Physical Properties | Metric | English | Comments |
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Specific Surface Area | 0.40 m²/g | 0.40 m²/g | BET |
Nyco MG WOLLASTOCOAT® Wollastonite Wollastonite is a naturally occurring white mineral with an acicular (needle-shaped) particle structure. This distinctive particle morphology makes wollastonite an ideal performance mineral for a br.. |
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Specific Surface Area | 0.40 m²/g | 0.40 m²/g | BET |
Nyco NYAD® G Wollastonite High aspect ratio grade. This grade is recommended for polymer reinforcement.Wollastonite is a naturally occurring white mineral with an acicular (needle-shaped) particle structure. This distinctiv.. |
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Specific Surface Area | 0.40 - 0.80 m²/g | 0.40 - 0.80 m²/g | BET |
H.C. Starck Grade A Lanthanum Hexaboride, LaB6 Powder for cathodes. |
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Specific Surface Area | 0.40 m²/g | 0.40 m²/g | Size B |
Vesta Ceramics SicoMill® Grade 2 Silicon Powder General Description:SicoMill® is a fine-grained silicon powder, specially developed for the ceramic industry. We have five standard grinding grades, but we can produce powders adapted to single cu.. |
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Specific Surface Area | 0.40 m²/g | 0.40 m²/g | Size B |
Vesta Ceramics SicoMill® Grade 4 Silicon Powder General Description:SicoMill® is a fine-grained silicon powder, specially developed for the ceramic industry. We have five standard grinding grades, but we can produce powders adapted to single cu.. |
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Specific Surface Area | 0.40 m²/g | 0.40 m²/g | |
Zircar Zirconia ZYBF-3 Zirconia Bulk Fiber Insulation Zirconia Bulk Fibers Type ZYBF are yttria stabilized zirconia fibers available in five different forms, all having useful properties up to 2200°C. These polycrystalline fibers can be vacuum formed .. |
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Specific Surface Area | 0.40 m²/g | 0.40 m²/g | |
Zircar Zirconia ZYBF-5 Zirconia Bulk Fiber Insulation Zirconia Bulk Fibers Type ZYBF are yttria stabilized zirconia fibers available in five different forms, all having useful properties up to 2200°C. These polycrystalline fibers can be vacuum formed .. |
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Specific Surface Area | 0.40 m²/g | 0.40 m²/g | Filament Property |
Cytec Thornel® Mat VMA Carbon Fiber Data provided by the manufacturer, Amoco Performance Products, Inc.Composed of high strength, high modulus carbon filaments in a random-layered orientation. The fine diameter filaments are up to th.. |
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Specific Surface Area | 0.40 m²/g | 0.40 m²/g | Filament Property |
Cytec Thornel® Mat VMC Carbon Fiber Data provided by the manufacturer, Amoco Performance Products, Inc.Prepared by sectioning mat VMA into cubes ~ 0.5x0.5x1.0 in. VMC can be heterogeneously dispersed in matrix materials and thus enha.. |
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Specific Surface Area | 0.40 m²/g | 0.40 m²/g | Filament Property |
Cytec Thornel® Mat VMD Carbon Fiber Data provided by the manufacturer, Amoco Performance Products, Inc.Form of mat VMA with shorter fibers for injection molding. Fiber lengths average 400 µm - adequate for good property improvement... |
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Specific Surface Area | 0.40 m²/g | 0.40 m²/g | Filament Property |
Cytec Thornel® Mat VME Carbon Fiber Data provided by the manufacturer, Amoco Performance Products, Inc.Form of mat VMA with shorter fibers for injection molding. Fiber lengths average 200 µm - inadequate for good mechanical property.. |
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Specific Surface Area | 0.40 m²/g | 0.40 m²/g | |
Zircar Zirconia ZYBF-5 Zirconia Bulk Fiber Insulation Zirconia Bulk Fibers Type ZYBF are yttria stabilized zirconia fibers available in five different forms, all having useful properties up to 2200°C. These polycrystalline fibers can be vacuum formed .. |
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Specific Surface Area | 0.40 m²/g | 0.40 m²/g | BET |
Nyco ULTRAFIBRE® 30 Wollastonite Wollastonite is a naturally occurring white mineral with an acicular (needle-shaped) particle structure. This distinctive particle morphology makes wollastonite an ideal performance mineral for a br.. |
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Specific Surface Area | 0.40 m²/g | 0.40 m²/g | |
Zircar Zirconia ZYBF-3 Zirconia Bulk Fiber Insulation Zirconia Bulk Fibers Type ZYBF are yttria stabilized zirconia fibers available in five different forms, all having useful properties up to 2200°C. These polycrystalline fibers can be vacuum formed .. |