SMART
Wear & Chemical Resistance Flooring
Ideal for factories, laboratories, and processing plants where durability meets chemical resistance.
Overview
Wear & Chemical Resistance Flooring
In laboratories, aircraft hangars, manufacturing facilities, and chemical processing plants, floors are constantly exposed to aggressive substances that can cause significant damage. Chemical-resistant floor coatings offer a robust solution, creating an impenetrable barrier that protects against these corrosive forces and prevents costly repairs. These coatings are specifically formulated to resist a wide range of chemicals, including acids, solvents, and oils, ensuring longterm performance and safety in the most demanding environments.
Advantages of our
Wear & Chemical Resistance Flooring
High durability & increased lifespan
High abrasion & wear resistance
High chemical resistance
Easy to clean and rapid return to service
Thermal and mechanical chock resistance
Hglossy floors with high gloss retention
Application Area
Wear & Chemical Resistance Flooring
Usage
Systems
Chemical Resistance Flooring
Systems
Chemical Resistance Flooring
Option 1
A two-component, aliphatic poly-aspartic topcoat with slow curing, designed for fast-turnaround projects. It offers deep penetration, strong bonding, and long-lasting resistance to abrasion, impact, wear, and color fading.
Proposed Systems
A two-component, aliphatic poly-aspartic topcoat with slow curing, designed for fast-turnaround projects. It offers deep penetration, strong bonding, and long-lasting resistance to abrasion, impact, wear, and color fading.
Proposed Systems
A fine, self-levelling cementitious poly-aspartic flooring system that offers a durable, non-slip, textured surface—free from phthalates and solvents.
Proposed Systems
A fine, self-levelling cementitious poly-aspartic flooring system that offers a durable, non-slip, textured surface—free from phthalates and solvents.
Proposed Systems
A deep-penetrating solvent-based epoxy sealer, offering 3–5x more penetration than conventional options.
Proposed Systems
A deep-penetrating solvent-based epoxy sealer, offering 3–5x more penetration than conventional options.
Proposed Systems
Option 2
A two-component, aliphatic poly-aspartic topcoat with slow curing, designed for fast-turnaround projects. It offers deep penetration, strong bonding, and long-lasting resistance to abrasion, impact, wear, and color fading.
Proposed Systems
A two-component, aliphatic poly-aspartic topcoat with slow curing, designed for fast-turnaround projects. It offers deep penetration, strong bonding, and long-lasting resistance to abrasion, impact, wear, and color fading.
Proposed Systems
A two-component, aliphatic poly-aspartic topcoat with slow curing, designed for fast-turnaround projects. It offers deep penetration, strong bonding, and long-lasting resistance to abrasion, impact, wear, and color fading.
Proposed Systems
A two-component, aliphatic poly-aspartic topcoat with slow curing, designed for fast-turnaround projects. It offers deep penetration, strong bonding, and long-lasting resistance to abrasion, impact, wear, and color fading.
Proposed Systems
A high-performance system combining epoxy and novolac resins to deliver exceptional resistance to harsh chemicals, heat, and mechanical stress—ideal for extreme industrial environments.
Proposed Systems
A high-performance system combining epoxy and novolac resins to deliver exceptional resistance to harsh chemicals, heat, and mechanical stress—ideal for extreme industrial environments.
Proposed Systems
Products
Products
Wear & Chemical Resistance Flooring
Products
Search Products...
A two-component, aliphatic poly-aspartic topcoat with slow curing, designed for fast-turnaround projects. It offers deep penetration, strong bonding, and long-lasting resistance to abrasion, impact, wear, and color fading.
Proposed Systems
A two-component, aliphatic poly-aspartic topcoat with slow curing, designed for fast-turnaround projects. It offers deep penetration, strong bonding, and long-lasting resistance to abrasion, impact, wear, and color fading.
Proposed Systems
A two-component, aliphatic poly-aspartic topcoat with slow curing, designed for fast-turnaround projects. It offers deep penetration, strong bonding, and long-lasting resistance to abrasion, impact, wear, and color fading.
Proposed Systems
A two-component, aliphatic poly-aspartic topcoat with slow curing, designed for fast-turnaround projects. It offers deep penetration, strong bonding, and long-lasting resistance to abrasion, impact, wear, and color fading.
Proposed Systems
A high-performance system combining epoxy and novolac resins to deliver exceptional resistance to harsh chemicals, heat, and mechanical stress—ideal for extreme industrial environments.
Proposed Systems
A high-performance system combining epoxy and novolac resins to deliver exceptional resistance to harsh chemicals, heat, and mechanical stress—ideal for extreme industrial environments.
Proposed Systems
A two-component, aliphatic poly-aspartic topcoat with slow curing, designed for fast-turnaround projects. It offers deep penetration, strong bonding, and long-lasting resistance to abrasion, impact, wear, and color fading.
Proposed Systems
A two-component, aliphatic poly-aspartic topcoat with slow curing, designed for fast-turnaround projects. It offers deep penetration, strong bonding, and long-lasting resistance to abrasion, impact, wear, and color fading.
Proposed Systems
SMART
Wear & Chemical Resistance Flooring
Ideal for factories, laboratories, and processing plants where durability meets chemical resistance.
Overview
Wear & Chemical Resistance Flooring
In laboratories, aircraft hangars, manufacturing facilities, and chemical processing plants, floors are constantly exposed to aggressive substances that can cause significant damage. Chemical-resistant floor coatings offer a robust solution, creating an impenetrable barrier that protects against these corrosive forces and prevents costly repairs. These coatings are specifically formulated to resist a wide range of chemicals, including acids, solvents, and oils, ensuring longterm performance and safety in the most demanding environments.
