Wear resistant and low friction PEEK 450FC30 from Wiggs, UK, 30% carbon graphite with high flowability

Description :

　　PEEK 450FC30 Wigs UK

　　Specification level: Enhanced injection molding, extrusion

　　Appearance color: Black

　　Note: 30% carbon fiber, graphite reinforcement, PTFE lubrication, standard flowability

　　Characteristics: Wear resistant; enhance; Chemical resistance; High intensity; Compliance with food contact regulations; Medium liquidity; Low friction coefficient; Semicrystalline

　　Usage: Medical/nursing supplies; Non specific food applications

　　Processing method: extrusion;

　　According to data from the China Engineering Plastics Industry Association, in the past 10 years, the output value of engineering plastics in China has grown at an average annual rate of over 20%, with the scale of enterprises continuously expanding and the level of technology improving. At present, there are already large-scale enterprises in the field of engineering plastic synthesis, such as Zhonglan Group, Yuntianhua Group, Shenma Group, Yizheng Chemical Fiber, Deyang Technology, etc. Due to the particularly excellent performance of engineering plastics, their technological development level has been highly valued and has been included as a key option for high-tech in the national medium and long-term scientific and technological development plan. In this year's industrial support plan of the Ministry of Science and Technology, seven engineering plastic projects, including illegal polycarbonate, have been included. In addition, after long-term technological breakthroughs, the level of engineering plastics technology in China has developed rapidly. In terms of modified materials and resin alloys, some product technologies and quality indicators have also approached advanced levels abroad. The process technology of some special engineering plastic products has entered the international advanced level.

　　450FC30 Physical Property Table

　　Performance project testing methods, testing conditions, testing data, data units

　　Physical properties Density ISO 1183 Crystal 1.45 g/cm3

　　Water absorption rate ISO 62-1 24h, 23 ℃, 3.2mm 0.04%

　　Water absorption rate ISO 62-1 saturated, 0.3% at 23 ℃

　　Forming shrinkage rate ISO 294-4 Along flow 0.3%

　　Forming shrinkage rate ISO 294-4 Across flow 0.7%

　　Melt viscosity ISO 11443 400 ℃ 550 Pa.s

　　Mechanical properties tensile strength ISO 527 fracture, 23 ℃ 140 MPa

　　Tensile strength ISO 527 fracture, 125 ℃ 95 MPa

　　Tensile strength ISO 527 fracture, 175 ℃ 55 MPa

　　Tensile strength ISO 527 fracture, 225 ℃ 45 MPa

　　Tensile strength ISO 527 fracture, 275 ℃ 35 MPa

　　Elongation at break ISO 527 23 ℃ 2.2%

　　Tensile modulus ISO 527 23 ℃ 12500 MPa

　　Bending strength ISO 178 23 ℃ 230 MPa

　　Bending modulus ISO 178 23 ℃ 11500 MPa

　　Compressive strength ISO 604 23 ℃ 170 MPa

　　Compressive strength ISO 604 120 ℃ 110 MPa

　　Charpy notch impact strength ISO 179/1eA 23 ℃ 5.0 kJ/m2

　　Charpy notch free impact strength ISO 179/1U 23 ℃ 35 kJ/m2

　　IZOD notch impact strength ISO 180/A 23 ℃ 6.0 kJ/m2

　　IZOD notch free impact strength ISO 180/U 23 ℃ 35 kJ/m2

　　Shore hardness ISO 868 23 ℃ 85

　　Thermal performance melting point ISO 11357 343 ℃

　　Glass transition temperature ISO 11357 143 ℃

　　Specific heat capacity DSC 23 ℃ 1.8 kJkg1 ℃ 1

　　Thermal expansion coefficient ISO 11359 Along flow below Tg 15 ppm ℃ 1

　　Thermal expansion coefficient ISO 11359 Average below Tg 45 ppm ℃ 1

　　Thermal expansion coefficient ISO 11359 Alone flow above Tg 20 ppm ℃ 1

　　Thermal expansion coefficient ISO 11359 Average above Tg 115 ppm ℃ 1

　　Hot deformation temperature ISO 75-f 1.8 MPa 315 ℃

　　Thermal conductivity ISO/CD 22007-4 23 ℃ 0.87 Wm1 ℃ 1

　　Continuous use temperature UL 746B mechanical W/O impact 240 ℃

　　Continuous use temperature UL 746B mechanical W impact 180 ℃

　　Flame retardant UL 94 0.75mm V-0

　　Hot wire test IEC 60695-2-12 2.0mm 960 ℃

　　Oxygen index ISO 4289 43% O2

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• Wear resistant and low friction PEEK