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- Polymer Property : Particle Size = 16 µm
Polymer Property : Particle Size = 16 µm Product List
Physical PropertiesTips: 30 items are displayed at most. For the rest of the results, please contact customer service.
| Physical Properties | Metric | English | Comments |
|---|---|---|---|
| Particle Size | 12 - 16 µm | 12 - 16 µm | 90% finer than |
| Potters Industries Sphericel® 110P8 Hollow Glass Spheres Description: Sphericel® 110P8 hollow glass spheres displace the same volume of resin as solid spheres of the same size, but are lighter. Using Sphericel® hollow glass spheres, plastics engineers c.. |
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| Particle Size | 10 - 16 µm | 10 - 16 µm | 50% of particles, (TF Powder) |
| Ferro CF 7555 Low-Temperature Sealing VITREOUS Typical Powder Form: VSD, TF Ferro's line of low-temperature sealing glasses are comprised of lead-borate (vitreous) and lead-zinc-borate crystallizing glasses formulated to meet specific .. |
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| Particle Size | 10 - 16 µm | 10 - 16 µm | 50% of particles |
| Ferro CF 7567 Low-Temperature Sealing VITREOUS Typical Powder Form: TF Ferro's line of low-temperature sealing glasses are comprised of lead-borate (vitreous) and lead-zinc-borate crystallizing glasses formulated to meet specific therm.. |
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| Particle Size | 10 - 16 µm | 10 - 16 µm | 50% of particles |
| Ferro CF 7583 Low-Temperature Sealing DEVITRIFYING Typical Powder Form: TF Ferro's line of low-temperature sealing glasses are comprised of lead-borate (vitreous) and lead-zinc-borate crystallizing glasses formulated to meet specific t.. |
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| Particle Size | 10 - 16 µm | 10 - 16 µm | 50% of particles |
| Ferro CF 7586 Low-Temperature Sealing DEVITRIFYING Typical Powder Form: TF Ferro's line of low-temperature sealing glasses are comprised of lead-borate (vitreous) and lead-zinc-borate crystallizing glasses formulated to meet specific t.. |
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| Particle Size | 10 - 16 µm | 10 - 16 µm | 50% of particles |
| Ferro EG 2000 Low-Temperature Sealing VITREOUS, COMPOSITE Typical Powder Form: VEG Ferro's line of low-temperature sealing glasses are comprised of lead-borate (vitreous) and lead-zinc-borate crystallizing glasses formulated to meet sp.. |
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| Particle Size | 10 - 16 µm | 10 - 16 µm | 50% of particles |
| Ferro EG 2012 Low-Temperature Sealing VITREOUS, COMPOSITE Typical Powder Form: VEG Ferro's line of low-temperature sealing glasses are comprised of lead-borate (vitreous) and lead-zinc-borate crystallizing glasses formulated to meet sp.. |
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| Particle Size | 10 - 16 µm | 10 - 16 µm | 50% of particles |
| Ferro EG 2020 Low-Temperature Sealing VITREOUS, COMPOSITE Typical Powder Form: VEG Ferro's line of low-temperature sealing glasses are comprised of lead-borate (vitreous) and lead-zinc-borate crystallizing glasses formulated to meet sp.. |
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| Particle Size | 10 - 16 µm | 10 - 16 µm | 50% of particles |
| Ferro EG 2759 Low-Temperature Sealing VITREOUS, COMPOSITE Typical Powder Form: VEG Ferro's line of low-temperature sealing glasses are comprised of lead-borate (vitreous) and lead-zinc-borate crystallizing glasses formulated to meet sp.. |
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| Particle Size | 12 - 16 µm | 12 - 16 µm | 10% |
| H.C. Starck Amperit® 584.072 Chromium Carbide-Nickel-Chromium 75-25 (Cr3C2-NiCr) |
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| Particle Size | 10 - 16 µm | 10 - 16 µm | 50% of particles |
| Ferro EG 2004 Low-Temperature Sealing VITREOUS, COMPOSITE Typical Powder Form: VEG Ferro's line of low-temperature sealing glasses are comprised of lead-borate (vitreous) and lead-zinc-borate crystallizing glasses formulated to meet sp.. |
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| Particle Size | 10 - 16 µm | 10 - 16 µm | 50% of particles |
| Ferro EG 2805 Low-Temperature Sealing VITREOUS, COMPOSITE Typical Powder Form: VEG Ferro's line of low-temperature sealing glasses are comprised of lead-borate (vitreous) and lead-zinc-borate crystallizing glasses formulated to meet sp.. |
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| Particle Size | 14 - 16 µm | 14 - 16 µm | D50 |
| Sinotek Materials ZSG-15 Spherical Graphite Also called "Potato Graphite", Spherical Graphite is ideal cathode material for lithium ion batteries. Using high quality natural flake graphite as raw material, a series of shaping, classification.. |
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| Particle Size | 12 - 16 µm | 12 - 16 µm | D(0.5) |
| Akzo Nobel Expancel® 006 WUF 40 Wet unexpanded microspheres Expancel microspheres are thermoplastic hollow spheres. The microspheres are white spherically formed particles with a thermoplastic shell encapsulating a gas. When the microspheres are heated the.. |
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| Particle Size | 10 - 16 µm | 10 - 16 µm | D(0.5) |
| Akzo Nobel Expancel® 007 WUF 40 Wet unexpanded microspheres Expancel microspheres are thermoplastic hollow spheres. The microspheres are white spherically formed particles with a thermoplastic shell encapsulating a gas. When the microspheres are heated the.. |
