From automotive and aerospace to energy, food and electronics applications, VICTREX® PEEK™ polymer's superior high temperature performance combined with its chemical and wear resistance, electrical performance and tribological properties offer processors and end-users design freedom, high precision reproducibility and long-term reliability. (read more)

VICTREX PEEK Polymer Offers a New Level of Performance, Reliability and Cost Savings to the Textile Machinery Industry

From bearings, bushings, and sleeves to yarn guides, wear strips, and coated rollers, components made with VICTREX PEEK polymer, VICOTE Coatings and APTIV films help keep textile machinery running at peak productivity levels. (read more)

VICTREX® PEEK™ polymer products are being specified more and more for oil and gas applications to help improve operating performance and reduce the risk of downtime associated with component failure. VICTREX PEEK polymer is the material of choice in a new line of high performance offshore hoses. (read more)

Maximize Performance While Minimizing Weight and Cost

With the best overall property profile of any high performance material, VICTREX® PEEK™ polymer is the material of choice for improved performance, weight reduction and cost savings for automotive and transport applications. (read more)

Viking Pump offers a full line of positive displacement pumps for handling neat and post-dilution polymer metering functions in municipal and industrial water and wastewater treatment systems. (read more)

Stork Materials Technology experts are experienced in conducting failure analyses of a wide range of advanced materials, including:

• Plastic failure analysis
• Composite failure analysis
• Rubber failure analysis
• Adhesives and sealants failure analysis
• Paints & coatings failure analysis

VICTREX PEEK Polymer Offers a New Level of Cost Savings, Quality and Performance for the Food Processing Industry

Food and beverage processing equipment and machinery incorporating VICTREX® PEEK™ polymer, VICOTE® Coatings and APTIV™ films are rapidly gaining industry-wide acceptance due to an exceptional combination of physical and mechanical properties. (read more)

The process of hot plate welding uses a heated platen to melt the joining surfaces of the two halves of a thermoplastic part. Properly designed joints welded under precise process control often equal or exceeds the strength of any other part area. SEE ANSWERS TO FAQs & A VIDEO DEMONSTRATION (read more)

Polymer designs reduce wear and friction, survive environmental extremes, abate noise and reduce weight while maintaining bearing performance requirements and price constraints. (read more)

Infrared plastic welding from Heraeus Nobelight. Welding with infrared energy is an efficient non-contact, cost-effective method of assembling plastic components using concentrated IR energy to focus heat and weld thermoplastic parts, and Heraeus Nobelight is a recognized leader in the field. (read more)