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- Polymer Property : Particle Size = 55 µm
Polymer Property : Particle Size = 55 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 | 55 µm | 55 µm | median; Microtrac |
| 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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| Particle Size | 55 µm | 55 µm | median; Microtrac |
| Nyco NYAD® M100 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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| Particle Size | 55 - 65 µm | 55 - 65 µm | 90% |
| H.C. Starck Amperit® 140.1 Tungsten (W) HS Number: 81011000 |
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| Particle Size | 55 - 63 µm | 55 - 63 µm | 90% |
| H.C. Starck Amperit® 526.074 Agglomerated, Sintered Tungsten Carbide-Cobalt (WC-Co) 83-17 |
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| Particle Size | 55 - 63 µm | 55 - 63 µm | 90% for WC-Co 83-17 |
| H.C. Starck Amperit® 560.062 Tungsten Carbide-Cobalt(83-17)-Nickel-SF RC 60 50-50 (Wc-Co / NiSF RC 60) Composition is of NiSF RC 60 only |
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| Particle Size | 55 - 63 µm | 55 - 63 µm | 90% |
| H.C. Starck Amperit® 586.054 Chromium Carbide-Nickel Chromium 80-20 (Cr3C2-NiCr) |
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| Particle Size | 55 µm | 55 µm | |
| Silberline Aquasil® "BP" 2750 Silberline has specifically created Aquasil® BP grades for aqueous architectural and industrial maintenance coatings. This family offers a cost-effective alternative for achieving stability and .. |
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| Particle Size | 55 µm | 55 µm | |
| Silberline SilBerCote® 2750-20Z SilBerCote® Z polymer treated aluminum pigments are resistant to acid and alkali staining, while providing enhanced electrical charge resistance in finished coatings. Product is typically formula.. |
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| Particle Size | 55 µm | 55 µm | |
| Silberline SilBerCote® PC 0452Z SilBerCote® PC Z can be formulated into post-blend and bonded metallic powder coatings. The organic surface treatment on the flake imparts improved chemical and environmental resistance propertie.. |
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| Particle Size | 55 µm | 55 µm | Before Conversion |
| Silberline Silvet® 760-20-P Silvet® P grades are recommended for use with engineering resins or transparent polymers where compatibility, maintenance of polymer clarity and distinctiveness of image (D.O.I.) observed from th.. |
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| Particle Size | 55 µm | 55 µm | |
| Silberline Sparkle Silver® 2750 Sparkle Silver® 2750 is a coarse, regular purity , high sparkle, non-leafing aluminum pigment popular for solvent Automotive Applications. This pigment can be used with tints to produce a wide ra.. |
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| Particle Size | 55 µm | 55 µm | Before Conversion |
| Silberline Sparkle Silvet® 760-30-E1 Sparkle Silvet® E1 grades are easy to disperse and are compatible with a variety of polymers, particularly polyolefins. They are typically used to make concentrates or compounds for use in final .. |
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| Particle Size | 55 µm | 55 µm | Before Conversion |
| Silberline Sparkle Silvet® 760-20-E Sparkle Silvet® E grades are economical aluminum pigments provided in pellet form for easy handling and incorporation. They are composed of 80% aluminum pigment and 20% polyolefin and are compati.. |
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| Particle Size | 55 µm | 55 µm | TEC QSD |
| Trelleborg AEM Eccospheres® FTD-250 Sodium Borosilicate Glass Microspheres Eccospheres® glass microspheres are hollow thin-walled glass microspheres composed of sodium borosilicate glass. To the naked eye they resemble a fine, white, free-flowing powder. However, magnific.. |
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| Particle Size | 55 µm | 55 µm | TEC QSD |
| Trelleborg AEM Eccospheres® IG-101 Sodium Borosilicate Glass Microspheres Eccospheres® glass microspheres are hollow thin-walled glass microspheres composed of sodium borosilicate glass. To the naked eye they resemble a fine, white, free-flowing powder. However, magnific.. |
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| Particle Size | 55 µm | 55 µm | TEC QSD |
| Trelleborg AEM Eccospheres® SI-200 Sodium Borosilicate Glass Microspheres Eccospheres® glass microspheres are hollow thin-walled glass microspheres composed of sodium borosilicate glass. To the naked eye they resemble a fine, white, free-flowing powder. However, magnific.. |
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| Particle Size | 55 µm | 55 µm | TEC QSD |
| Trelleborg AEM Eccospheres® W-30 Sodium Borosilicate Glass Microspheres Eccospheres® glass microspheres are hollow thin-walled glass microspheres composed of sodium borosilicate glass. To the naked eye they resemble a fine, white, free-flowing powder. However, magnific.. |
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| Particle Size | 55 µm | 55 µm | TEC QSD |
| Trelleborg AEM Eccospheres® IGD-101 Sodium Borosilicate Glass Microspheres Eccospheres® glass microspheres are hollow thin-walled glass microspheres composed of sodium borosilicate glass. To the naked eye they resemble a fine, white, free-flowing powder. However, magnific.. |
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| Particle Size | 55 µm | 55 µm | D50 |
| ALM PA 605-A Filled Nylon 12 Prototyping Polymer 50% Aluminum filled nylon 12 that can produce accurate parts with excellent part strength and surface detail.Drop in replacement for other commercially available 50% aluminum filled materials with a.. |
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| Particle Size | 55 µm | 55 µm | D50 |
| ALM PA-640-GSL Filled Nylon 12 Prototyping Polymer This carbon fiber/glass sphere filled composite is an easy to process, extremely light weight filled PA 12 material.Improved dimensional stability, recyclability, and increased stiffness.Good Z dire.. |
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| Particle Size | 55 µm | 55 µm | 90th% |
| 3M H50/10000EPX 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 | 55 µm | 55 µm | 50th% |
| 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 | 55 µm | 55 µm | 90th% |
| 3M S60 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 | 55 µm | 55 µm | median; Microtrac |
| 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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| Particle Size | 55 µm | 55 µm | D50 |
| ALM PA 606-FR Filled Nylon 12 Prototyping Polymer Only commercially available fire retardant nylon 12 material, which meets FAR 25.853 60 second burn specification.The parts produced from PA 606-FR have a much smoother surface finish and sharper fe.. |
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| Particle Size | 55 µm | 55 µm | Average D50; Laser Diffraction |
| ALM PA 620-MF Mineral Fiber Filled Nylon 12 SLS Prototyping Polymer Information provided by Advanced Laser Materials (ALM). |
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| Particle Size | 55 µm | 55 µm | Average D50; Laser Diffraction |
| ALM PA 650 Nylon 12 SLS Prototyping Polymer Combines strength, durability (high impact) and chemical resistance and produces strong, durable, end use prototype parts. SL parts are less porous, more precise and have less noticeable build lines.. |
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| Particle Size | 55 µm | 55 µm | Before Conversion |
| Silberline Sparkle Silvet® 760-20-J Sparkle Silvet® "J" pigments are leafing and non-leafing aluminum pigment pellets designed for ease of handling and incorporation in solvent borne flexographic and gravure ink formulations. The pig.. |
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| Particle Size | 55 - 63 µm | 55 - 63 µm | 90% |
| H.C. Starck Amperit® 584.054 Chromium Carbide-Nickel Chromium 75-25 (Cr3C2-NiCr) |
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| Particle Size | 55 - 73 µm | 55 - 73 µm | |
| Lucite International Colacryl ® PD11SG Acrylic Dental Resin Methyl Methacrylate polymers and copolymers designed for use as fast heat curing denture base resins.Colacryl denture base resins feature fast polymerisation and a wide choice of process properties... |
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