Skip to content

Cart

Your cart is empty

ResinTech Topcoats Compared — HPP vs CRU vs TCU

All three ResinTech topcoats are UV-stable aliphatic surfaces that protect the epoxy build beneath them — but each is tuned for a different priority. Use this guide to choose between HPP, CRU and TCU for your floor or deck system. Stocked at Canopus Supply — pickup in North Vancouver; ships across Canada and the USA.

Quick Comparison

  HPP CRU TCU
Full name High Performance Polyaspartic Chemical Resistant Urethane Aliphatic Top Coat Urethane
Chemistry Aliphatic polyaspartic Aliphatic chemical-resistant urethane Aliphatic urethane
Best for Fast return-to-service Chemical & abrasion resistance Long-term colour & gloss
UV stability Excellent Excellent Excellent
Typical setting Occupied / retail, fast-track jobs, decorative seal coats Chemical-exposure floors, kitchens, labs Colour-critical commercial & industrial floors

Confirm exact cure times, coverage, chemical resistance and slip requirements against each product's current TDS before specifying.

When to Choose Each

HPP — High Performance Polyaspartic. Choose HPP when speed matters. Its fast-cure polyaspartic chemistry returns floors to service quickly, making it ideal for occupied spaces, retail, and decorative flake or quartz seal coats where downtime must be minimized.

CRU — Chemical Resistant Urethane. Choose CRU where chemical and abrasion resistance are the priority — commercial kitchens, food service, laboratories and industrial floors exposed to cleaning chemicals, acids and standing liquids.

TCU — Aliphatic Top Coat Urethane. Choose TCU for long-term colour and gloss retention on colour-critical commercial and industrial floors that must hold appearance under UV and wear.

They Share a Foundation

All three sit over a ResinTech epoxy base/build — typically TUE or CBE. Use the ResinTech System Selector to match the full base + topcoat build to your application.

Need help picking a topcoat?

Shop Concrete CoatingsRequest a Quote

Technical note: This comparison is general guidance only. Product selection, substrate preparation, coverage, cure time, system compatibility and final performance remain the responsibility of the purchaser, installer and project specifier. Always confirm suitability against the current TDS, SDS, project specification and site conditions before use.