Physical Properties | Metric | English | Comments |
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Particle Size | 90 µm | 90 µm | mean value |
Potters Industries Q-Cel® 300 Performance Benefits: A low-density, performance-enhancing additive.Fewer defects: excellent mold flow, uniform dispersionReduced compound density and viscosityIncreased acoustic and thermal insulat.. |
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Particle Size | 90 µm | 90 µm | 1% max, wet sieve |
Magyar Aluminum ALO-DF2 Alumina Alumina for Polishing |
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Particle Size | 90 µm | 90 µm | Finer than |
Inhance Fluoro-Seal INHANCE® UH-1500 Ultra High Molecular Weight Polyethylene Product Description: INHANCE UH-1000 series particles are surface-activated Ultra High Molecular Weight Polyethylene (UHMWPE) in powder form. Surface activation makes the particles easy to disperse.. |
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Particle Size | <= 90 µm | <= 90 µm | D90 |
Momentive Performance Materials PolarTherm® PTX60 Boron Nitride (BN) Powder Spherical BN Agglomeration Powder. Spherical nature may improve thermal conductivity at moderate loading levels when used as a filler in polymers or lubricants, and produce less anisotropic propert.. |
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Particle Size | 90 µm | 90 µm | Minimum of 90% less than |
H.C. Starck Amperit® 106.2 Sintered Molybdenum (Mo) |
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Particle Size | 90 µm | 90 µm | Maximum of 5% greater than, (Mo) |
H.C. Starck Amperit® 119.075 Molybdenum-Nickel SF RC 60 75-25 (Mo / NiSF) Composition is of NiSF RC 60 only |
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Particle Size | <= 90 µm | <= 90 µm | Maximum of 10% greater than |
H.C. Starck Amperit® 205.5 Dense Coated Nickel Graphite 75-25 (Ni-C) |
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Particle Size | 90 µm | 90 µm | Maximum of 7% greater than |
H.C. Starck Amperit® 251.2 Gas Atomized (NiCr 80-20) |
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Particle Size | 90 µm | 90 µm | Maximum of 7% greater than |
H.C. Starck Amperit® 280.2 Water Atomized (NiAl 95-5) |
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Particle Size | 90 µm | 90 µm | Maximum of 7% greater than |
H.C. Starck Amperit® 415.2 CoNiCrAlY (MCrAlY) |
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Particle Size | 90 µm | 90 µm | Maximum of 5% greater than |
H.C. Starck Amperit® 518.002 Agglomerated, Sintered Tungsten Carbide-Cobalt 88-12 (WC-CO) |
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Particle Size | 90 µm | 90 µm | Minimum of 95% less than |
H.C. Starck Amperit® 782.2 Titanium Oxide (TiO2) |
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Particle Size | <= 90 µm | <= 90 µm | |
H.C. Starck Baymetec® Tungsten Silicide, WSi2 Baymetec® Silicides are highly purity powders manufactured for exacting semiconductor and electronic applications.Low holmic gate electrodes in FET`sInterconnects in VLSIMetallization of compound.. |
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Particle Size | 90 µm | 90 µm | 0.7 |
Mikro-Technik Mikroflon Micro Powder PTFE High quality additive for reinforced Thermoplastics. Composition: 100% PTFEInformation provided by Mikro-Technik GmbH |
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Particle Size | 90 µm | 90 µm | Minimum of 95% less than |
H.C. Starck Amperit® 740.2 Aluminum Oxide (Al2O3) |
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Particle Size | <= 90 µm | <= 90 µm | |
H.C. Starck Baymetec® Tantalum Silicide, Ta5Si3 Baymetec® Silicides are highly purity powders manufactured for exacting semiconductor and electronic applications.Gate metal for high-k dielectricsSemiconductorsElectrode for SiC high power semic.. |
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Particle Size | 90 µm | 90 µm | <0.05 g/kg greater than value; ISO 1624 |
SolVin 266SC Polyvinyl Chloride Pastes - filler Polymers Made by suspension polymerization.
APPLICATIONS
Filler polymer for plastisols.
