
POLYFLOW-275 is a two component, VOC compliant, aliphatic polyaspartic coating system, that is offered as a 2-gallon kit. It is a crystal clear, non-yellowing and UV resistant topcoat that gives a glossy finish. This product offers a long pot life for easy workability with fast cure times as well as excellent chemical and abrasion resistance.
POLYFLOW-280 is a two component, VOC compliant aliphatic polyaspartic coating system. It is a 3-gallon kit that was specifically developed to be used as a UV stable topcoat and is best used with vinyl flake broadcast systems. This product will give a crystal clear, non-yellowing, glossy finish.
POLYFLOW-285 is a solvent based, two component, VOC compliant, aliphatic polyurea coating system that is offered as a 2-gallon kit. It was specifically developed to be used a as fast curing UV stable basecoat where installation downtime is limited, making it perfect for 1-day systems. POLYFLOW-285 provides superior abrasion, chemical, and UV resistance with a crystal clear, non-yellowing glossy finish.
POLYFLOW-290 is a solvent based, two component, VOC compliant, aliphatic polyaspartic coating system that is offered as a 2-gallon kit. It is recommended for areas where a high build clearcoat is desired. This product has a 1:1 mix ratio, is UV stable and will provide easy workability with fast cure times.
POLYFLOW-295 is a two component, high solids, low odor, aliphatic polyaspartic polyurea coating. This product has been formulated to have an extended pot life and work time in elevated temperatures and humid conditions.
Polyaspartic coatings are a type of protective coating often used to cover floors. They are known for their durability, resistance to UV rays and chemicals, and quick-drying properties, making them ideal for commercial and industrial settings.
Polyaspartic and polyurethane coatings are ideally used as topcoats to improve the properties of your current floor by providing UV resistance and additional resistance to abrasion, impact and wear. Polyaspartic esters react slowly with isocyanates producing a modified polyurea, while polyurethane coatings are formed by a reaction between diols/polyols and isocyanates.
Due to the versatility of their chemistries, we can formulate coatings with extended pot life, high solids and virtually zero VOCs. When cured with aliphatic isocyanates, we obtain UV and light stable protective coatings with a low tendency to yellow.
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‣Fast-curing aliphatic polyaspartic topcoat
‣UV stable with high gloss clarity
‣Thin film application: 8–12 mils
‣75% solids content with VOC <50 g/L
‣High abrasion resistance (0.03g loss @1000 cycles)
‣Ideal for quick installations where downtime is critical
‣Crystal-clear finish enhances colored coatings and flake systems
‣Excellent resistance to chemicals, UV, and staining
‣CFIA/USDA compliant for food-safe environments
‣Great value for residential and commercial decorative floors
Remove dust, dirt, grease, oil, and all other contaminants with proper cleaner/degreaser. Prepare the surface mechanically as per ICRI-CSP2 profile by diamond grinding to ensure removal of laitance, curing agents and sealers. The compressive strength of a newly poured concrete substrate must be at least 25 MPA (3635 psi) after 28 days of cure and at least 1.5 MPA (218 psi) tensile strength. Be careful with condensation (at least 3 degrees of the dew point). All cracks, holes and irregularities must be repaired with a crack filler prior to applying the coating. Not recommended for use directly on concrete.
Empty container A (resin) and container B (hardener) into a large mixing pail. Mechanically mix the combined product for a maximum of 1 minute using a low-speed drill (300-450rpm) to reduce air entrapment and to obtain a homogeneous mixture. Once the product is mixed proceed to application instructions. Do not let the product sit in container as it will rapidly start to react and cure.
‣Medium-build, 80% solids polyaspartic
‣High-gloss finish (89.5 GU @ 60°)
‣Fast curing even in cool temperatures
‣VOC <50 g/L, low odor
‣Durable performance with UV and chemical resistance
‣Suitable for use over flake systems or epoxy base coats
‣Maintains aesthetics with clarity and gloss
‣Fast return to service (foot traffic in 4–8 hrs)
‣Provides excellent durability for garages, showrooms, and retail
‣LEED-compliant and food-safe for versatile applications
Remove dust, dirt, grease, oil, and all other contaminants with proper cleaner/degreaser. Prepare the surface mechanically as per ICRI-CSP2 profile by diamond grinding to ensure removal of laitance, curing agents and sealers. The compressive strength of a newly poured concrete substrate must be at least 25 MPA (3635 psi) after 28 days of cure and at least 1.5 MPA (218 psi) tensile strength. Be careful with condensation (at least 3 degrees of the dew point). All cracks, holes and irregularities must be repaired with a crack filler prior to applying the coating. Not recommended for use directly on concrete.
