Industrial infrastructure facing concentrated acid exposure often suffers from osmotic blistering and rapid structural degradation due to microscopic porosity in conventional coatings. Our specialized polymeric barrier is a two-pack epoxy resin system fortified with highly dense micro-coatings particles to eliminate microscopic voids, forming a completely impermeable protective shield.

Technical Performance Benchmarks:

• Extreme Acid Resistance: Absolutely zero swelling, blistering, or delamination under 168 hours of continuous immersion in 50% Sulphuric Acid (H₂SO₄), 10% Sulphuric Acid, Hydrochloric Acid (HCl), Concentrated Phosphoric Acid, and 5% Nitric Acid (HNO₃).
• Alkaline Resilience: Exhibits zero structural or surface damage after immersion in 10% Sodium Hydroxide (NaOH).
• Mechanical Pull-Off Adhesion: 13.7 MPa (ASTM D4541) validated by third-party NABL testing, ensuring a permanent chemical-mechanical anchor.
• Exceptional Hardness: Shore D Hardness of 90 to 92 (ASTM D2240) to withstand heavy traffic impact and mechanical abrasion.
• Durability Limits: 4,000 Hours of continuous Salt Spray exposure (ASTM B117) with zero blisters, zero rust, and zero cracking, alongside 2,000 Hours of Condensation Humidity testing.
• Thermal Stability & Cryogenic Resistance: Thermally stable up to 250°C. Withstands cryogenic thermal shocks down to -196°C (liquid Nitrogen temperature) for 1 hour with zero cracking (ISO 19277).
• RoHS & Biological Safety: 100% free of lead, mercury, cadmium, arsenic, or chromium. Validated to show absolute absence of bacterial growth.

Solar heat absorption on industrial roofs, pipelines, and chemical storage tanks triggers severe thermal fatigue, joint leaks, and vapor pressure elevation. Our active solar thermal shield is a patented technology that rejects over 90% of the solar near-infrared (IR) spectrum, keeping substrates cool and preventing structural expansion/contraction cycles.

Technical Performance Benchmarks:

• Solar Reflective Index (SRI): Tested and certified at NABL laboratories, achieving a high SRI between 102 and 110.
• Substrate-Specific Formulations:
  • Concrete Surfaces: A pure acrylic-based elastomeric system deployed in 3-layer thermal protection or 5-layer waterproofing/thermal management matrices. GRIHA and IGBC Green Building Certified.
  • Metal Surfaces: A premium two-pack Polyurethane (2K PU) system engineered for storage tanks and steel sheds.
• Standard Conformance: Fully compliant with Bureau of Indian Standards (BIS) IS 17218:2019.
• Mechanical Bond Strength: Pull-off adhesion of 7.0 to 9.0 MPa with a Class 5B Cross Hatch adhesion pass, ensuring permanent integration.
• Chemical Spill Defiance: Zero film delamination after 168 hours of continuous immersion in 5% HCl and 5% NaOH solutions.

Our systems are engineered for targeted vulnerabilities across severe process sectors:

• Ammonia, Acid & Chemical Storage Tanks: Preventing vapor pressure risks and structural fatigue on external surfaces while resisting aggressive acidic runoff.
• Chemical Processing pools & Containment Areas: Establishing secondary chemical-resistant containment to prevent environmental leaching.
• Submarines, Battery Rooms & Marine Infrastructure: Securing electrical and metal components against corrosive salt sprays and sulfuric acid emissions.
• Power Generation & Pickling Stations: Defending cooling tower structures and industrial scrubbers against continuous condensation cycles.
• Data Centers, Logistics Warehouses & Sheds: Drastically lowering internal temperatures to reduce HVAC electrical loads and energy costs.