Plasma Polymer Composite –
Apticote 810 is the next generation of non-stick coatings; tougher, harder and with better release properties than conventional polymer coatings, and with a formulation that we tailor to the needs of your particular application.
By combining Poeton’s thermal spraying and polymer techniques in a graded structure, from the substrate through to the working surface, Apticote 810 achieves a robust substrate bond, a tough, high load-carrying capacity coating with optimum non-stick properties.
Poeton can tailor the Apticote 810 formulation to your specific needs, using our extensive polymer coating range and our wide variety of thermally sprayed materials. Depending on your requirements – non-stick, low friction, wear resistance, corrosion protection, temperature resistance, USDA/FDA compliance, or combinations of those – Poeton can produce the right coating.
Contact us for the range of options and discuss the right treatment for your application.
Non-stick to a wide range of products
Up to 10x longer non-stick life than given by conventional polymer coatings.
5x wear and scratch resistance of conventional polymer coatings.
The polymer coating can be modified and adapted to suit the chemical resistance requirements.
High lubricity and low friction
The polymer elements ensure a friction coefficient as low as 0.11
High temperature capability
A wide operating temperature range from -200°C to +300°C
Tough, with high load-carrying capacity
5x load-carrying capacity of conventional polymer coatings
The thermal spray application technique has been specifically developed for the Apticote 810 range of coatings to yield a surface texture which maximises the polymer adhesion.
We can select or design an appropriate Apticote 810 in which the polymer and undercoat comply with the regulations for contact with food or medical products.
Providing a mould tool life increase for sticky abrasives products that conventional coatings couldn’t.
Extending the life of extrusion die tools for use with products so sticky it peels of conventional non-stick coatings.
Reducing friction and wear on abrasive and sticky medical wear that previously cut through stainless steel.
Preventing build-up of deposits on packaging chutes caused by adhesion against an aluminium arm.