Crystal Coat — Built to Last
India’s trusted high-performance crystal coat solution. Engineered for superior durability, reliable performance, and long-lasting protection across residential, commercial, and industrial construction applications.
Explore Features ↓What is Crystal Coat?
Crystal Coat TS1 is an advanced penetrating crystalline waterproofing system specially formulated for negative-side waterproofing of concrete structures. Its unique blend of active chemicals reacts with moisture and the free lime naturally present in concrete to form deep, insoluble crystals that permanently seal capillaries, pores, and micro-cracks, effectively blocking water migration from within the concrete.
Unlike conventional waterproof coatings that remain on the surface, Crystal Coat TS1 penetrates deep into the concrete matrix and becomes an integral part of the structure itself. The crystalline formation continues to grow inside the concrete over time, creating a permanent waterproof barrier that cannot peel, puncture, or delaminate. Its self-healing capability also allows dormant chemicals to reactivate whenever moisture is present, sealing future hairline cracks automatically.
Developed using advanced crystalline technology, Crystal Coat TS1 provides outstanding resistance to negative hydrostatic pressure, making it ideal for waterproofing structures where external access is not possible. It also protects concrete against chloride attack, salt water, alkalis, and mild acids, significantly extending the service life of reinforced concrete structures.
Crystal Coat TS1 is ideal for basements, lift pits, foundations, retaining walls, tunnels, water tanks, wastewater treatment plants, underground structures, concrete slabs, and other below-grade applications requiring permanent internal waterproofing and long-term concrete protection.
How Crystal Coat TS1 Works
Surface Preparation
Clean the concrete thoroughly by removing dirt, laitance, loose particles, grease, and contaminants to expose a sound surface.
Saturate the Surface
Pre-wet the concrete until it reaches a Saturated Surface Dry (SSD) condition to activate the crystalline reaction.
Mix the Slurry
Mix Crystal Coat TS1 with clean water to obtain a smooth, brushable slurry according to the recommended mixing ratio.
Apply Crystal Coat TS1
Apply one or two coats evenly using a brush over the damp concrete surface for complete waterproof protection.
Crystal Growth
The active chemicals penetrate deep into the concrete, forming insoluble crystals that permanently block water pathways.
Surface Preparation
Clean the concrete thoroughly by removing dirt, laitance, loose particles, grease, and contaminants.
Saturate the Surface
Pre-wet the concrete until it reaches a Saturated Surface Dry (SSD) condition before application.
Mix the Slurry
Mix Crystal Coat TS1 with clean water until a smooth slurry suitable for brush application is achieved.
Apply Crystal Coat TS1
Apply evenly over damp concrete to allow deep penetration and complete crystalline waterproofing.
Permanent Protection
The crystalline reaction continues inside the concrete, creating a permanent waterproof barrier with self-healing capability.
7 Bar
Negative Water Pressure
51 mm
Deep Penetration
0.4 mm
Self-Healing Cracks
100%
Integral Waterproofing
28 Days
Crystal Growth
Crystal Coat TS1 In Action
5 Key Features
Resists Negative Water Pressure
Withstands negative hydrostatic pressure up to 7 bars, making it ideal for basements, lift pits, foundations, and underground concrete structures.
Deep Concrete Penetration
Active crystalline chemicals penetrate up to 51 mm (2 inches) into concrete, permanently sealing pores and capillaries.
Integral Waterproofing
Becomes a permanent part of the concrete structure, eliminating the risk of peeling, puncturing, or membrane failure.
Self-Healing Technology
Reactivates in the presence of moisture to automatically seal future hairline cracks up to 0.4 mm, ensuring long-term waterproof performance.
Superior Chemical Resistance
Protects reinforced concrete against salt water, chlorides, alkalis, and mild acids, significantly increasing structural durability.