Empty container B (hardener) into container A (resin). Mechanically mix the combined product for a maximum of 1 minute using a low-speed drill (300- 450rpm) to reduce air entrapment and to obtain a homogeneous mixture. Once the product is mixed proceed to application instructions. Do not let the product sit in the container as it will rapidly start to react and cure.
‣Aliphatic polyurea with 85% solids
‣Designed specifically as a primer
‣Available in clear and pre-tinted colors
‣Fast curing, even at low temps (2–4 hrs)
‣High tensile strength (5150 psi)
‣Ideal base layer for full systems with fast job turnarounds
‣Strong substrate adhesion for long-lasting coatings
‣Compatible with pigment packs for color flexibility
‣USDA/CFIA-compliant – safe for commercial kitchens
‣Versatile for residential, commercial, and industrial applications
Remove dust, dirt, grease, oil, and all other contaminants with proper cleaner/degreaser. Prepare the surface mechanically as per ICRI-CSP2 profile by diamond grinding to ensure removal of laitance, curing agents and sealers. The compressive strength of a newly poured concrete substrate must be at least 25 MPA (3635 psi) after 28 days of cure and at least 1.5 MPA (218 psi) tensile strength. Be careful with condensation (at least 3 degrees of the dew point). All cracks, holes and irregularities must be repaired with a crack filler prior to applying the coating.
Empty container A (resin) and container B (hardener) into a large mixing pail. Mechanically mix the combined product for a maximum of 1 minute using a low-speed drill (300-450rpm) to reduce air entrapment and to obtain a homogeneous mixture. Once the product is mixed proceed to application instructions. Do not let the product sit in the container as it will rapidly start to react and cure.
‣90% solids, high-build polyaspartic (up to 12 mils)
‣Superior abrasion and chemical resistance
‣Excellent UV stability
‣High gloss finish with fast cure times
‣VOC <50 g/L
‣Perfect for demanding environments with heavy wear
‣Reduces maintenance costs due to long service life
‣Crystal-clear coat enhances flake or quartz broadcast systems
‣Enables fast installation and fast return to service
‣Food-grade and LEED-compliant for broad usage
Remove dust, dirt, grease, oil, and all other contaminants with proper cleaner/degreaser. Prepare the surface mechanically as per ICRI-CSP2 profile by diamond grinding to ensure removal of laitance, curing agents and sealers. The compressive strength of a newly poured concrete substrate must be at least 25 MPA (3635 psi) after 28 days of cure and at least 1.5 MPA (218 psi) tensile strength. Be careful with condensation (at least 3 degrees of the dew point). All cracks, holes and irregularities must be repaired with a crack filler prior to applying the coating. Not recommended for use directly on concrete.
Empty container A (resin) and container B (hardener) into a large mixing pail. Mechanically mix the combined product for a maximum of 1 minute using a low-speed drill (300-450rpm) to reduce air entrapment and to obtain a homogeneous mixture. Once the product is mixed proceed to application instructions. Do not let the product sit in the container as it will rapidly start to react and cure.
‣95% solids content, low VOC (<5 g/L)
‣Extended work time even in high heat/humidity
‣High gloss (90.5 GU) and clear finish
‣Superior chemical and UV resistance
‣High slip resistance (0.99 DCOF dry)
‣Ideal for installers working in hot and dry climates
‣Excellent coverage and build for decorative flake or quartz systems
‣Safer surface with high slip resistance rating
‣Low odor – suitable for indoor use with minimal disruption
‣Ultra-durable finish designed for industrial-grade performance
Remove dust, dirt, grease, oil, and all other contaminants with proper cleaner/degreaser. Prepare the surface mechanically as per ICRI-CSP2 profile by diamond grinding to ensure removal of laitance, curing agents and sealers. The compressive strength of a newly poured concrete substrate must be at least 25 MPA (3635 psi) after 28 days of cure and at least 1.5 MPA (218 psi) tensile strength. Be careful with condensation (at least 3 degrees of the dew point). All cracks, holes and irregularities must be repaired with a crack filler prior to applying the coating. Not recommended for use directly on concrete.
Empty container A (resin) and container B (hardener) into a large mixing pail. Mechanically mix the combined product for a maximum of 1 minute using a low-speed drill (300-450rpm) to reduce air entrapment and to obtain a homogeneous mixture. Once the product is mixed proceed to application instructions. Do not let the product sit in the container as it will rapidly start to react and cure.
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