These specialty PK formulations combine excellent chemical and hydrolysis resistance to meet the challenges of harsh applications, such as those found in chemical, fuel contact, or high-moisture environments. These materials provide exceptional chemical resistance, low moisture uptake, excellent dimensional stability, and high impact and wear resistance. The LubriOne PKE series are internally lubricated grades that combine chemical resistance performance with improved wear resistance and low coefficient of friction properties.

Enhance flame & chemical resistance Chemical Resistance Lightweight, strong and durable, with good heat, flame and chemical resistance

Global Chemical Control Laws - The current and future focus is on continued Registration, Evaluation, Authorization and Restriction of Chemicals (REACH) assessments and communication on the safe handling of these substances. Many other countries are following suit on the EU REACH chemicals regulation and implementing similar inventory and data requirements.   This commitment to monitoring and managing these business activities is demonstrated through our Global Chemical Management Policy.

These radiopaque formulations offer a combination of chemical inertness, high temperature stability during sterilization, and excellent sliding properties inherent with fluoropolymers.  Chemical inertness Antimicrobial corrosion and chemical resistant formulations to solve your medical application challenges

Chemical foaming agents Benefits of using Mevopur Chemical Foaming Agents for medical devices and pharmaceutical packaging Antimicrobial corrosion and chemical resistant formulations to solve your medical application challenges

Chemical Recycling: Sometimes referred to as advanced or molecular recycling in the plastics world, chemical recycling of composites involves breaking down the composite’s matrix resin into molecular components by pyrolysis or solvolysis, allowing for the recovery of its fiber reinforcement. In solvolysis, the chain length of matrix polymers is reduced toward monomers while removing the matrix from the fibers so that both the fibers and matrix chemical products can be recovered. Mechanical Recycling: In contrast to chemical recycling, mechanical recycling does not affect the chemistry or composition of the composite being recycled.

Chemical Recycling: Sometimes referred to as advanced or molecular recycling in the plastics world, chemical recycling of composites involves breaking down the composite’s matrix resin into molecular components by pyrolysis or solvolysis, allowing for the recovery of its fiber reinforcement. In solvolysis, the chain length of matrix polymers is reduced toward monomers while removing the matrix from the fibers so that both the fibers and matrix chemical products can be recovered. Mechanical Recycling: In contrast to chemical recycling, mechanical recycling does not affect the chemistry or composition of the composite being recycled.

Chemical Recycling: Sometimes referred to as advanced or molecular recycling in the plastics world, chemical recycling of composites involves breaking down the composite’s matrix resin into molecular components by pyrolysis or solvolysis, allowing for the recovery of its fiber reinforcement. In solvolysis, the chain length of matrix polymers is reduced toward monomers while removing the matrix from the fibers so that both the fibers and matrix chemical products can be recovered. Mechanical Recycling: In contrast to chemical recycling, mechanical recycling does not affect the chemistry or composition of the composite being recycled.