Off-white PEEK rod, high temperature resistant natural PEEK rod, black enhanced PEEK rod

High temperature resistant US certified long-term use temperature is ℃. Even when the temperature reaches ℃, it can still maintain excellent mechanical properties. True color plate
: Wear resistance In many extremely harsh application environments such as high temperature, high load and strong corrosion, polymers and their composite materials have excellent performance wear resistance.
: Self-lubricating has a low friction coefficient, can achieve oil-free lubrication, and can work for a long time in media such as oil, water, vapor, weak acids and alkalis.
: Corrosion resistance, insoluble in common solvents, and has good corrosion resistance against various organic and inorganic chemical reagents.
: High strength has the best mechanical strength among plastics. It also has high rigidity and surface hardness.
: Easy to process, parts can be processed directly using injection molding process. It can perform post-processing such as turning, milling, drilling, tapping, bonding and ultrasonic welding.
: Resistant to hydrolysis. When soaked in steam with a temperature exceeding ℃ or in high-pressure water, the product can still work continuously for thousands of hours without obvious performance degradation.
: Flame retardancy without using any additives, the flammability grade of mm thickness sample is grade 1. : Low smoke and non-toxic combustion with extremely low smoke and poisonous gas amounts.
: Electrical performance can still maintain stable and excellent electrical properties over a wide temperature and frequency range.
: Radiation resistance: It has extremely strong resistance to high-dose radiation, and its mechanical properties can be completely retained. It can be used as radiation-resistant parts in nuclear equipment.
: Disadvantages of dimensionally stable board: The injection process is harsh, the machining process requirements are high, and the strength is somewhat lower than that of metal materials.
(Black) The result of adding graphite and carbon fiber makes it a bearing-grade plastic. Its superior friction properties (low friction coefficient, wear resistance and high peak pressure limit) make it an ideal material for this level of friction applications.
(Brown-grey) This material is filled with % glass fiber-reinforced plastic. It has better rigidity and creep resistance, as well as better dimensional stability, and is ideal for manufacturing structural parts. Can withstand fixed loads at high temperatures for a long time. If used as a sliding part, its suitability should be carefully checked because fiberglass scratches the mating surface.
(Black) The material is filled with % carbon fiber reinforcement, which has better mechanical properties (higher elastic modulus, mechanical strength and creep) and more wear resistance, and carbon fiber reinforced plastic is better than unreinforced plastic. Plastic has times the thermal conductivity to dissipate heat from the bearing surface faster.