What is PAEK?

PAEK (Polyaryletherketone) is thermoplastic known as high performance advanced engineering plastics with excellent mechanical and dielectric properties. It also has high fire-resistant, good chemical resistance, and can be used for high temperature applications.

What are the key benefits of PAEK?

High temperature resistance

Glass transition temperature up to 152°C and melting point of 372°C filled with glass fibre or carbon fibre, heat distortion temperature up to 315°C or more, long-term use temperature of 280°C.

Excellent mechanical properties

It is the perfect material for toughness and rigidity combination in all resins. Its strength and fatigue resistance are even better than some metal and alloy materials. After one year of use at 200°C, the tensile strength is not lost. PAEK resin have a fatigue life of 100 times longer than typical aerospace aluminium alloys.

Chemical resistance

In addition to the strong oxidizing acid such as high concentration concentrated sulfuric acid, it has chemical resistance similar to that of PTFE resin, and it can completely retain its mechanical properties in various chemical reagents. It is extremely excellent in corrosion resistance material. It maintains stable performance over a long period of time in jet fuels and hydraulic fluids.

Flame retardancy and low smoke generation

No need to add other flame-retardant components, that is, flame retardant properties, 1.5mm thickness of the sample can reach the UL-94V0 standard, and the amount of smoke is significantly lower than other varieties of resin.

Self-lubricating and abrasion resistance

PAEK resin itself has excellent self-lubricity and wear resistance, and the resin after filling has better wear resistance and is an excellent bearing material.

Hydrolysis resistance

It can maintain good mechanical properties after long-term immersion in high temperature steam and hot water and is the best anti-hydrolysis property of all resins.

Dimensional stability

It has extremely low water absorption and linear thermal expansion coefficient, and its products have excellent dimensional stability in various application environments.

Electrical properties and insulation properties

Excellent insulation and stable electrical properties in high temperature, high pressure, high speed, high humidity and other environments. As an insulating material for wires, PAEK is ideal for manufacturing heat resistant coated wires. This wire has better solvent resistance and stress crack resistance than the currently widely used Teflon insulated wires.

High purity, low volatility and non-toxicity

PAEK resin itself is not toxic, its molecular structure is very stable, it is not easy to produce volatiles, and the high purity resin after purification

Why POLYMORE® PAEK Reinforced Composites Materials?

POLYMORE MATERIALS owns advanced resin modification and injection molding technology. We built our plant in Jiangsu, China in 2017 and started production of PAEK based reinforced composites in 2018.

POLYMORE® PAEK materials offer multiple type of reinforced composite semi-finished and finished products:

1. POLYMORE® PAEK Resin Products (glass fibre, carbon fibre, ceramic, antistatic)
2. POLYMORE® PAEK Continuous Extrusion Products (rods, sheets, tubes)
3. POLYMORE® PAEK Prepregs and Laminates Products (carbon or glass fibre reinforced tapes, films)
4. POLYMORE® PAEK Customised Injection Products (screws, nuts, compressor gaskets, bearings, joints)

What are the applications of POLYMORE® PAEK materials?

POLYMORE® PAEK materials has outstanding mechanical, chemical and electrical properties and suitable for harsh working environments such as high temperature, high pressure and high humidity.

Because of these characteristics, POLYMORE® PAEK materials are playing an increasingly important role in the various industrial sector. The applications are the following:
Unmanned Aerial Vehicle (UAV) structures, transport planes fuel line isolator, cargo rollers, avionics, connectors, braided sleeves and various structure parts in jet and helicopter, etc.
Engines parts, transmission parts, gears, interior and various exterior parts which require strength and light weight, etc.
Signal relays, interposer covers, capacitor covers, gears, gaskets and various parts are antistatic and heat resistant, etc. Energy Compressor components, sealing systems, electrical connector, electrical insulation, etc.
Tubing housings, dental tools and parts, etc.
Electrostatic coating, cookware, industrial equipment part coating, etc.