Every breakthrough listed here is engineered to solve specific, real-world challenges—backed by deep research, precise chemistry, and rigorous field validations. From molecular-level enhancements to large-scale coating solutions, discover how our proprietary technologies deliver unmatched value across diverse environment
High‑performance thermoplastic polyolefin (TPO) roofing membrane designed for waterproofing and heat shielding on new and existing roofs, applied over cementitious substrates and sealed by heat‑welded seams for durable protection.
Opaque, weldable PVC‑P membranes with signal layer options, engineered for high watertightness and puncture resistance in below‑grade and tunnel waterproofing (not for permanent UV exposure).
SBS modified bituminous membranes reinforced with polyester/hybrid fleece, offering flexibility, high watertightness, and strong puncture resistance—installed as cold‑applied self‑adhesive sheets with protected laps.
Self‑levelling epoxy‑PU flooring built for abrasion, impact, and corrosive environments—engineered to bond well even over aged epoxy coatings.
Conductive carbon pathways stitched through the resin network bleed static charges safely to earth, keeping surface resistivity in the 10⁶–10⁸ Ω window.
Five‑layer APP modified bituminous membranes reinforced with fleece (glass fiber or polyester) for watertight, durable protection on roofs, basements, and below‑grade structures.
Elastomeric EPDM membranes with high elongation and weather resistance, designed for durable waterproofing across roofs, basements, and water-retaining structures.
Solvent‑free PU car deck floors designed for crack bridging, abrasion resistance, and safe traction—with options for indoor decks and UV‑resistant outdoor topcoats.
Seamless epoxy flooring that bonds to prepared concrete, levels uneven slabs, and delivers a hard-wearing, cleanable surface for demanding environments.
High‑density polyethylene membranes designed for below‑ground waterproofing, combining strong adhesive bonding to concrete, high puncture resistance, and sealed joints via heat‑welded selvage or bonding tape.
Monolithic PU floors engineered for heat, chemicals, and rapid turnaround—ideal for hygiene-critical industrial environments.