Fluoropolymer (PTFE, FEP, ECTFE)




Fluoropolymer coatings have unique ‘non-stick’ / ‘anti-stick’ properties. These properties derive from the PTFE chemical structure, which can be seen below. The shear bond strength of the Fluorine atoms to the carbon atoms makes the structure very difficult to breakdown. The Bond Displacement Energy (BDE) is as high as 544kJ/mol and this bond strength makes PTFE coatings highly chemically resistant as well as providing the phenomenal non-stick properties.

Fluoropolymer structure diagram

The pre-treatment of the parts prior to applying the fluoropolymer are key to ensuring optimum adhesion and desired properties are achieved.

We can offer a variety fluoropolymers and resin or binder systems that allows us to tailor the chemical resistance, temperature resistance, wear resistance and coefficient of friction properties of the coating.

For advanced fluoropolymer solutions see Apticote 200.

Materials Processed:

Nickel Alloys, Carbon Steels, Stainless Steels, Titanium alloys, Aluminium alloys

Tank sizes: Gloucester

1m x 1.5m x 1m

Tank sizes: Cardiff

1m x 1.5m x 1m

Tank sizes: Poland

1m x 1.5m x 1m

The tank sizes shown above are approximate sizes only. If you have a larger part then please contact us as we may still be able to help.


Blue icon showing a rectangle sliding over another indicating low friction

Low Coefficient of Friction

Rectangle with a layer peeling off showing non stick

Non-stick / Anti-stick

Blue icon showing a rectangle sliding over another indicating low friction

Reduces friction

Flame in a circle icon

High temperature (up to 350°C)

Corrosion icon - acid spilling on to rectangle

Corrosion resistance

Chemical bottles icon

Chemical resistance

Anti-galling icon


Two rectangle vibrating together - fretting icon


Thermometer with reducing heat arrow

Reduce heat generation


Packaging machines

Rollers & chutes


Mould tools

Subsea fasteners

Food processing and baking equipment

Heat seal bars

Fluoropolymer (PTFE, FEP, ECTFE)