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Actual Proof of Quality Applications

Review a diverse portfolio of actual residential waterproofing, high-reflectance commercial coatings, and heavy APP bitumen membranes.

Residential Waterproofing
Residential

Roof Waterproofing - DHA Bungalow

Commercial Solar Reflective
Commercial / Heat Proofing

Solar Reflective Coating - Corporate Plaza

Industrial Liquid Membrane
Industrial

PU Joint Treatment - Manufacturing Facility

Basement Seepage Grouting
Commercial

Crystalline Basement Protection - Shopping Center

Attic XPS insulation
Residential / Heat Proofing

Extruded XPS Insulation - Clifton Penthouse

APP modified Bitumen
Industrial

Bitumen Membrane - Automotive Plant

Real Challenges Met

Engineering Case Studies

Analyze direct, text-based logs of how our engineering teams diagnosed active leaks and heat buildup to construct lasting chemical guards.

Case File #891

Monsoonal Water Tank and Retention Slab Grouting

Challenge:

An industrial textile plant in Gharo faced severe monsoonal groundwater flooding in their subterranean chemical storage tanks. Active gushing water leaks filled retaining wall faults, causing severe chemical mixing concerns and halting operation.

Action Taken:

SUPPERON engineers mapped slab moisture levels and drilled injection packers in a grid alignment. We utilized high-pressure injection pumps to grout hydrophobic PU expanding polymer directly into active leakage veins, stopping the gushing water in 24 hours. The surfaces were finished with food-grade crystalline cementitious slurries.

Result:

Zero seepage or dampness detected over three monsoon seasons. Operations resumed instantly without structural demolition, backed by a written 10-year warranty certificate.

Case File #724

Commercial Attic Spray Foam & Solar Heat Proofing

Challenge:

A high-end corporate corporate block penthouse in Clifton suffered massive solar conduction through its roof, heating slab concrete to 54°C. Air conditioners ran at 100% capacity continuously, causing high utility bills.

Action Taken:

We sandblasted the concrete surface to reach an open pore structure and sprayed a 2-inch layer of high-density Polyurethane SPF spray foam to block heat conduction. The foam was topped with two layers of elastomeric SUPPERON Thermal Shield to reflect solar radiation.

Result:

Indoor room temperature dropped by an amazing 7°C naturally. Penthouse monthly AC electricity consumption plummeted by a solid 32%, saving the corporation thousands.