Advantages of our
Wear & Chemical Resistance Flooring
High durability & increased lifespan
High abrasion & wear resistance
High chemical resistance
Easy to clean and rapid return to service
Thermal and mechanical chock resistance
Hglossy floors with high gloss retention
Application Area
Wear & Chemical Resistance Flooring
Usage
Systems
Chemical Resistance Flooring
Proposed Systems
Option 1
A two-component, aliphatic poly-aspartic topcoat with slow curing, designed for fast-turnaround projects. It offers deep penetration, strong bonding, and long-lasting resistance to abrasion, impact, wear, and color fading.
Proposed Systems
A fine, self-levelling cementitious poly-aspartic flooring system that offers a durable, non-slip, textured surface—free from phthalates and solvents.
Proposed Systems
A deep-penetrating solvent-based epoxy sealer, offering 3–5x more penetration than conventional options.
Proposed Systems
Option 2
A two-component, aliphatic poly-aspartic topcoat with slow curing, designed for fast-turnaround projects. It offers deep penetration, strong bonding, and long-lasting resistance to abrasion, impact, wear, and color fading.
Proposed Systems
A two-component, aliphatic poly-aspartic topcoat with slow curing, designed for fast-turnaround projects. It offers deep penetration, strong bonding, and long-lasting resistance to abrasion, impact, wear, and color fading.
Proposed Systems
A high-performance system combining epoxy and novolac resins to deliver exceptional resistance to harsh chemicals, heat, and mechanical stress—ideal for extreme industrial environments.
Proposed Systems
Products
Wear & Chemical Resistance Flooring
Products
Search Products...
A two-component, aliphatic poly-aspartic topcoat with slow curing, designed for fast-turnaround projects. It offers deep penetration, strong bonding, and long-lasting resistance to abrasion, impact, wear, and color fading.
Proposed Systems
A two-component, aliphatic poly-aspartic topcoat with slow curing, designed for fast-turnaround projects. It offers deep penetration, strong bonding, and long-lasting resistance to abrasion, impact, wear, and color fading.
Proposed Systems
A high-performance system combining epoxy and novolac resins to deliver exceptional resistance to harsh chemicals, heat, and mechanical stress—ideal for extreme industrial environments.
Proposed Systems
A two-component, aliphatic poly-aspartic topcoat with slow curing, designed for fast-turnaround projects. It offers deep penetration, strong bonding, and long-lasting resistance to abrasion, impact, wear, and color fading.
Proposed Systems
SMART
Wear & Chemical Resistance Flooring
Ideal for factories, laboratories, and processing plants where durability meets chemical resistance.
Overview
Wear & Chemical Resistance Flooring
In laboratories, aircraft hangars, manufacturing facilities, and chemical processing plants, floors are constantly exposed to aggressive substances that can cause significant damage. Chemical-resistant floor coatings offer a robust solution, creating an impenetrable barrier that protects against these corrosive forces and prevents costly repairs. These coatings are specifically formulated to resist a wide range of chemicals, including acids, solvents, and oils, ensuring longterm performance and safety in the most demanding environments.
Advantages of our
Wear & Chemical Resistance Flooring
High durability & increased lifespan
High abrasion & wear resistance
High chemical resistance
Easy to clean and rapid return to service
Thermal and mechanical chock resistance
Hglossy floors with high gloss retention
Application Area
Wear & Chemical Resistance Flooring
Usage
Systems
Chemical Resistance Flooring
Proposed Systems
Option 1
A two-component, aliphatic poly-aspartic topcoat with slow curing, designed for fast-turnaround projects. It offers deep penetration, strong bonding, and long-lasting resistance to abrasion, impact, wear, and color fading.
Proposed Systems
A fine, self-levelling cementitious poly-aspartic flooring system that offers a durable, non-slip, textured surface—free from phthalates and solvents.
Proposed Systems
A deep-penetrating solvent-based epoxy sealer, offering 3–5x more penetration than conventional options.
Proposed Systems
Option 2
A two-component, aliphatic poly-aspartic topcoat with slow curing, designed for fast-turnaround projects. It offers deep penetration, strong bonding, and long-lasting resistance to abrasion, impact, wear, and color fading.
Proposed Systems
A two-component, aliphatic poly-aspartic topcoat with slow curing, designed for fast-turnaround projects. It offers deep penetration, strong bonding, and long-lasting resistance to abrasion, impact, wear, and color fading.
Proposed Systems
A high-performance system combining epoxy and novolac resins to deliver exceptional resistance to harsh chemicals, heat, and mechanical stress—ideal for extreme industrial environments.
Proposed Systems
Products
Wear & Chemical Resistance Flooring
Products
Search Products...
A two-component, aliphatic poly-aspartic topcoat with slow curing, designed for fast-turnaround projects. It offers deep penetration, strong bonding, and long-lasting resistance to abrasion, impact, wear, and color fading.
Proposed Systems
A two-component, aliphatic poly-aspartic topcoat with slow curing, designed for fast-turnaround projects. It offers deep penetration, strong bonding, and long-lasting resistance to abrasion, impact, wear, and color fading.
Proposed Systems
A high-performance system combining epoxy and novolac resins to deliver exceptional resistance to harsh chemicals, heat, and mechanical stress—ideal for extreme industrial environments.
Proposed Systems
A two-component, aliphatic poly-aspartic topcoat with slow curing, designed for fast-turnaround projects. It offers deep penetration, strong bonding, and long-lasting resistance to abrasion, impact, wear, and color fading.
Proposed Systems