Extend asset life while increasing efficiency and output.

Enhanced asset life is a key driver of profitability in the energy industry.

Harder-wearing components must also retain or enhance electrical conductivity and heat transfer to minimize energy losses.

Cirrus Hybrid™ coatings provide effective heat transfer via efficient thin finishing layers on substrates.

Our Energy Technology Platforms

Cirrus PolyShield™

Cirrus PolyShield™ technology offers asset life-extension with a tough, optically clear finish for structural or decorative components in corrosive environments.

For durable, high clarity polymer protection, Cirrus PolyShield™ is a breakthrough catalyst-free clear coating that will bond tightly to a wide range of metal surfaces. Self-polymerisation, without the addition of a catalyst, ensures the clarity is preserved even as the bonding process creates long molecular chains.

Our patented polymer coating fuses directly with the metal substrate, via a surface-initiated electrochemical polymerisation process, creating a protective barrier highly resistant to separation.

The results is a thin, flexible layer with very high adhesion, which offers a highly durable coating. The process is simple, with fewer steps than standard polymer films.  Eliminating the requirement for a catalyst produces a high clarity polymer with exceptional strength.


Cirrus Hybrid™

Unique new performance benefits with Sustainable, Lightweight “tuneable” surface finishes.

Cirrus Hybrid™ coatings provide advanced “tuneable” performance features such as hydro-philic/phobic, low-drag via efficient thin finishing layers on substrates.

Cirrus Hybrid™ allows lower cost substrates to attain the same advanced performance.

Cirrus Dopant™

Cirrus Dopant™ is a drop-in liquid, nanoparticle additive for deposited coatings that enhances the performance and durability of the surface.

Nanocomposite coatings are known for improved mechanical performance and reduced porosity.  Cirrus Dopant™ is process drop-in additive that introduces a ceramic phase secondary particle to a plating bath. No powder-mixing is required, nor handling of nano-particle materials. The stable nanoparticles uniformly co-deposit into the developing metal coating as it is created producing a true nanocomposite coating.

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