✱100% virgin peek ✱Higher tenacity than other kind of PEEK ✱High purity ✱High temperature resistance ✱Excellent dielectric strength
PEEK5600CF30
✱30% carbon fiber filled PEEK ✱Better mechanical performance than other kind of PEEK ✱Tensile strength up to 210 MPa ✱Better wearing resistance ✱5.3 Times thermal conductivity than unfilled PEEK
✱30% glass fiber filled PEEK ✱Better performance on rigidness,anti-creep ,more stable dimension ✱Compressive strength up to215MPa ✱Lzod impact strength up to 51kJ/m² ✱Bearing fixed load for a long time at high temperature
Through product leadership, we aim to deliver value downstream to industries not currently experiencing the benefits of JUNHUA® PEEK polymer. We accomplish this through a fundamental understanding of the industries we serve and ongoing dialog with our customers and partners, resulting in innovative part solutions at the intersection of customer needs and market opportunities.
Suitable for continuous-use temperatures up to 260°C (500°F). Glass transition temperatures up to 143°C (289.4°F).
High Wear Resistance
Low coefficient of friction. High abrasion and cut-through resistance.
Mechanical Strength and Dimensional Stability
High strength and stiffness in demanding conditions. Excellent long-term creep and fatigue properties
Resistance to Harsh Chemicals
Withstands a wide range of acids and bases and shows excellent performance in hydrocarbons and organic solvents.
High Electrical Integrity
PEEK possesses excellent electrical insulation properties and can maintain a low dielectric constant and dielectric loss over a wide range of temperatures and frequencies.
Biocompatible
It is easily compatible with human body and it can implement the body without causing serious problems such as cytotoxicity, genotoxicity or immunogenic.
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UNFILLED PEEK has excellent physical and chemical properties in its own right. Its characteristics of high strength, high toughness, corrosion resistance, high temperature resistance, good insulation, high purity basically meet most of the industrial environment.
PEEK5600G (unfilled PEEK or natural PEEK)
PEEK5600G is one of unfilled or natural PEEK.Outstanding chemical resistance and a high operating temperature (up to 250℃/480F) round out PEEK profile.PEEK5600G has excellent dimensional stability combined with high creep stability, ensuring the suitability of PEEK for the most sophisticated machined parts.
PEEK5600GF30 ( 30% glass fiber filled PEEK)
Compared with unfilled PEEK(PEEK5600G),this 30% glass fiber reinforced PEEK material(PEEK5600GF30) exhibits increased mechanical strength and high rigidity.Plus, improved creep strength and dimensional stability are delivered by the 30% glass fiber filled PEEK.
PEEK5600CF30 (30% carbon fiber filled PEEK )
PEEK5600CF30 is a 30% carbon filled PEEK material that is manufactured by JUNHUA PEEK. Its carbon fiber reinforcement supports the material a high level of rigidity. Carbon fiber reinforced PEEK demonstrates very high mechanical strength values.
PEEK5600LF30( HPV PEEK or bearing grade PEEK)
PEEK5600LF30 black is developed especially for bearing and sliding applications. HPV PEEK is based on a PEEK polymer that has been modified with 10% each of PTFE, graphite and carbon fibres. It combines the properties of a high-grade matrix material with special, wear-improving additives.
Jiangsu Junhua chinaPEEK adopts the patented technolo-gy ofJilin University(patent number:ZL201210185007.6),focusing on the researchand development,production and sales of highperformancepolymers such as PEEK(polyetheretherketone) and PEK (polyetherke-tone).The company builds two sets of produc-tion equipment with an annual output of 2,000tons of industrial grade PEEK and an annualoutput of 100 tons of medical grade PEEK in theprofessional chemical zone ofShandongProvince--Jining New Material lndustrial Zone.lt provides strong raw material support for PEEKextrusion,composite material and R& D andproduction of medical PEEK.
JUNHUA® PEEK solutions deliver exceptional performance in extreme environments, helping customers solve critical challenges that go beyond current material limitations, typically replacing metal.
