Furan Resin Mortar

Description

High-Performance Acid & Chemical-Resistant Mortar

Furan Resin Mortar is a high-quality acid-resistant and chemical-resistant mortar designed for industrial applications, including bedding and jointing acid-resistant bricks and tiles. Ideal for tanks, drains, floors, foundations, chemical reaction vessels, and neutralization pits, this mortar provides excellent adhesion to concrete, ceramic, and metallic surfaces, ensuring long-lasting durability in harsh environments.

Formulated to resist non-oxidizing acids, alkalies, salts, greases, detergents, and organic solvents, Furan Resin Mortar is perfect for areas exposed to hot or highly concentrated chemical solutions. Its self-hardening, trowelable consistency ensures uniform application, high bond strength, and a leak-proof lining. The mortar also withstands temperatures up to 170°C, making it suitable for chemical tanks and industrial floors where heat resistance is critical.

Key Features

High-performance acid and chemical-resistant mortar

Strong adhesion to ceramic, concrete, and metal surfaces

Resistant to acids, alkalies, and salt solutions

Suitable for industrial tanks, drains, and flooring

Applications

Chemical plants

industrial floors

ETP plants

storage tanks

neutralization pits

industrial pipelines

Chemical Resistance

Surface Preparation

Setting & Curing

CNSL Resin Mortar is a two-component system consisting of Solution and Powder.

Physical Properties

Property Value
Mixing Ratio 3:1 (Powder : Resin by weight)
Colour Black
Water Absorption ≤ 1%
Density (cured mortar) 1.85 – 2.0 g/cc
Setting Time 27 ± 2 minutes

Mechanical Properties

Property Value
Working Time (at 30°C) ≥ 20 minutes
Bond Strength ≥ 10 kg/cm²
Compressive Strength ≥ 350 kg/cm²
Flexural Strength ≥ 75 kg/cm²
Water Absorption Low

Disclaimer

All information, recommendations, and instructions are based on current technical knowledge and test results. While accurate to the best of our knowledge, no warranty or liability is assumed, as application conditions are beyond our control.
Scroll to Top