PEEK, POLYIMIDE, R-POLYMERS
Polyether ether ketone (PEEK) is a high-temperature, high-performance thermoplastic special engineering plastics. It has good mechanical properties and resistance to chemicals, resistance to abrasion, resistance to hydrolysis and other properties. Furthermore PEEK is light weight, self-lubricating and has good flowability.
BIEGLO sells a growing number of turned parts from PEEK in all available compositions. We manufacture standard parts, but also products according to customer’s drawings or specifications. There are thousands different parts that are made of PEEK for varied applications.
Beside unreinforced PEEK, there are also several mainstream modified PEEK Types such as PEEK compounded with PTFE and also PEEK modified in combination of Graphite, Carbonfiber and PTFE. There is also PEEK reinforced with Glass or Carbonfibre only. Other compounded
PEEK is a high performance fiber product manufactured through a filament extrusion. Semi- crystalline PEEK has a high tensile strength, is exceptionally resistant to chemicals, and can operate at extreme temperatures. These properties will provide a longer product life, lower
Characteristics of POLYIMIDE Film PI-s – Thermosetting Polyimide films Dexnyl© PI-s Polyimide film is a thermosetting film characterized by its excellent electrical, thermal, physical, and chemical properties over a wide temperature range. The lightweight property of these films makes them
PI offer unique thermal and mechanical attributes. It can be used to weave technical textiles with high heat resistance while offering full flexibility.
Finished or semi-finished Polyimide Direct formed Parts from PI powder offer all the attributes of sintered PI. The advantage of direct formed parts are the lower costs as quantitiy is increasing. Due to almost zero percent waste during production it
PEEK, as a high-performance thermoplastic, keeps its properties throughout the recycling process. Moreover, this has been proven for granules and semi-finished parts. Furthermore, PEEK residues do not end up in an incineration plant but are recycled in a quality-assured way,
Thermoplastic Polyimide (TPI) powders can be either amorphous or semi-crystalline thermoplastics. In general, TPI powders can be used for compounding, compression molding, and other powder-based processing techniques. The parts and components produced from TPI powders possess high rigidity, excellent creep
Using sinter technology, polyimide powder can be manufactured into semi-finished products and components. In addition, it can be used as a compounding material to produce parts and/or coatings with enhanced thermal properties. Industrial applications profiting from this material’s effectiveness range