Used as primer and sealer coat in combination with epoxy floor toppings 

• Excellent adhesion to concrete and masonry substrates 
• Solvent-free 
•  Excellent wetting characteristics 
• Excellent bond

Used as primer, self levelling screed and sealer coat in conjunction with epoxy floor toppings 

• Excellent bond strength, with concrete failure in pull-off test 
•  Low viscous 
• Slow curing 
• Bonds

Epoxy screed and ware mortar used as self levelling screed and sealer coat in conjunction with graded aggregates. 

• Extremely hard wearing 
• Low viscous 
• Excellent self levelling 
• Resistant to mechani

Useful as screed for horizontal and vertical coving in verious industries 

• Excellent bond to epoxy and PU top coats 
• Excellent adhesion to concrete and cementitious substrates 

Solvented, two componant epoxy based pigmented coating for industrial floor, imparting low thickness film is glossy, chemically resistant and moderately wear resistant available in verious shades. 

two componant epoxy based pigmented coat, recommended as a high-build epoxy, excellent adhesion over primed and screeded surface available in many colours. It recommended in automobile , food, pharma, brewery and light engineering industries. 

Non-shrink grout is a hydraulic cement grout that, when hardened under stipulated test conditions, does not shrink, so its final volume is greater than or equal to the original installed volume. It is often used as a transfer medium between load-bearing members.Grout are used to connect sections of pre-cast concrete, fill voids and provide repair and strengthening works for concrete. Our epoxy grouts can be used in bridge bearing pads, high-speed turbines and centrifuges, support beneath crane and transport rails, as load bearing joints between pre-fabricated elements and structural filling of holes and cavities in concrete.

Moisture content and environmental temperature are vital to the setting of concrete. Due to cement being a hydraulic substance, water allows it to gain strength. Therefore, too much or too little water present during the setting of concrete can be detrimental. Curing compounds are used to facilitate such moisture precision levels and corresponding temperature rates. 

Uses of Concrete Curing Compound 

There are so many uses of curing compound in concrete. Which are 

• If wet curing is not possible, then curing compound can be used to cure the concrete surface. 
• For larger areas of concrete surfaces which are opened to sunlight, wind etc. curing is big task. But with the presence of curing compound it is easier. 
• Curing of concrete pavements, run ways, bridge decks etc. can be cured to reach their maximum strength. 
• Maximum durability of structure will be developed. 
• Curing compound can be used for curing of canal linings, dams 
• Columns, beams, slabs can also be cured with curing compound 
• The membrane cane removed easily after complete curing. 

We supply arrays of floor hardener products and floor hardener materials. Our floor hardener products and floor hardener materials can be easily applied, clean, and maintain that provide impact-resistant and slip-resistant finish for your flooring. Made of cement-based flooring materials, our floor hardener products and floor hardener materials are capable of supporting light, medium, and heavy foot traffic by strengthening the applied concrete, and thus, improved its durability. Our floor hardener products and floor hardener materials are competent to be applied on power station, car parks, factory, warehouse, and pedestrian walkway. 

• 100% Pass the pull-out testing 

no matter test on site or sampling testing are 100% passing the test. 

• special formulas 

special formulas, making the substrates are together with the adhesive to be a new complete structure. 

• strong extensibility 

epoxy have elastic reaction globule, make the chemical anchoring epoxy not only with strength, viscosity but also toughness. 

• excellent tension properties 

The main purpose of sealants is to prevent air, water and other environment pollutants entering or exciting a structure, while permitting limited movement of the substrates. The cured sealant is a soft rubber like seal, exhibiting excellent adhesion to most surfaces including concrete, glass, aluminium etc. With the use of appropriate primers 

Features of Sealants :- 

• Excellent bond strength 
• Non-blushing in humid environment 
• Excellent adhesion 
• Excellent penetrating properties 

Applications of Sealants :- 

• Roof expansion joints 
• Floor expansion joints 
• Concrete roads 
• Airport runways 
• Bridges and highway joints 
• Structural glazing 

In building construction, waterproofing is a fundamental aspect of creating a building envelope, which is a controlled environment. The roof covering materials, siding, foundations, and all of the various penetrations through these surfaces must be water-resistant and sometimes waterproof. There are different types of waterproofing methods available in construction. 

• Cementitious waterproofing is the easiest method of waterproofing in construction.
• Liquid Waterproofing Membrane Method. 
• Bituminous Coating Waterproofing. 
• Bituminous Membrane Waterproofing. 
• Polyurethane Liquid Membrane Waterproofing

The most often used admixtures are air-entraining agents, water reducers, water-reducing retarders and accelerators. Admixtures are used to give special properties to fresh or hardened concrete. Admixtures may enhance the durability, workability or strength characteristics of a given concrete mixture.Water reducers, retarders, and superplasticizers are admixtures for concrete, which are added in order to reduce the water content in a mixture or to slow the setting rate of the c Plasticizers or water reducers, and superplasticizers or high range water reducers, are chemical admixtures that can be added to concrete mixtures to improve workability. Unless the mix is "starved" of water, the strength of concrete is inversely proportional to the amount of water added or water-cement (w/c) ratio. oncrete while retaining the flowing properties of a concrete mixture. 

List of Common Used Concrete Admixtures (Additives) 

• Concrete Admixtures: Set-Retarding. … 
• Concrete Admixtures: Air-Entrainment. ... 
•  Water-Reducing Concrete Admixtures. ... 
• Concrete Admixtures: Accelerating. ... 
• Concrete Admixtures: Shrinkage Reducing. ... 
• Concrete Admixtures: Superplasticizers. ... 
• Concrete Admixtures: Corrosion-Inhibiting. 

Repair mortars are the materials which are made by partially replacing the cement hydrate binders of conventional cement mortar with polymers. The polymeric admixtures include latexes or emulsions, redispersible polymer powders, water-soluble polymers, liquid thermoset resins and monomers. It has low permeability, and it reduces the incidence of drying shrinkage cracking, mainly designed for repairing concrete structures.