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High Safety & Hygiene GFS Potable Water Storage Tank
description
Safety, cleanliness and odorlessness are essential requirements for drinking/potable water storage. Glass-Fused-to-Steel(GFS) tanks perform exceptionally well in meeting these standards.
The inner enamel layer is an inorganic glass coating sintered at a high temperature of 820°C – 930°C. It features stable chemical properties, is non-toxic and odorless, and does not release harmful substances into water, ensuring the safety of drinking water. Its surface is as smooth as glass, making it difficult for bacteria to grow. This greatly reduces microbial adhesion and scaling, is easy to clean, and maintains clear and pure water quality over the long term.
High-quality products will pass authoritative international certifications such as NSF/ANSI 61 (U.S. Drinking Water Standard), which serves as strong proof of their safety performance.
Uses of Glass Fused To Steel Tanks
Glass Fused To Steel Tanks are widely used in various industries and serve different purposes in different environments. These tanks are mainly used for
• Municipal drinking water, sewage treatment, sludge storage, wastewater treatment and anaerobic digestion and biogas.
• Industrial wastewater treatment, storage, anaerobic digestion and biogas, process water storage and bulk solids storage.
• Agricultural slurry storage, on- and off-farm biogas production, storage of livestock feeds such as hay, maize and high-moisture grains, and bulk solids storage.
Material Characteristics of Glass-Fused-to-Steel Tanks
-Low Carbon, High Strength, High Titanium.
The steel substrate employed in the construction of glass-fused-to-steel tanks is a special high strength enamelled steel with a unique design and superior properties. Its mechanical properties, including yield strength, tensile strength, and elongation, far exceed those of conventional steel sheets.
Features Of Glass Fused To Steel Tanks
• Fast installation and short construction period
• Excellent anti-corrosion properties
• Low construction environment requirements
• Strong temperature adaptability
• Wide range of applications, seamlessly integrated to form assembled reactors
• Aesthetically pleasing appearance
• Flexible for relocation, expansion and recycling
• Simple maintenance and service life in excess of 30 years