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| Particle Size | 10 - 16 µm | 10 - 16 µm | D(0.5) |
| Akzo Nobel Expancel® 053 DU 40 Dry unexpanded microspheres Expancel microspheres are thermoplastic hollow spheres. The microspheres are white spherically formed particles with a thermoplastic shell encapsulating a gas. When the microspheres are heated the.. |
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| Particle Size | 10 - 16 µm | 10 - 16 µm | D(0.5) |
| Akzo Nobel Expancel® 053 WU 40 Wet unexpanded microspheres Expancel microspheres are thermoplastic hollow spheres. The microspheres are white spherically formed particles with a thermoplastic shell encapsulating a gas. When the microspheres are heated the.. |
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| Particle Size | 10 - 16 µm | 10 - 16 µm | D(0.5) |
| Akzo Nobel Expancel® 091 DU 40 Dry unexpanded microspheres Expancel microspheres are thermoplastic hollow spheres. The microspheres are white spherically formed particles with a thermoplastic shell encapsulating a gas. When the microspheres are heated the.. |
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| Particle Size | 10 - 16 µm | 10 - 16 µm | D(0.5) |
| Akzo Nobel Expancel® 091 WUF 40 Wet unexpanded microspheres Expancel microspheres are thermoplastic hollow spheres. The microspheres are white spherically formed particles with a thermoplastic shell encapsulating a gas. When the microspheres are heated the.. |
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| Particle Size | 10 - 16 µm | 10 - 16 µm | D(0.5) |
| Akzo Nobel Expancel® 551 DU 40 Dry unexpanded microspheres Expancel microspheres are thermoplastic hollow spheres. The microspheres are white spherically formed particles with a thermoplastic shell encapsulating a gas. When the microspheres are heated the.. |
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| Particle Size | 10 - 16 µm | 10 - 16 µm | D(0.5) |
| Akzo Nobel Expancel® 551 WU 40 Wet unexpanded microspheres Expancel microspheres are thermoplastic hollow spheres. The microspheres are white spherically formed particles with a thermoplastic shell encapsulating a gas. When the microspheres are heated the.. |
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| Particle Size | 10 - 16 µm | 10 - 16 µm | D(0.5) |
| Akzo Nobel Expancel® 820 DU 40 Dry unexpanded microspheres Expancel microspheres are thermoplastic hollow spheres. The microspheres are white spherically formed particles with a thermoplastic shell encapsulating a gas. When the microspheres are heated the.. |
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| Particle Size | 10 - 16 µm | 10 - 16 µm | D(0.5) |
| Akzo Nobel Expancel® 820 SL 40 Unexpanded microspheres in aqueous dispersion Expancel microspheres are thermoplastic hollow spheres. The microspheres are white spherically formed particles with a thermoplastic shell encapsulating a gas. When the microspheres are heated the.. |
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| Particle Size | 10 - 16 µm | 10 - 16 µm | D(0.5) |
| Akzo Nobel Expancel® 820 SLU 40 Unexpanded microspheres in aqueous dispersion Expancel microspheres are thermoplastic hollow spheres. The microspheres are white spherically formed particles with a thermoplastic shell encapsulating a gas. When the microspheres are heated the.. |
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| Particle Size | 10 - 16 µm | 10 - 16 µm | D(0.5) |
| Akzo Nobel Expancel® 820 WU 40 Wet unexpanded microspheres Expancel microspheres are thermoplastic hollow spheres. The microspheres are white spherically formed particles with a thermoplastic shell encapsulating a gas. When the microspheres are heated the.. |
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| Particle Size | 10 - 16 µm | 10 - 16 µm | D(0.5) |
| Akzo Nobel Expancel® 642 WU 40 Wet unexpanded microspheres Expancel microspheres are thermoplastic hollow spheres. The microspheres are white spherically formed particles with a thermoplastic shell encapsulating a gas. When the microspheres are heated the.. |
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| Particle Size | 10 - 16 µm | 10 - 16 µm | D(0.5) |
| Akzo Nobel Expancel® 054 WU 40 Wet unexpanded microspheres Expancel microspheres are thermoplastic hollow spheres. The microspheres are white spherically formed particles with a thermoplastic shell encapsulating a gas. When the microspheres are heated the.. |
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| Particle Size | 10 - 16 µm | 10 - 16 µm | 50% of particles, (TF Powder) |
| Ferro CF 7572 Low-Temperature Sealing DEVITRIFYING Typical Powder Form: VSD, TF Ferro's line of low-temperature sealing glasses are comprised of lead-borate (vitreous) and lead-zinc-borate crystallizing glasses formulated to meet speci.. |
|||
| Particle Size | 10 - 16 µm | 10 - 16 µm | 50% of particles, (TF Powder) |
| Ferro CF 7575 Low-Temperature Sealing DEVITRIFYING Typical Powder Form: VSD, TF Ferro's line of low-temperature sealing glasses are comprised of lead-borate (vitreous) and lead-zinc-borate crystallizing glasses formulated to meet speci.. |
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| Particle Size | 11 - 16 µm | 11 - 16 µm | 10% |
| H.C. Starck Amperit® 552.072 Tungsten Carbide - Chromium Carbide-Nickel 73-20-7 (WC-CrC-Ni) |
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