Reprocessed powder of natural, thermosetting polyimide Recycling is a sustainable process – sustainability… good for the environment Heat Resistance Additive / Modifier Up to 300°C (Heat Resistance) Excellent oil, acid and solvent resistance (Chemical Resistance) Higher Wear Resistance Lower Oil
We offer Mitsui Chemicals’ thermoplastic Polyimide AURUM ®. TPIs granules can be either amorphous or semi-crystalline thermoplastics. In general, TPI can be injection molded, extruded and recycled. TPIs have high rigidity, excellent creep resistance and low thermal expansion. In addition,
PEEK Granules are produced using modern filtration units and are the most widely used PEEK raw material.
BIEGLO’s PEI Color Compounds include several products that can be tailored to the needs of fabricators and custom applications. PEI Color Compounds are made from Polyetherimide ULTEM granules.
The PEEK compounds & Masterbatch (MB) from BIEGLO include a variety of different products that have been matched to the requirements of processors and customers specfic applications. BIEGLO GmbH High Performance Polymers offers not only functional PEEK compounds but also
PEEK Powder may be divided into Coarse Powder with an average partical size of about 300µm, Fine Powder with an average partical size of about 50µm and Ultra-fine Powder with an average partical size of about 10-20µm.
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.
PEEK as a high performance thermoplast keeps its properties throughout the recycling process. This was proven for granules as well as for semi-finished parts. PEEK-residues do not end up in an incineration plant but are being recycled in a quality
TPIs 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 resistance and
Using sinter technology, polyimide powder can be manufactured into semi-finished products and components. Industrial applications profiting from this material’s effectiveness range from automotive industry and aerospace to industrial applications and office machines. Compounds with solid lubricants like graphite, molybdenum sulfide