High performance, sustainable, innovative Geosynthetic & Geohazard products for every infrastructure application
TechFab offers a comprehensive portfolio of geosynthetic and geohazard products engineered to serve diverse civil engineering applications. Driven by continuous innovation, our product development and R&D teams design solutions that address every infrastructure challenge. Today, we boast of 25+ product lines.
Each product is manufactured to the highest quality standards, meeting globally recognized certifications including Bureau of Indian Standards (BIS), Conformité Européenne (CE), British Board of Agrément (BBA), and Environmental Product Declaration (EPD). With exports to over 50 countries worldwide, TechFab’s global presence stands as a testament to the trust and reliability of our products & solutions.
A high-strength polyester geogrid with a protective PVC coating, engineered for superior one-directional tensile reinforcement in embankments and steep slopes.
High-tenacity polyester strap reinforcement encased in a durable LLDPE sheath, engineered for mechanically stabilized earth structures.
A geotextile-wrapped geonet core that lets water pass through while filtering out soil particles.
Double-twisted, zinc-galvanized and PVC-coated wire mesh baskets filled with stone to form flexible, permeable retaining structures.
High-tenacity polyester geogrid with a polyethylene sheath, built for long-term tensile strength and resistance to installation damage.
Woven polypropylene multifilament geotextile offering high strength, durability, and UV resistance.
Cold-drawn welded wire mesh in precise square or rectangular grids for fast, reliable concrete reinforcement.
A high-tenacity PVA-yarn geogrid coated for UV, chemical and abrasion resistance, offering high tensile modulus and very low elongation for critical soil reinforcement.
Needle-punched polypropylene nonwoven fabric for filtration, separation, drainage, and erosion control.
A specially developed connector providing a secure, corrosion-resistant connection between RSW concrete panels and TechGrid Geogrid / TechStrap reinforcement.
Woven polypropylene multifilament geotextile offering high strength, durability, and UV resistance.
High-tenacity polyester woven geotextile with exceptional tensile strength and creep resistance for demanding reinforcement applications.
A lightweight, high-strength HDPE honeycomb cellular confinement system for ground improvement and slope erosion control.
High-tenacity polyester geogrid engineered for long-term tensile strength and enhanced frictional soil interaction.
A polypropylene-core geocomposite drain that accelerates consolidation by channeling pore water away from soft, saturated soils.
Needle-punched polypropylene nonwoven fabric for filtration, separation, drainage, and erosion control.
An integrally formed polypropylene biaxial geogrid that provides lateral confinement to reinforce weak subgrades.
A triangular three-directional polypropylene geogrid delivering uniform load transfer and reduced subgrade stress.
Polyester biaxial geogrid with a PVC coating, engineered for two-directional tensile reinforcement in demanding pavement applications.
Glass-fibre asphalt reinforcement geogrid, thermally stable up to 230°C and resistant to de-icing salts and bitumen.
Needle-punched polypropylene nonwoven paving fabric engineered for optimum bitumen retention.
A glass-fibre and nonwoven composite that significantly reduces reflective cracking beneath asphalt overlays.
Reinforced nonwoven composite geotextile with polyester yarns knit-bonded for added tensile strength.
Needle-punched polypropylene nonwoven fabric for filtration, separation, drainage, and erosion control.
A flexible, high-tensile steel wire mesh slope stabilization system, an alternative to rigid shotcrete facings.
Double-twisted hexagonal steel wire netting engineered to resist rockfall shock loads and dissipate impact energy.
A high-tensile steel wire rope net system exceeding 1960 N/mm², used for both active and passive rockfall protection.
A high-tensile steel wire rope net system exceeding 1960 N/mm², offering a superior alternative to conventional rockfall protection.
Double-twisted, zinc-galvanized and PVC-coated wire mesh baskets filled with stone to form flexible, permeable structures.
A high-performance woven steel wire mesh reinforced with integrated steel ropes, engineered for rockfall protection and soil slope stabilization.
A flexible net barrier system that absorbs rockfall impact energy through elastic behaviour, available from 100 kJ to 11,178 kJ capacity.
A self-drilling anchor system for slope stabilization, tunnelling and mining projects, fully compliant with EN 14490 for soil nailing.
A pre-assembled, collapsible X-shaped steel system for rapid reprofiling of failed slopes and embankments.
A concrete-filled geosynthetic liner (GCCM) that hardens into a durable, erosion-resistant lining for canals and reservoirs.
A three-dimensional HDPE geosynthetic mat that interlocks with soil and vegetation roots to control surface erosion on slopes.
An HDPE dimple board that channels water away from structures for efficient subsurface drainage and reduced hydrostatic pressure.
Modular Snow Net and Single Anchor Snow Stabilization systems for avalanche risk mitigation in snow-prone regions.
High-tensile ring net barriers that intercept and contain fast-moving debris flows of water, sediment, and rock before they reach infrastructure.
A low-profile, double-twisted wire mesh mattress with smaller mesh openings than standard gabions, filled with stone for flexible channel and slope revetment protection.
Large woven polypropylene/polyester tube structures that encapsulate fill material for flexible containment.
An engineered double-layered concrete mattress, filled in-situ with cement slurry for slope protection and scour control.
A flexible, tubular green mattress system with a vegetation-friendly, UV-resistant top layer for riverbank protection.
Double-twisted wire mesh gabion mattress with smaller cell openings, built for erosion control and river training works.
Geotextile bags filled with sand or soil, used for river training and hydraulic protection works.
A concrete-filled geosynthetic liner (GCCM) that hardens into a durable, erosion-resistant lining for canals and reservoirs.
A lightweight, high-strength HDPE honeycomb cellular confinement system for ground improvement and slope erosion control.
Needle-punched polypropylene nonwoven fabric for filtration, separation, drainage, and erosion control.
A three-dimensional HDPE geosynthetic mat engineered to resist chemical degradation in soil environments.
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