automotive

PLASTIC SOLUTIONS FOR THE AUTOMOTIVE INDUSTRY

Lightweight, durable, and reliable plastic components for the automotive industry.

The automotive industry is always looking for materials that offer excellent physical, chemical and mechanical properties and guarantee high performance, that’s why F10PTFE and F10HPP – High Performance Polymers – play an important role and can be the right solution where traditional materials fail.

Processing plastics and technopolymers for the automotive industry

F10HPP offers high wear resistance, low energy absorption, excellent temperature and chemical resistance and, of course, low weight, which is a fundamental requirement in this industry as more fuel-efficient vehicles require lightweight plastics. It is estimated that a 10% reduction in vehicle weight results in a 7% reduction in fuel consumption.

Fluorten processes a wide range of materials such as natural and filled PTFE, modified PTFE and technopolymers such as PEEK, PI, PA, PC, PP, FEP, PFA and many more, which ensure excellent performance in automotive mechanical applications and components.

Special components for the automotive industry

Fluorten exclusively develops special components for the automotive industry, designed for all applications where traditional suppliers are not involved or even interested. This is the case, for example, of small series and special parts, designed for both OEMs and subcontractors, which do not follow the standard basic logistic requirements typical of this sector.

Solutions for the most demanding industries

Fluorten develops custom-engineered technical components for applications where reliability, precision, and performance are essential requirements.

INDUSTRY

ENERGY

COMPRESSORS

AEROSPACE

FOOD

CHEMICAL

ELECTRONICS

MEDICAL

AUTOMOTIVE

Related articles for the application industry: AUTOMOTIVE

It seems we can’t find what you’re looking for.

SEND US YOUR PROJECT

UPLOAD YOUR PROJECT*
Drag & Drop Files, Choose Files to Upload
Max 10MB (pdf)
 

Fields marked with (*) are required

Scroll to Top