BECCANI E VANNUCCHI S.P.A.

Form: Granule; Compositon: 20%, 30%, Up To 60% Glass Reinforced PEEK; Feature: Low Viscosity; Application: Injection Moulding.

PEEK material performance Polyetheretherketone (PEEK) is a high-performance, engineering thermoplastic characterized by an unusual combination of properties. These properties range from high temperature performance to mechanical strength and excellent chemical resistance. Material Grade ARKPEEK-1000: 100%PEEK ARKPEEK-CF30: 30% Carbon Fiber + 70% PEEK ARKPEEK-GF30: 30% glass fiber + 70% PEEK ARKPEEK-MOD: 10% Carbon Fiber + 10% PTFE +10% Graphite

ARKPEEK-MOD: 10% Carbon Fiber + 10% PTFE +10% Graphite High performance engineering plastic with product characteristics including excellent sliding and abrasion & wear resistance, high mechanical strength and high dimensional stability. The long term service temperature range of PEEK Rod is from -30°C to 250°C and has a short term maximum service temperature of 310°C. This compression moulded material is a PEEK polymer modified with 10% each of carbon fibre, graphite and PTFE for improved sliding and wear properties. Product characteristics including excellent sliding and abrasion resistance, high mechanical strength and high dimensional stability.

ARKPEEK-GF30: 30% Glass Fiber + 70% PEEK Glass filled PEEK exhibits increased mechanical strength and high rigidity. improved creep strength and dimensional stability are achieved by this glass filled PEEK. These properties make this material suitable for use in parts which are exposed to high static loads over long periods in high temperature onditions. This is a special 30% glass filled PEEK modification that PEEKChina manufactures under the name PEEK GF30 natural. In comparison to unfilled PEEK, this glass fibre reinforced material exhibits increased mechanical strength and high rigidity. Furthermore, improved creep strength and dimensional stability are achieved by this glass filled PEEK. These properties make this material suitable for use in parts which are exposed to high static loads over long periods in high temperature conditions. As glass fibres tend in some cases to have a marked abrasive effect on mating surfaces.