Wear-Resistant GFS Slurry Storage Tanks from China Suppliers | High-Quality Manufacturing at Our Factory
Description
The Glass fused to steel (GFS) tank is a kind of bolted storage tank made from two materials: glass and steel. High-strength TRS (titanium-rich steel) plates and enamels are perfectly fused at high temperatures to form a highly inert inorganic glaze layer. Based on the coating technology, it combines the advantages of both materials — the strength and flexibility of steel and excellent anti-corrosion properties of glass.
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.
LIDA's glass fused to steel (GFS) bolted tanks are the classical choice for slurry storage. They are composed mainly of enamel panel, special sealant and self-locking bolts, etc. The steel plates are overlapped, bolted together and sealed with high performance seals. All the bolt heads are plastic-capped to provide protection against corrosion in the process environment. Mastic is extruded between the panels and the bolt heads seal the bolt shank to prevent contact with process fluids.
For slurry storage, oil drilling and other fields, it places greater emphasis on wear resistance, explosion prevention, and rapid relocation.
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
Frequently Asked Questions
Q
What is a Glass Fused to Steel (GFS) tank?
A Glass Fused to Steel (GFS) tank is a bolted storage tank that combines high-strength TRS (titanium-rich steel) plates with enamel glass, fused together at high temperatures to form a highly inert inorganic glaze layer. This fusion delivers the structural strength of steel alongside the superior corrosion resistance of glass.
Q
What makes the steel substrate of GFS tanks special?
The steel substrate used in GFS tanks is a specially engineered high-strength enamelled steel. It features low carbon content and high titanium composition, resulting in mechanical properties — including yield strength, tensile strength, and elongation — that significantly surpass those of conventional steel sheets.
Q
What are the main components of a GFS bolted tank?
GFS bolted tanks are primarily composed of enamel panels, special high-performance sealant, and self-locking bolts. The steel plates are overlapped, bolted together, and sealed. All bolt heads are plastic-capped for corrosion protection, and mastic is extruded between panels to prevent process fluid contact.
Q
What industries and applications are GFS tanks suitable for?
GFS tanks are widely used across industries including slurry storage, oil drilling, sewage treatment, and water storage. They can also be seamlessly integrated to form assembled reactors, making them suitable for a broad range of industrial applications where corrosion resistance, wear resistance, and explosion prevention are critical.
Q
How long is the service life of a Glass Fused to Steel tank?
With simple and minimal maintenance requirements, GFS tanks offer a service life in excess of 30 years. Their durable enamel-glass coating provides long-term resistance to corrosion, wear, and harsh environmental conditions, ensuring a highly cost-effective lifecycle.
Q
Can GFS tanks be relocated or expanded after installation?
Yes. One of the key advantages of GFS bolted tanks is their flexibility. They are designed to be easily relocated, expanded, or recycled as operational needs change. The bolted assembly structure allows for rapid disassembly and reassembly, making them an ideal solution for projects requiring mobility or scalability.