However, this semi-crystalline-engineered thermoplastic has toxicity issues due to its residual formaldehyde content, a substance of very high concern (SVHC), according to the European Chemicals Agency (ECHA).

However, this semi-crystalline-engineered thermoplastic has toxicity issues due to its residual formaldehyde content, a substance of very high concern (SVHC), according to the European Chemicals Agency (ECHA).

However, this semi-crystalline-engineered thermoplastic has toxicity issues due to its residual formaldehyde content, a substance of very high concern (SVHC), according to the European Chemicals Agency (ECHA).

ECCOH™ 5970 provide crush, chemical and UV resistance in thin FTTH cables Trilliant HC thermoplastics provide chemical performance and regulatory compliance for microwell application Trilliant™ HC8900 thermoplastics delivered superior chemical resistance after exposure to hospital-grade disinfectants

The material was found to be very slippery, resistant to high heat, and chemically inert. Today, fluoropolymers serve a broad range of applications with their unique material properties, including chemical inertness, low friction, weatherability, natural flame retardance, temperature resistance, and barrier properties. For example, the heat and chemical resistance of a fluoropolymer will greatly influence the pigment selection process.  

The material was found to be very slippery, resistant to high heat, and chemically inert. Today, fluoropolymers serve a broad range of applications with their unique material properties, including chemical inertness, low friction, weatherability, natural flame retardance, temperature resistance, and barrier properties. For example, the heat and chemical resistance of a fluoropolymer will greatly influence the pigment selection process.  

The material was found to be very slippery, resistant to high heat, and chemically inert. Today, fluoropolymers serve a broad range of applications with their unique material properties, including chemical inertness, low friction, weatherability, natural flame retardance, temperature resistance, and barrier properties. For example, the heat and chemical resistance of a fluoropolymer will greatly influence the pigment selection process.  

The material was found to be very slippery, resistant to high heat, and chemically inert. Today, fluoropolymers serve a broad range of applications with their unique material properties, including chemical inertness, low friction, weatherability, natural flame retardance, temperature resistance, and barrier properties. For example, the heat and chemical resistance of a fluoropolymer will greatly influence the pigment selection process.  

Avient Corporation will highlight Hydrocerol™ Chemical Foaming Agents, which can be used to reduce weight in automotive applications such as door panels, at the Plastics in Automotive Engineering (PIAE) Conference 2024 The first, titled Lightweight Design Innovation: A Case Study of 20% Weight and CO2 Emission Reduction in Door Panels, offers insights into achievable weight and CO2 reductions using Hydrocerol™ Chemical Foaming Agents in collaboration with tier-one supplier Antolin. Avient does this by offering a multitude of solutions, including those that can enable greater use of recycled materials, such as its award-winning Color Prediction Service, and lightweighting solutions, such as Hydrocerol™ Chemical Foaming Agents.

The material was found to be very slippery, resistant to high heat, and chemically inert. Today, fluoropolymers serve a broad range of applications with their unique material properties, including chemical inertness, low friction, weatherability, natural flame retardance, temperature resistance, and barrier properties. For example, the heat and chemical resistance of a fluoropolymer will greatly influence the pigment selection process.