CHARACTERISTICS
SolVin 266SC is a suspension resin with very low porosity, small particle size and a very low amount of.. |
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Particle Size | 90 µm | 90 µm | <0.5 g/kg greater than value; ISO 1624 |
SolVin 266SF Polyvinyl Chloride Pastes - filler Polymers Made by suspension polymerisation.
APPLICATIONS
Filler polymer for plastisols
- Floor covering : hard-wearing top coats, chemically blown and mechanical foams, impregnation layers
- Wall coverings
-.. |
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Particle Size | 90 - 110 µm | 90 - 110 µm | Mean |
SPHERE ONE EXTENDOSPHERESâ„¢ SL-150 Hollow Spheres EXTENDOSPHERESâ„¢ SL are white, low-cost, low-density ceramic hollow spheres.Applications: With a density of 0.73 g/cc and a crush strength of 3,000 psi, these hollow spheres are ideal for use in.. |
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Particle Size | 90 µm | 90 µm | Average mean |
SPHERE ONE EXTENDOSPHERESâ„¢ TG Hollow Spheres EXTENDOSPHERESâ„¢ hollow spheres are efficient, lightweight additives for most resin systems. When Extendospheresâ„¢ replace heavier, more expensive components on an equivalent volume basis, t.. |
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Particle Size | >= 90 µm | >= 90 µm | 150 Mesh; RP-0887 |
Solvay JAGUAR® C 14 S Surfactant Description: Substantive to hair and skin. Provides excellent wet combing and soft non-tacky feel to hair.Chemical Name: Guar Gum DerivativeC.T.F.A./I.N.C.I. Name : GUAR HYDROXYPROPYLTRIMONIUM CHLOR.. |
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Particle Size | 90 - 100 µm | 90 - 100 µm | 150 mesh; PS-1-2 |
Solvay JAGUAR® HP 105 Surfactant Description: Clear grade with excellent wet combing and detangling benefits. Recommended for use in a broad range of conditioning shampoos.Chemical Name: Guar Gum DerivativeC.T.F.A./I.N.C.I. Name: H.. |
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Particle Size | >= 90 µm | >= 90 µm | 150 Mesh; RP-0887 |
Solvay JAGUAR® HP 120 Surfactant Description: Best suited for use with solvents, even 100% ethanol based formulations. Jaguar HP 120 is a natural thickener and film former for hand sanitizersChemical Name: HYDROXYPROPYL GUARC.T.F.A.. |
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Particle Size | >= 90 µm | >= 90 µm | 150 Mesh; PS-1-2 |
Solvay JAGUAR® HP 8FF Surfactant Description: Hydroxypropyl guar with extremely low residue, designed to be easily dispersed into water where it will wet out and hydrate, forming a viscous HPG fluid which will readily crosslink wit.. |
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Particle Size | >= 90 µm | >= 90 µm | thru 150 Mesh; RP-0887 |
Solvay JAGUAR® C 17 Surfactant Description: Highly substantive to hair and skin. Recommended for high conditioning shampoos and moisturizing body washes. Enhances deposition of actives such as silicone, anti-dandruff agents and m.. |
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Particle Size | 90 µm | 90 µm | 90th% |
3M K25 Glass Bubbles 3M™ Glass Bubbles are engineered hollow glass microspheres that are alternatives to conventional fillers and additives such as silicas, calcium carbonate, talc, clay, etc., for many demanding appli.. |
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Particle Size | 90 µm | 90 µm | 90th% |
3M S15 Glass Bubbles 3M™ Glass Bubbles are engineered hollow glass microspheres that are alternatives to conventional fillers and additives such as silicas, calcium carbonate, talc, clay, etc., for many demanding appli.. |
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Particle Size | 90 µm | 90 µm | Minimum of 95% less than |
H.C. Starck Amperit® 570.2 Sintered Titanium Carbide (TiC) |
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Particle Size | 90 µm | 90 µm | Maximum of 5% greater than |
H.C. Starck Amperit® 525.2 Sintered Tungsten Carbide - Cobalt (WC-Co) 83-17 HS Number: 28499030 |
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Particle Size | 90 µm | 90 µm | Maximum of 5% greater than |
H.C. Starck Amperit® 547.002 Tungsten Carbide-Nickel 88-12 (WC-Ni) |