Polyurethane is a versatile, durable coating used for protection, insulation, and sealing.

EVERSHIELD-301

EVERSHIELD-301 is a three component, high solids, aliphatic polyurethane coating. It is designed as a UV-stable, chemical-resistant topcoat making it perfect for areas of high industrial traffic. This product will leave a satin finish and can be applied over an epoxy primer or used to coat an existing epoxy or urethane coating.

EVERSHIELD-303

EVERSHIELD-303 is a two component, 100% solids, odorless, aliphatic polyurethane coating. This product exhibits fast dry time with adequate working time to be applied by brush and roller. It is recommended for areas where a high build coat is desired over colored coatings, vinyl flakes, or quartz broadcast systems.

EVER PRIME PU

A two-component, low-viscosity, 100% solid polyurethane resin, specifically designed as a primer to enhance bonding and improve surface leveling before applying liquid waterproofing membranes. 

EVERTOP PU C

This two-component, transparent, aliphatic solvent-based polyurethane coating provides a glossy finish
and is designed for the protection of our waterproofing, roofing and traffic liquid systems.

EVERTOP PU

This two-component, colored, aliphatic solvent-based polyurethane coating provides a glossy finish and
is designed for the protection of our waterproofing, roofing and traffic liquid systems.

Why choose a polyure-thane coating?

Polyurethane is a type of material often used to make a variety of products, including foam insulation, adhesives, and coatings. Polyurethane coatings are a protective layer that can be applied to surfaces such as wood, metal or concrete to improve their appearance and durability. They are known for their resistance to scratches, moisture and chemicals, and are often used in the construction, automotive and furniture industries.

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Features & Benefits

FEATURES

3-component, high-solids (85%) aliphatic moisture-cure polyurethane
Satin finish with exceptional abrasion and chemical resistance
UV stable for outdoor and indoor use
Low VOC (<10 g/L), LEED compliant
Coefficient of friction ~0.80 wet (with aluminum oxide)

BENEFITS

‣Excellent Topcoat for Epoxy Systems – Protects and enhances decorative floors with a satin look
‣Long-Term Durability – Withstands chemicals, traffic, and UV exposure
‣Moisture-Cure System – Reliable curing even in humid environments
‣Safe for Food Facilities – Meets CFIA and USDA standards
‣Reduced Slipping Risk – Ideal for areas requiring traction with aluminum oxide additive

Surface preparation and mixing instruction

SURFACE PREPARATION

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.

MIXING INSTRUCTION

Empty container B (resin) into container A (hardener). Mix and add component C. 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.

Features & Benefits

FEATURES

100% solids, odorless, aliphatic polyurethane
Fast drying with a work time of 25–30 minutes
UV stable, non-yellowing, and gloss-retaining
VOC <5 g/L, ultra-low emissions
High slip resistance: DCOF 0.99 dry / 0.42 wet

BENEFITS

‣Ideal for Decorative Broadcast Systems – Delivers a high-gloss finish over flake, quartz, or epoxy
‣Installer-Friendly – Odorless with manageable working time
‣Maximizes Light Reflectivity – Enhances visibility and space aesthetics
‣Extremely Durable – Excellent abrasion and chemical resistance for high-traffic zones
‣Safe for Indoors – Low odor and VOCs allow application in occupied buildings

Surface preparation and mixing instruction

SURFACE PREPARATION

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.

MIXING INSTRUCTION

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.

Features & Benefits

FEATURES

Two-Component, 100% Solids Formula: Solvent-free, low-viscosity polyurethane resin ensuring high performance and VOC compliance (0 g/L).
Excellent Adhesion Promoter: Enhances bond strength on concrete, mortar, and overlapping aged membranes.
High Coverage Rate: ~530 ft² per kit @ 7 mils thickness for efficient material usage.
Fast Recoat Time: Ready for reapplication in as little as 3 hours, accelerating project timelines.
Wide Application Window: Usable in temperatures from 5°C to 35°C (41°F to 95°F), adaptable to different climates.
Low Permeability: Excellent resistance to water vapor and liquid water per UNE-EN standards.
Fire Resistance Classification: Rated Efl according to EN-13501-1:2007 + A1:2010.
No Dilution Required: Pre-calibrated 1:1 mix ratio for ease of use and optimal performance.
Compatible with Fillers: Can be blended with mineral-based fillers for improved mechanical adhesion on irregular substrates.

