In today’s push toward renewable energy and sustainability, biogas plants are becoming essential for waste management and clean energy generation. But at the heart of every efficient biogas system lies a crucial component — a gas-tight PVC-coated fabric that ensures safe gas storage, long-term durability, and zero leakage.

At LUCKY-TECH MEMBRANES, we specialize in manufacturing premium PVC-coated fabrics in India designed specifically for biogas balloon systems, double membrane gas holders, and flexible gas storage applications. Through our exclusive partnership with SIOEN INDUSTRIES (Belgium) — a global pioneer in technical textile innovation — we deliver European-quality biogas fabrics engineered for superior gas retention, weather resistance, and mechanical strength.

Table Of Contents:

• What Makes Biogas Storage a Challenge?
• The Science Behind LUCKY-TECH Gas-Tight Fabrics
• Designed for Indian Climate — Tested for Performance
• Why Choose LUCKY-TECH for Biogas Applications
• Building a Greener Future with LUCKY-TECH

What Makes Biogas Storage a Challenge?

Biogas is primarily composed of methane (CH₄) and carbon dioxide (CO₂), both sensitive to pressure, temperature, and chemical exposure. Poor-quality fabric can lead to:

• Gas leakage and reduced storage efficiency
• Fabric degradation due to UV or microbial attack
• Shortened system lifespan and frequent maintenance

This is why LUCKY-TECH’s gas-tight PVC fabrics are built with precision — ensuring zero gas permeation, high tensile stability, and long-term resistance to harsh industrial environments.

The Science Behind LUCKY-TECH Gas-Tight Fabrics

Each roll of LUCKY-TECH biogas membrane is engineered with advanced European coating technology from SIOEN Belgium, integrating science and performance into every layer:

🔹 Multi-Layer Fabric Construction
High-tenacity polyester base cloth, coated with multiple layers of PVC compound and gas-barrier additives. Creates a hermetic seal to prevent methane diffusion and ensures long-term gas retention.

🔹 Specialized Gas-Tight Coating
Inner gas-impermeable layer prevents leakage, outer layer provides UV resistance, abrasion protection, and anti-fungal performance — ideal for Indian outdoor conditions.

🔹 Reinforced Tensile Strength
Superior tensile and tear strength withstands pressure variations, mechanical stress, and temperature fluctuations, ensuring consistent gas containment.

🔹 European Standards & Testing
Every batch undergoes gas-tightness tests, flame retardancy checks, and coating adhesion evaluations — compliant with EN, DIN, and ISO standards.

Designed for Indian Climate — Tested for Performance

India’s climate demands heat resistance, humidity protection, and chemical durability. LUCKY-TECH membranes are:

✅ UV-stabilized and weatherproof
✅ Resistant to biogas condensate and H₂S corrosion
✅ Flexible under high or low temperatures
✅ Fire retardant and fungus resistant

Ideal for industrial digesters, rural biogas units, and commercial waste-to-energy systems across diverse regions of India.

Why Choose LUCKY-TECH for Biogas Applications

✔ Exclusive partnership with SIOEN INDUSTRIES Belgium
✔ Gas-tight European-grade coating technology
✔ Proven 10–15 years of service life
✔ Perfect for double membrane gas holders and digesters
✔ Made in India for Indian conditions
✔ Backed by quality testing and technical support

At LUCKY-TECH, we don’t just supply fabric — we supply trust, performance, and reliability to biogas developers, EPC contractors, and renewable energy companies.

Building a Greener Future with LUCKY-TECH

Biogas represents a cleaner, more sustainable future — and the fabric used to contain it plays a major role in efficiency and safety.

With LUCKY-TECH’s gas-tight PVC-coated membranes, powered by SIOEN’s European expertise, your biogas storage systems gain unmatched performance, long lifespan, and superior sealing integrity.

By combining science, precision, and innovation, LUCKY-TECH MEMBRANES continues to lead India’s biogas fabric industry — empowering a future of energy efficiency and environmental responsibility.