Durable Polyimide Rod with High Temperature Resistance and Flexural Modulus

• Customization: Available
• Material: Polyimide
• Kind: Plastic Bar
• Model NO.: A-PI-350-A
• Water Absorption: 0.12%~0.25%
• Contraction Percentage: ＜0.4%
• Tensile Strength: 81~130MPa
• Rockwell Hardness: 46hre
• Density: 1.41G/M³
• Flexural Modulus: 3080
• Transport Package: Carton
• Specification: 8*1000MM
• Trademark: JSM-PI
• Origin: China
• HS Code: 3911900090
• Production Capacity: 1000

Product Description

Product Introduction

A-PI-350-A isahigh-performancepolyimideresin, theproductshowcasesremarkableadvantageslikeitssuperiortemperatureendurance, high insulation, self-lubricating abilities, low friction coefficient, low dielectric constant,chemicalresistance, radiationresistance, heat deformation resistance, high mechanicalstrength, andexcellentmachiningperformance.
It is utilizedforcraftingcomponentssuchashighandlowtemperatureresistantparts, wear-resistant parts, insulation parts,oil-free bearings, valveseats, seals, chip testbases, etc.;
Theproductis extensivelyemployedinaerospace,the semiconductor industry, automotiveindustry, hot runnerand othersectors.

 

Company Profile

Huangshan Jinshimu Plastic Technology Co., Ltd. is a pioneering national high-tech enterprise dedicated to the R&D, production, and sale of high-performance polyimide resin, whichis committedtoofferingcustomerscomprehensive technical solutions and bespoke services.
The company currently offers five major series of polyimide products: cold pressed type, hot pressed type, composite type, functional, and soluble type. They are primarily employed in the manufacturingofbearings, gaskets, gears, seals, transmission components, insulation components, high and low temperature resistant precision components, toughening agents, adhesives, coatings, etc. They are widely utilized in aerospace, electronic and electrical industries, semiconductor industries, automotive industries, precision instruments, industrial robots, plasma cutting, and other fields.

CERTIFICATE

1. Who are we?
We are based in Anhui, China, and continue to lead the way in innovation and quality.As a distinguished national high-tech enterprise, we at Huangshan Juxin New Material Co., Ltd. excel in the advanced research, development, production, and sales of superior high-performance polyimide resin.We are passionately committed to excellence and innovation,focusing intently on ensuring that our mission is achieved bydelivering nothing less than the finest andmost reliable solutions to our esteemed customers.We provide comprehensive technical solutions and bespoke services meticulously tailored to meet their unique needs and aspirations.
2. How do we ensure the highest quality standards?
Our commitment to excellence is unwavering, as we provide a complimentary pre-production sample, ensuring everything is perfect before commencing mass production, along with meticulous final inspections prior to shipment.
3. What innovative products can you avail from us?
Discover our diverse and cutting-edge offerings, including polyimide powder, polyimide plates, polyimide rods, and PL parts, each crafted with unrivaled precision and forward-thinking innovation.
4. What makes us your ideal choice?
Our elite R&D team, with over a decade of profound expertise in the polyimide sector, harnesses proprietary technologies for breakthrough research, innovative design, and consistent industrial manufacturing, making us your perfect partner.
5. What exceptional services do we offer?
We provide a versatile range of delivery terms, prominently featuring: FOB, tailored to meet your specific logistical needs.
We accept payments in a variety of currencies, including USD and EUR, offering flexibility and convenience.
Flexible payment types such as T/T are available to ensure your transactions are seamless and hassle-free.
We communicate fluently in multiple languages to serve you better, including English, Spanish, Japanese, Portuguese, German, Arabic, French, Russian, Korean, Hindi, and Italian, ensuring clear and effective communication.