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GRP SMC Panel Tank

Glass Fused Steel Tank Manufacturers

Glass Fused Steel Tank

We are well known Glass Fused Steel Tank Manufacturers. Glass Fused Steel tanks (GFS tanks), also referred to as Glass Lined Steel tanks (GLS tanks), are constructed using panels made of mild steel. These panels undergo a process where a layer of glass or silicate is fused onto them.

The primary purpose of fusing glass with steel is to enhance the overall durability of the panels. Single-layered steel is susceptible to environmental conditions, leading to earlier decomposition or corrosion. 

By fusing glass with steel, this vulnerability is mitigated. The fusion process increases the strength of the panels, expands the acceptable range of pH values for alkaline solutions, and enhances resistance to abrasion.

Glass Fused Steel Tank Manufacturers

Process and Technology

Glass is fused onto steel tank panels and lined inside and outside with a durable glass enamel coating. This process creates Glass Fused to Steel Tanks (GFS tanks) — a smooth, glossy, and corrosion-resistant layer achieved through firing at 780–900°C. The result is a long-lasting, leak-proof tank structure ideal for industrial and municipal applications.

Each Glass Fused to Steel Water Tank panel is joined with high-grade bolts and flexible silicones to ensure a perfect seal. These tanks are FM Global approved, making them highly reliable for water, wastewater, and chemical storage.

As a leading Glass Fused to Steel Bolted Storage Tanks Manufacturer in India, we provide Glass Lined Steel Tanks, Glass Fused to Steel Liquid Tanks, and Glass Lined Tank Manufacturers solutions — all designed for applications like wastewater treatment, fire-fighting water storage, and anaerobic digesters.

Our Glass Fused Steel Tanks deliver unmatched strength, easy installation, and long-term value for industrial and environmental projects.

Ensuring quality and adhering to standards

Quality standards are maintained in accordance with the European Enamel Authority (EEA). The Spark test for each panel is conducted according to EN 14430: 2004. Mohs hardness is assessed following EN 15771, and chemical resistance is evaluated in compliance with EN ISO 28706:2016.