BENEFITS

Superior Surface Preparation: Maximizes adhesion for subsequent waterproofing or topcoat systems, reducing failure risks.
Increased Project Efficiency: Fast curing and simple mix-and-apply process reduce downtime and labor costs.
Eco-Friendly & Odorless: 0 g/L VOC and solvent-free formula makes it ideal for occupied or enclosed environments.
Reliable in Demanding Environments: Withstands a wide range of temperatures and humidity conditions.
Enhanced Durability: Forms a seamless, continuous film that resists blistering, peeling, and delamination.
Versatile Application: Ideal for waterproofing systems, roofing, and parking decks across residential, commercial, or industrial projects.

Surface preparation and mixing instruction

Surface preparation for cement/concrete substrates:

Remove dust, dirt, grease, oil, and all other contaminants with proper cleaner/degreaser. Prepare the surface mechanically as per ICRI-CSP3-5 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.

Application method (classic application)

Open each container and pour them into a large mixing pail. Mechanically mix the products using a low-speed drill (300-450 rpm) to reduce air entrapment and to obtain a homogeneous mixture. Apply the mixture in two or more thin, crossed coats until the desired surface level is achieved, ensuring to allow proper drying time before recoating. The consumption ranges from 150 to 250 g/sqm, depending on the substrate’s roughness. Apply as many coats as needed for the substrate. Always follow the recommended recoat time between layers or different materials. For repairs, overlaps, or joining bridges between already cured membranes, the consumption may be lower.

Features & Benefits

FEATURES

Crystal Clear Finish
Ideal for decorative systems requiring gloss and transparency.
UV-Resistant Aliphatic Composition
Prevents yellowing, chalking, or fading over time.
Durable and Flexible
Maintains flexibility with excellent adhesion and mechanical performance.
Application Flexibility
Compatible with roller, brush, or airless spray equipment.
Consistent Performance Across Temperatures
Functional from -20°C to +80°C.
Efficient Coverage
Covers approx. 938 ft²/kit at 8 mils thickness.
Fast Application Window
Pot life: ~1 hour
Dry to touch: ~2 hours
Recoat: 2–24 hours
Full cure: ~7 days

BENEFITS

Ideal for Decorative Flake or Quartz Broadcast Systems
Adds a protective, high-gloss clear coat without altering base color.
Long-Term UV Protection
Maintains system performance and appearance over time.
Versatile Protection Layer
Use over epoxy, PU, or cementitious base coats for added resistance.
Quick to Install
Short recoat times and fast drying help keep projects moving.
Enhanced Visibility
Clear version is perfect for environments where wear layers should remain
visible for inspection or design.

Surface preparation and mixing instruction

SURFACE PREPARATION

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.

Features & Benefits

FEATURES

Glossy Finish
Enhances aesthetic appeal while protecting floor systems.
UV-Stable Aliphatic Formula
Maintains color and gloss under direct sunlight.
Excellent Mechanical Resistance
Abrasion: 30 µm wear
Impact: >14.7 Nm
Adhesion: 3.5 MPa
Elongation at break: ±95%
Slip Resistant
Rd = 53, Class 3 (wet areas and pools)
R12 (ramp test, DIN 51130)
Flexible Application
Can be applied by roller, brush, or airless sprayer.
Fast Return to Service
Pedestrian traffic: ±12 hrs
Vehicular traffic: ±24 hrs
Weather and UV Resistant
Suitable for indoor and outdoor use.
Wide Substrate Compatibility
Concrete, mortar, steel, plywood, tile, and more.

BENEFITS

Durability Meets Design
Provides long-lasting protection and professional appearance on commercial or traffic-exposed surfaces.
Safe and Reliable
High slip resistance for safety in wet or outdoor environments.
Ideal for Harsh Environments
Resists temperature extremes from -20°C to +80°C.
Perfect for Topcoat Applications
Designed to protect Everflow waterproofing membranes or any traffic coating needing UV resistance.
Excellent Coverage
Between 700-1420 sq. ft / kit (5-10 mils).

Surface preparation and mixing instruction

SURFACE PREPARATION

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.

APPLICATION METHOD

Open the containers, pour component B into the container of component A and mechanically mix the product using a low-speed drill (300-450 rpm) to reduce air entrapment and to obtain a homogeneous mixture. Apply the first layer with a short nap acrylic wool roller. The material should be applied undiluted. To acheive an anti-slip surface, broadcast the wet surface with silica sand at the consumption desired. Once dry, remove the nonadhering aggregate.Repeat this process as needed to reach the desired or recommended thickness.

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