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Pyrofil™ TR06Q by Mitsubishi Rayon Carbon Fiber and Composites is a chopped carbon fiber (Standard small-tow). It is coated with epoxy. Its sizing ratio is 2.5%. It is compatible with POM, PC and PPE. Its unique sizing provides a balance between dispersibility into matrix resins and convergence performance during extruding. It has lower thermal expansion. It increases strength and modulus, adds heat and electronic conductivity. Provides fatigue endurance, dimensional stability, creep– and abrasion resistance. Pyrofil™ TR06U by Mitsubishi Rayon Carbon Fiber and Composites is a chopped carbon fiber (Standard small tow). It is coated with urethane. Its sizing ratio is 2.5%. It is compatible with ABS, PC and PBT. Its unique sizing provides a balance between dispersibility into matrix resins and convergence performance during extruding. It has lower thermal expansion. It increases strength and modulus, adds heat and electronic conductivity. Provides fatigue endurance, dimensional stability, creep– and abrasion resistance. Pyrofil™ TR 50S 6L by Mitsubishi Rayon Carbon Fiber and Composites is an advanced high-performance material born from technology centered on synthetic high polymer chemistry. Used in a variety of segments such as automotive, wind energy, fuel cell as well as aerospace, sporting goods (golf-club shafts, racing cars, bicycles, sport articles) and general industrial applications (compression tanks, printing rolls). Pyrofil™ TR 50S 12L by Mitsubishi Rayon Carbon Fiber and Composites is carbon fiber. It is an advanced high-performance material born from technology centered on synthetic high polymer chemistry. Used in a variety of segments such as automotive, wind energy, fuel cell as well as aerospace, sporting goods (golf-club shafts, racing cars, bicycles, sport articles) and general industrial applications (compression tanks, printing rolls). Pyrofil™ TRH50 60M is a high-performance carbon fiber filaments filler. Produced by technology centered on synthetic high polymer chemistry. Pyrofil™ TRH50 60M is used in sporting goods (bicycles, sport articles, golf-club shafts, racing cars) and general industrial applications (compression tanks, printing rolls).<br>
<ul style="padding-left: 40px;"><li>It is used in automotive, wind energy, fuel and aerospace. Provides good processing.</li></ul> Pyrofil™ HS 40 12P by Mitsubishi Rayon Carbon Fiber and Composites is carbon fiber. Pyrofil™ HS 40 12P is used in a variety of segments such as automotive, wind energy, fuel cell as well as aerospace, sporting goods (golf-club shafts, racing cars, bicycles, sport articles) and general industrial applications (compression tanks, printing rolls).<br>
<ul style="padding-left: 40px;"><li>It is an advanced high-performance material born from technology centered on synthetic high polymer chemistry.</li></ul> Pyrofil™ HR 40 12M by Mitsubishi Rayon Carbon Fiber and Composites is a carbon fiber filler. Pyrofil™ HR 40 12M used in a variety of segments such as automotive, wind energy, fuel cell as well as aerospace, sporting goods (golf-club shafts, racing cars, bicycles, sport articles) and general industrial applications (compression tanks, printing rolls).<br>
<ul style="padding-left: 40px;"><li>It is an advanced high-performance material born from technology centered on synthetic high polymer chemistry.</li></ul> Carbon fiber. It is an advanced high-performance material born from technology centered on synthetic high polymer chemistry. Used in a variety of segments such as automotive, wind energy, fuel cell as well as aerospace, sporting goods (golf-club shafts, racing cars, bicycles, sport articles) and general industrial applications (compression tanks, printing rolls). Carbon fiber. It is an advanced high-performance material born from technology centered on synthetic high polymer chemistry. Used in a variety of segments such as automotive, wind energy, fuel cell as well as aerospace, sporting goods (golf-club shafts, racing cars, bicycles, sport articles) and general industrial applications (compression tanks, printing rolls). Chopped carbon fiber (Intermediate modulus- tow). It is coated with polyamide. Its sizing ratio is 3.0%. It is compatible with PA, PPS, PEI and PES. Its unique sizing provides a balance between dispersibility into matrix resins and convergence performance during extruding. It has lower thermal expansion. It increases strength and modulus, adds heat and electronic conductivity. Provides fatigue endurance, dimensional stability, creep– and abrasion resistance.
Pyrofil™
Polymer additives supplied by Mitsubishi Rayon Carbon Fiber and Composites