Produktai skirti performatys (1263)

PEEK Varžtai - Aukštos Kokybės Polimeras

PEEK Varžtai - Aukštos Kokybės Polimeras

BIEGLO offers injection molded or machined PEEK screws that can perfectly replace metal screws. Our PEEK screws are applied to imrove the chemical resistance without loosing too much of the mechanical strength. Besides stock made screws, BIEGLO offers custom made screws based on our customers requirements.
PEEK Veleno mova - pagerintas našumas ir ilgaamžiškumas

PEEK Veleno mova - pagerintas našumas ir ilgaamžiškumas

The ARKPEEK-MOD PEEK sheave bushing is a high-performance product designed for industrial applications. It combines 10% carbon fiber, 10% PTFE, 10% graphite, and 70% PEEK, providing exceptional strength, durability, and resistance to wear, chemicals, and heat. With self-lubricating properties and low friction, it offers smoother operation and extended service life. Choose the ARKPEEK-MOD PEEK sheave bushing for reliable and cost-effective performance in aerospace, automotive, and manufacturing industries. Material:ARKPEEK-MOD Composition:10% Carbon Fiber + 10% PTFE +10%  Graphite + 70% PEEK Temperature:High Temperature Resistance Engineering:High Performance Chemical:Chemical Resistance Mechanical:High Mechanical Strength characteristics:Sliding, Abrasion & Wear Resistance Size:Custom
Poliimidų milteliai - Aukštos kokybės polimeras

Poliimidų milteliai - Aukštos kokybės polimeras

BIEGLO offers polyimide powders for various processes. The Dexnyl PI powder is available in two different particle sizes. Our Dexnyl PI Powder 100P_19 suitable for compounding and compression molding application and our Dexnyl PI Powder 260_19 is suitable for producing compression molded and direct formed parts. The range of products that can be produced from our polyimide (PI) is only limited by the processing machines. Polyimide powder can be processed by hot compression molding, direct forming, iso-static compression molding or it can be compounded with other materials as an additive. Polyimide powder is often compounded with PTFE to increase certain properties of the PTFE.