Shree Paint & Coating Industries offers comprehensive waterproofing solutions engineered to protect concrete structures, industrial plants, basements, and commercial facilities against water ingress, moisture seepage, and hydrostatic pressure.
Our certified waterproofing systems incorporate high-performance polymer-modified cementitious coatings, liquid-applied polyurethane elastomeric membranes, crystalline barrier systems, and high-pressure chemical injection grouting to deliver permanent, leak-free protection and extend structural service life. As trusted contractors and certified suppliers in Pune, we offer direct product supply and turnkey execution across Chakan MIDC, Bhosari, Talegaon, and Saswad.
Cementitious waterproofing is formulated with selected Portland cement, synthetic polymers, and quartz aggregates to create seamless barriers that strongly adhere to concrete and masonry under positive and negative hydrostatic pressure.
Two-component acrylic polymer modified flexible cementitious coating providing high elongation and crack-bridging over dynamic concrete surfaces.
Factory-blended pre-mixed cementitious waterproofing slurry providing deep crystalline integration into masonry pore structures.
High-build, fiber-reinforced polymer waterproof mortar engineered for high compressive strength and severe abrasion resistance.
Liquid-applied polyurethane membranes cure by reacting with atmospheric moisture to form a continuous, seamless, rubber-like waterproof sheet that withstands ponding water, thermal shocks, and intense UV exposure.
Pure aliphatic polyurethane liquid membrane offering 100% UV stability, high solar reflectance (cool roof), and lifelong elasticity.
Fast-curing, solvent-free two-component polyurethane membrane formulated to endure heavy vehicular traffic and mechanical friction.
High-build elastomeric hybrid combining polyurethane polymer toughness with bituminous barrier properties for underground protection.
Formulated with modified pure acrylic polymers and light-fast pigments, these water-based elastomeric coatings bridge dynamic hairline cracks and reflect solar heat while allowing concrete to breathe.
Heavy-build acrylic copolymer liquid coating creating a durable, flexible rainproof shield across expansive terrace floors.
Breathable, high-performance exterior wall waterproofing coating engineered to shield reinforced concrete from CO2 ingress and wind-driven rain.
Multi-layer waterproofing system embedding non-woven polyester or glass-fiber mesh between elastomeric acrylic coats for structural toughness.
Preformed bituminous sheet membranes provide factory-calibrated uniform thickness (3 mm to 4 mm) and extreme puncture resistance, making them ideal for heavy structural sub-structures subjected to continuous groundwater pressure.
Polymer-modified bitumen membrane reinforced with spun-bond polyester mat, thermally torch-applied to create an impermeable jointless barrier.
Flame-free, cross-laminated HDPE-backed self-adhesive bituminous waterproofing membrane for rapid installation in confined basements.
Thixotropic liquid damp-proofing emulsion enriched with synthetic elastomers, curing into a flexible black seamless damp barrier.
Advanced chemical grouts injected under high mechanical pressure (50 to 250 bar) through dedicated mechanical packers into leaking concrete cracks, honeycombs, and cold construction joints.
Low-viscosity polyurethane resin that reacts vigorously upon contact with water, expanding up to 30 times its volume into a dense, closed-cell foam.
Ultra-low viscosity, solvent-free epoxy resin system engineered to penetrate hairline structural cracks down to 0.1 mm under pressure.
Water-like low viscosity acrylic hydrogel resin with adjustable cure times for curtain wall injection and masonry sealing.
Crystalline chemicals react with moisture and unhydrated cement particles to grow insoluble microscopic crystals inside concrete pores, rendering the concrete permanently impermeable even when exposed to high water pressure.
Dry powder admixture dosed directly into concrete batching to self-heal microcracks continuously throughout the structure's lifetime.
Surface-applied slurry containing proprietary active chemicals that migrate deep into concrete capillaries to seal against water ingress.
High-performance elastomeric gun-grade joint sealants engineered for building expansion joints, retaining walls, and civil structures.
Comparative technical engineering properties, elongation, hydrostatic resistance, and test standards across waterproofing chemistries.
| Waterproofing Technology | Recommended Thickness | Elongation at Break | Hydrostatic Pressure | Crack-Bridging Ability | Cure / Recoat Window | Expected Service Life | Standard Compliance |
|---|---|---|---|---|---|---|---|
| Flexible 2K Polymer Cementitious | 1.5 mm - 2.0 mm (2 coats) | 80% - 120% | Positive: 5 bar / Negative: 2 bar | Upto 1.0 mm | 4 - 6 hrs @ 30°C | 10 - 15 Years | EN 14891 / ASTM D412 |
| Liquid Applied Aliphatic PU | 1.2 mm - 1.5 mm DFT | >400% | >6 bar (Positive) | Upto 2.5 mm | 12 - 24 hrs @ 30°C | 15 - 20 Years | ASTM C836 / EOTA ETAG 005 |
| High-Build Acrylic Elastomeric | 0.8 mm - 1.0 mm DFT | 150% - 250% | Positive: 3 bar | Upto 2.0 mm | 4 - 8 hrs @ 30°C | 7 - 10 Years | ASTM D6083 / IS 5411 |
| APP Modified Torch-On Bitumen | 3.0 mm & 4.0 mm sheet | 35% - 45% (Membrane) | >7 bar (Positive) | Extreme Puncture Resistance | Immediate (Torch Cured) | 15 - 25 Years | ASTM D5147 / EN 13707 |
| Polyurethane Injection Foam | In-situ expansion (30x) | Flexible closed-cell | Withstands 10+ bar | Fills dynamic fissures | Reacts in 15 - 60 seconds | Permanent joint barrier | EN 1504-5 Class U (D1/S1) |
| Integral Crystalline System | 0.8% - 1.0% by cement wt. | In-depth concrete matrix | 12+ bar (120 m water head) | Self-heals cracks <0.4 mm | Lifetime active crystals | Lifetime of Concrete | ACI 212.3R / DIN 1048 |