dust Melting Point: 1200-1205 C Purity: 99.5% Chemical Formula: FeCr LC Size: 44µ Density: 7.4 gr / cm3 Usage Area: Low Carbon Ferro Chromium is added