PEEK Carbon Slider Industrial Stenter Machine Spares Krantz Artos
PEEK in the textile machinery industry has been very successfully applied to solve many technical problems. Adopted and modified PEEK composites processed into high temperature resistant slider, self-lubricating bushings and other wear-resistant plastic parts, can replace copper alloy, stainless steel, PTFE (plastic Wang), ordinary plastic, graphite and other traditional material processing components, textile machinery to meet the parts wear-resistant, high temperature, high-speed, non-lubricated, acid corrosion, dimensional stability, no pollution and other harsh fabrics technical requirements, it can reduce operating costs. Contribute to its highest capacity, the continuous production of normal and orderly. Become parts extend life and improve quality and ideal equipment operation reliability.
Selected to meet the textile machinery and constantly improve speed, reduce noise, oil-free, high reliability and continuous operation, shorten downtime, reduce energy consumption and environmental protection and other technical requirements, equipment, key parts of the material is extremely important, PEEK high-performance polymers and modified composites in high temperature, high humidity conditions throw excellent performance. And has excellent chemical resistance, hydrolysis resistance and a very prominent abrasion resistance, and thus an ideal selection that require extended service life and reduced machine operating costs and other challenges engineers.
Slider Characteristic Advantages:
High temperature (can withstand long-term 260 ºC, can withstand short-term high temperature 300 ºC), corrosion resistance, water resistance, self-lubrication advantages prominent features, wear-resistant, high strength, high precision, dimensional stability.
Model NO.: PEEK
Creep: Low Creep
Friction Performance: Excellent
Trademark: changzhou liangru
Age: 3-12 Years
Flame Retardant: Retardant
Elastic Modulus: High Elastic Modulus
Chemical Resistance: Excellent
Origin: Changzhou, Jiangsu
|Elastic Modulus||High elastic modulus|
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