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Fire Protection Tank

Fire Protection Tank
Fire Protection Tank
Product Code : 53
Product Description

Understanding the specific needs of our reputed clients, we are engaged in presenting fine quality Fire Protection Tank that is widely used for storing materials. This tank is designed and manufactured under our experts’ supervision at our sophisticated production unit. Provided tank is quality approved on different parameters to ensure its defect-free nature. The offered Fire Protection Tank is made available in various shapes and dimensions to fulfill the application requirements of our clients.


  • Sturdy construction

  • High strength

  • Impeccable performance

  • Negligible maintenance

Glass-Fused-To-Steel Coating Technology

Vitrium glass-fused-to-steel is the premium coating in the digester tank market. It is a single, strong, integrated glass and steel material fused together at 1,500°F (816°C) in a controlled process furnace. The physical properties of Vitrium are specially suited for digester applications. The hard, inert barrier on both the interior and exterior tank surfaces guards against corrosion. Impermeable to liquids and vapors, it controls undercutting caused by corrosion and offers excellent impact and abrasion resistance.

Vitrium technology combines the outstanding chemical and physical resistant properties of titanium dioxide-enhanced (TiO2) glass with a highly engineered, ultra-fine glass bubble structure for durability and flexibility. Our glass-fused-to-steel coatings range from 7-15 mils (175-380 microns) on the exterior and 10-18 (260-460 microns) on the interior. Interior sidewalls are tested to be holiday free using 1,100 volt dry testing method that exceeds the industry standard low voltage wet sponge testing method.

OptiBond Epoxy Coating System

Our proprietary OptiBond Epoxy Coating System provides excellent corrosion resistance and long tank life for the finest epoxy coating available in the liquid tank industry. In the process, parts are degreased and rinsed, hot air dried and pre-heated at an optimum temperature. Part surfaces are then blasted with engineered grit material. This creates a rugged 3-D surface topography ideally suited for better powder coating adherence, increased durability and long-term coating performance. Then they are powder coated in a proprietary electrostatic booth with precise environmental controls, and cured at a tightly regulated temperature to maximize the cross-link bonding of the epoxy materials.

A uniquely engineered polyurethane topcoat is applied on exterior surfaces. This provides added UV protection and extends the coating life in tough outdoor conditions. A final curing stage through the oven is the last step in the CST process before our stringent quality control inspection a high voltage defect testing procedure to identify any holidays, inclusions and thin areas in the coating.