WHERE IS IT USED?
polyetherketone has acquired prominence in a variety of industries, including aerospace, automotive, electrical and electronics, and medicine. PEEK can be used to replace aluminium and other metals in aircraft components in the aerospace industry. It is employed in crucial engines, aircraft exterior and interior elements, and provides exceptional resistance to high temperatures. PEEK offers weight reduction and noise reduction in the automotive business, resulting in metal substitution. The structure of PEEK the reaction mechanism behind it and the comparison of various PEEK versions with other high-heat plastics the suitable processing conditions and final products are available for use.
INDUSTRIES
Electrical Industry
The strength of PEEK at high temperatures, its purity, and its resiliency to harsh chemicals make it a perfect fit for semiconductor and electronics manufacturing. Machined PEEK is useful for wafer handling tools and hardware during chemical washing processes. During chip production, it is crucial to have unfilled PEEK, especially during chemical mechanical planarization and etching.
Electrical Industry
The strength of PEEK at high temperatures, its purity, and its resiliency to harsh chemicals make it a perfect fit for semiconductor and electronics manufacturing. Machined PEEK is useful for wafer handling tools and hardware during chemical washing processes. During chip production, it is crucial to have unfilled PEEK, especially during chemical mechanical planarization and etching.
Electrical Industry
The strength of PEEK at high temperatures, its purity, and its resiliency to harsh chemicals make it a perfect fit for semiconductor and electronics manufacturing. Machined PEEK is useful for wafer handling tools and hardware during chemical washing processes. During chip production, it is crucial to have unfilled PEEK, especially during chemical mechanical planarization and etching.
WHAT SOLUTION DOES IT OFFER
High-performance bearings and gears
Is capable of handling demanding conditions due to its strength, wear resistance, and high-temperature capabilities.
Aerospace and automotive components
A material that is light and robust can be used for parts that are exposed to high temperatures and stresses.
Medical implants
Artificial joints and other medical devices are made of biocompatible grades.
Pump and compressor parts
Ideal for components that handle corrosive fluids and operate at high temperatures.
Electrical and electronic components
High-temperature insulation and structural solutions for demanding environments.
