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Polyurethane Grout

Our portfolio offers a wide range of specialty chemicals to solve complex issues such as dampness, heavy water ingress, structure leakage repair, and soil settlement with ultra fine cavities. While it is challenging to resolve all issues with one product, we provide flexibility, adaptation and customization to meet the specific needs of every project.

Common Uses of Polyurethane Grout

Polyurethane grout is often used for repairing and stabilizing concrete structures such as bridges, highways, and buildings. It can be injected into voids and cracks to fill and seal them, providing structural support and preventing further damage.

Polyurethane grout is often used for repairing and strengthening leaky concrete structures such as foundations, tunnels, basement, swimming pools, toilets and concrete roof.

Soil Stabilization

In construction and geotechnical engineering, polyurethane grout can be injected into sandl to improve its load-bearing capacity. This is particularly useful in heavy water ingress situations where the sand needs to be stabilized quickly  to prevent further settlement. 

Waterproofing

Polyurethane grout is effective for waterproofing applications. It can be injected into concrete cracks, joints,and gaps within structures like basements, tunnels, and dams to create a watertight seal, preventing water infiltration.

Void Filling

The expansive properties of polyurethane grout make it suitable for void filling. It can be injected into empty spaces or voids beneath slabs, behind walls, or in abandoned utility lines to provide support and stability.

HEAVY WATER INGRESS/LEAK SEALING
Leak Sealing and Waterproofing
Concrete Repair and Rehabilitation
Ground Engineering and Water Control
Injection System for Tunneling

1C 115 ECO

MDI semi-flexible closed cell resin
Ultra-low viscosity: 96 mPas
For high water ingress
Reaction time: 9" to 70"
Hydrophobic with no dilution
Up to 40V expansion
Compressive strength 48.5 MPa
Phthalate and solvent free

HEAVY WATER INGRESS/LEAK SEALING
Leak Sealing and Waterproofing
Concrete Repair and Rehabilitation

1C 55 LV

MDI semi-flexible closed cell resin
Ultra-low viscosity: 40 mPas
For water ingress in ultra-fine cracks
Reaction time: 9” to 70”
Hydrophobic with no dilution
Up to 20V expansion
Compressive strength 17 MPa
Phthalate and solvent free

HEAVY WATER INGRESS/LEAK SEALING
Leak Sealing and Waterproofing
Concrete Repair and Rehabilitation
Ground Engineering and Water Control

1C Quick Fix

MDI ultra-low viscosity closed cell resin
Ultra-low viscosity: 36 mPas
For water ingress in deep foundations
Reaction time: 8" to 50"
Hydrophobic with no dilution
Up to 40V expansion
Compressive strength 12 MPa
Phthalate free

DYNAMIC CRACKS/JOINTS
Leak Sealing and Waterproofing
Concrete Repair and Rehabilitation

1C Flex

MDI flexible closed cell resin
Low viscosity 245 mPas
For water ingress in dynamic cracks/joints
Variable reaction time
Hydrophobic with no dilution
Up to 15V expansion
Phthalate and solvent free

DYNAMIC CRACKS/JOINTS
Leak Sealing and Waterproofing
Concrete Repair and Rehabilitation

1C Hydrogel

MDI flexible closed cell hydrophilic resin
For dynamic cracks/joints
Excellent tensile and elongation properties
No leakage at 5 bar hydrostatic pressure
Up to 4V expansion
Hydrophilic in nature
Phthalate and solvent free

DYNAMIC CRACKS/JOINTS
Leak Sealing and Waterproofing
Concrete Repair and Rehabilitation

1C Hydrogel MR

MDI flexible closed cell hydrophilic resin
Flexible system for gel and curtain grouting (Foam/Gel/Soft Gel)
Excellent in dynamic cracks/joints/masonry walls
Variable reaction time
Up to 15V expansion
Hydrophilic in nature
Phthalate and solvent free

GROUND ENGINEERING
Concrete Repair and Rehabilitation
Injection System for Tunneling
Leak Sealing and Waterproofing
Ground Engineering and Water Control

1C Soil

MDI closed cell resin
Ultra-low viscosity: 25 mPas
For soil stabilization, consolidation and coagulation
For silts and ultra fine cavity
Reaction time: 2" to 11"
Hydrophobic with no dilution
Phthalate and solvent free
Environmental friendly

Benefits/ Advantage of Polyurethane Grout

Polyurethane grout is a modern solution that offers numerous advantages over traditional grouting materials. Known for its durability and versatility, it has become a preferred choice for both residential and commercial applications. Here are the key benefits of using polyurethane grout

  1. Superior Flexibility
    Polyurethane grout is highly flexible, allowing it to absorb movements and vibrations without cracking. This makes it ideal for areas with fluctuating temperatures or structural shifts, ensuring a long-lasting seal that adapts to the environment.
  1. Excellent Adhesion
    The strong adhesive properties of polyurethane grout enable it to bond effectively with various surfaces, including concrete, tiles, and masonry. This ensures that the grout remains firmly in place, reducing the risk of detachment and enhancing the structural integrity of the installation.
  1. Waterproofing and Chemical Resistance
    One of the standout features of polyurethane grout is its superior waterproofing capability. It forms a watertight seal that prevents moisture infiltration, making it perfect for wet areas like bathrooms, kitchens, and basements. Additionally, its resistance to chemicals and harsh cleaning agents ensures that the grout maintains its performance and appearance over time.
  1. Longevity and Low Maintenance
    Polyurethane grout is designed to withstand the test of time. Its durable composition resists wear and tear, reducing the need for frequent repairs or replacements. This long lifespan, combined with minimal maintenance requirements, makes it a cost-effective solution for various grouting needs.

Optimizing Polyurethane Grout Application for Stability and Durability

When applying polyurethane grout for construction or geotechnical projects, proper execution is crucial. Begin with thorough surface preparation, cleaning, and removal of debris. During the injection process, carefully seal cracks from the bottom up, and fill voids starting at the lowest point. Allow sufficient time for expansion and curing, adhering to recommended timelines. To prevent shrinkage, avoid over-dilution, ensure proper surface saturation, and consider environmental factors like temperature and humidity. Wear appropriate personal protective equipment and work in well-ventilated areas. Regularly inspect the application area during and after the process, and monitor stability over time.

By following these steps and precautions, you enhance the effectiveness of polyurethane grout, guaranteeing stability and durability in your project. Always refer to product-specific guidelines and consult with professionals for tailored recommendations.

Polyurethane Grout FAQs

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