PEEKCHINA CO., LTD. - Engineering plastic PEEK profiles & parts manufacturer over 15 years.

After 12 months of long waiting, on February 28th, ARKPEEK's second European imported PEEK rod continuous extrusion production line entered the factory. The extrusion is more stable, the production efficiency is higher, suitable for large-scale continuous stable production of PEEK rods, helping ARKPEEK improve delivery times and reduce production costs.

ARK's PEEK films, start to supply to one of the biggest engine manufacturers in Europe, in the application for insulating systems of airplane motors. We offered size 25µm, 125µm and 250µm wall thickness this time. Our PEEK film material including Amorphous, Semi-crystalline and Mineral Filled Semi-crystalline. Thicknesses between 10µm (0,01 mm) up to 1000µm (1 mm).

What is PEEK Tubing: PEEK Tubing is a tubing solution crafted from Polyether Ether Ketone (PEEK) material, known for its exceptional chemical resistance, mechanical strength, and durability. Engineered with precision, PEEK Tubing serves as a conduit for the controlled flow of liquids or gases in applications requiring precise fluidic control. PEEK Medical Tubing ASTM F2026 and FDA Certified: A testament to its quality and suitability for critical applications, PEEK Tubing Natural 1/16" OD is certified under ASTM F2026 and approved by the FDA. PEEK Tubing Natural 1/16" OD stands as a pinnacle of fluidic precision and reliability. With an array of sizes, exceptional features, distinct color neutrality, and certifications that underscore its quality, this tubing solution redefines fluid transport in diverse industries. Embrace the power of PEEK Tubing Natural 1/16" OD to elevate your fluidic systems to new dimensions of excellence.

Unveiling the Power of PEEK Valve Seats: Advancements in High-Performance Polymers. 1, Exceptional High Temperature Resistance. 2, Superior Mechanical Properties. 3, Flame Retardant for Enhanced Safety. 4, Dimensional Stability and Accuracy. 5, Chemical and Corrosion Resistance. 6, Versatility in Challenging Environments. 7, Environmental Friendliness and Non-Toxicity. PEEK valve seats have revolutionized valve technology by capitalizing on the exceptional properties of this high-performance polymer material. With its unique combination of high temperature resistance, mechanical strength, flame retardancy, and dimensional stability, PEEK is now a key player in ensuring reliable and efficient operations of valves in critical industries. As research and development continue to advance, PEEK's advantages are poised to shape the future of valve technology, unlocking new possibilities for enhanced performance and safety in industrial engineering.

Carbon peek rods, also known as carbon fiber reinforced polyetheretherketone (PEEK) rods, offer several advantages in various applications. Here are some reasons why carbon peek rods are used: 1, High Strength. 2, Chemical Resistance. 3, Thermal Stability. 4, Electrical Insulation. 5, Dimensional Stability. 6, Fatigue Resistance. 7, Biocompatibility. Overall, carbon peek rods provide a versatile material solution with a unique combination of mechanical, thermal, chemical, and electrical properties. These attributes make them suitable for a wide range of industries and applications, including aerospace, automotive, electronics, medical, and many more.

The field of surgical implant applications relies on high-quality materials to ensure the safety and effectiveness of medical devices. ASTM F2026-17, the standard specification for Polyetheretherketone (PEEK) Polymers, provides essential guidelines for the use of PEEK polymers in surgical implants. This article delves into the significance of ASTM F2026-17 and its impact on enhancing surgical implant materials. Understanding ASTM F2026-17: ASTM F2026-17 is a comprehensive standard that outlines the specific requirements for PEEK polymers intended for surgical implant applications. It covers aspects such as chemical composition, mechanical properties, dimensional requirements, and biocompatibility testing. Compliance with these standards ensures the suitability and safety of PEEK polymers for surgical use. Unveiling the Benefits of PEEK Polymers: PEEK polymers have gained prominence in surgical implant applications due to their exceptional properties. ......

Step into the realm of extraordinary precision machining with ARKPEEK Cuts, where we’ve mastered the art of working with the magnificent thermoplastic wonder known as polyetheretherketone (PEEK). Brace yourself for a gripping journey through the world of high-performance engineering plastics as we unveil the secret to crafting flawless machined parts with our exceptional ARKPEEK Cuts. Prepare to embark on an unforgettable journey through the world of precision machining with ARKPEEK Cuts, where the enchantment of PEEK engineering plastic unfolds. Brace yourself for unmatched precision, untamed versatility, and uncompromising quality. Unleash the full potential of your machined parts with ARKPEEK Cuts, and witness the creation of engineering marvels that defy all expectations.

In the ever-evolving aerospace industry, the quest for high-performance materials is paramount to ensure the safety and efficiency of aircraft. Polyetheretherketone (PEEK), a remarkable thermoplastic, has emerged as a game-changer with its exceptional thermal properties. The advantages of PEEK’s thermal properties in aerospace applications are undeniable. Its ability to withstand extreme temperatures, coupled with its versatility and lightweight characteristics, positions PEEK as a leading material in the industry. By leveraging PEEK’s thermal resilience, aerospace manufacturers can enhance aircraft reliability, fuel efficiency, and overall performance. When selecting a machining facility, it is imperative to choose a trusted partner who understands the intricacies of working with PEEK and adheres to rigorous industry standards. Embrace the power of PEEK and unlock new possibilities in aerospace manufacturing.

In the analysis and biochemical industry, the burrs in the holes of PEEK components have a relatively large impact on the service life and test results of analytical testing instruments. Our solution 1. Strictly monitor the tool life on the processing machine to ensure that the tool is sharp and reduce burrs caused by tool wear. In addition: custom-made tools with special angles can further reduce burrs. 2. In the early stage of production: simulate the position of the hole in 3D and reflect it in the control program. During processing: strictly control the depth of the cross hole to avoid burrs caused by too shallow or too deep. 3. The process of pointing holes first and then drilling is adopted, and the processing sequence and positioning tooling are optimized to ensure that the positions where the holes intersect are not misaligned, and the burrs generated are reduced. 4. After the machining is completed, first use the abrasive flow to deburr, and then use the dry ice deburring