Expanded polystyrene

Expanded polystyrene, or EPS, is a widely used commodity polymer.

This material has been selected for more than 50 years due to its variety, performance and cost-effectiveness.

It is used in many everyday applications such as fish boxes, bicycle helmets and insulation materials.

EPSproperties

A thermoplastic foam product with a unique combination of features including:

Light weight, strength, durability, shock absorption properties, insulation properties and excellent processing capability.

EPS applications

Used in many applications, including:

1- Thermal insulation of the building.

2- Road construction.

3- Sound insulation.

4- Packaging.

5- Food packaging to maintain the temperature of hot and cold food.

6- Preventing corruption.

7- Protection of valuable and fragile goods.

8- Helmet accident.

9- Surfboards.

What is a fluoropolymer?

Fluorine is a separate subset of PFAS. They are polymers with fluorine atoms that attach directly to their carbon backbone.
These special plastics with their unique physicochemical properties are practically chemically inert.

Are, do not get wet, are non-stick and are very resistant to temperature, fire and weather.

In many applications they are not interchangeable, their unique properties can not be guaranteed by other polymers.

What are the properties of fluoropolymers?

Fluoropolymers have unique properties and include:
Durable, stable and mechanically strong in harsh conditions in various sectors including automotive, aerospace, environmental controls, energy production and storage and electronics as well as in technical apparel.
Stable in air, water, sunlight, chemicals and microbes;
Chemically free of requirements for low levels of pollutants and particulate matter in critical production environments for the food and beverage, pharmaceutical, medical and semiconductor industries.
Biocompatible ; Non-wet, non-stick and highly resistant to temperature, fire and weather.

applications: Where, how and why are fluoropolymers used?

Today, fluoropolymers are used in a variety of technologies, industrial processes, and everyday applications from the aerospace industry to transportation, including electric vehicles, medical equipment, and energy generation to technical clothing.
They are durable, chemically neutral, and mechanically strong in harsh conditions, making them an important material in many parts with few suitable alternatives, if any.

What types of fluoropolymers are there?

There are fluoroplastics and fluorostomers.

Both subsets are based on the same monomers and are structurally similar.

The main difference is the greater traction of fluorostomers, which is achieved through chemical cross-linking.
Fluoropolymers may be completely or partially fluorinated, linear or branched.

All fluoropolymers are high molecular weight polymers with unique physicochemical properties that are quite different from other PFAS materials.

Why are fluoropolymers so important to society today?

The unique properties of fluoropolymers make them vital materials for a wide range of industries and sectors, playing diverse and crucial roles for society.
Beyond their socio-economic value to European industry, their unique stability means that they are low-risk polymers for human health and the environment.

Attempts to replace them in many of your applications do not provide the same replacement (if any) that leads to the same advanced performance and safety of fluoropolymers.

In what industries are fluoropolymers used and how do they add value?

Here are some examples of their high social value:

In the transportation industry, fluoropolymers provide more effective and efficient protection against aggressive heat, liquids and fuels, moisture, vibration and compression. Therefore, fluoropolymers increase the service life of various components necessary for performance, emission control and safety in the automotive and aerospace industries, including lithium batteries.
In the case of the chemical industry, fluoropolymers allow the safe storage and transport of chemicals through protective equipment and coatings.

Their chemical stability allows them to withstand some of the most corrosive materials on the market and to protect works and equipment from damage.
Fluoropolymers also play an important role in the pharmaceutical and medical equipment industries, preventing drug contamination and material spoilage.

This saves lives and saves money across the sector.
In the electronics industry, fluoropolymers are very important for the semiconductor manufacturing process.

Here different components of fluoropolymer can withstand aggressive chemical etching and produce the purity needed to produce

Provide microchips and other electronic devices, where even small pollutants can severely affect production performance.

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