When the success of your project depends on containment, erosion resistance, and long-term durability, you need a liner system that’s built to perform under pressure. Our range of advanced geosynthetic clay liners and cementitious composite mats provide robust solutions for environmental protection, soil stability, and impermeable sealing — proven across the toughest industries.
From landfill cells and tailings dams to oil bunds and slope stabilization, our engineered liners deliver the strength, compliance, and peace of mind you need.
Our clay liners and composite mats offer ultra-low permeability, creating a reliable barrier against water, leachate, hydrocarbons, and contaminants.
Engineered to withstand harsh conditions, these products resist UV, puncture, hydraulic pressure, and chemical degradation, ideal for demanding industrial sites
Pre-rolled, easy-to-deploy designs reduce labour time and machine hours. That means faster installations and fewer weather delays.
With minimal site disturbance and reduced carbon footprint compared to traditional concrete, our liners support both performance and sustainability goals.
A premium sodium bentonite liner, ideal for landfill capping, dams, and leachate ponds.
A hybrid GCL offering both containment and hydrocarbon sorption, ideal for oil and gas sites, fuel depots, and bunded areas.
A flexible, concrete-impregnated fabric that hardens on hydration to form a durable, erosion-resistant surface.
Enhanced for superior performance, this next-gen GCCM provides even higher abrasion and weather resistance.
Our engineered liner systems are field-proven, spec-ready, and backed by expert support.
Whether you're planning a landfill expansion, stabilising slopes, or securing containment in oil and gas operations, we’ll help you find the right solution.
Contact our technical team today for design advice, data sheets, or to
We use cookies to analyze website traffic and optimize your website experience. By accepting our use of cookies, your data will be aggregated with all other user data.