Enamel Bolted Steel Fire Water Tank for Industry Application

Product Introduction

Center Enamel Fire Water Tanks consist of glass fused to steel sheets, sealant and self - lock bolts, so it is also known as glass fused to steel tank. Glass fused to steel tanks with excellent corrosion resistance, are widely used for fire protection water storage, waste water storage, potable and drinking water storage etc.

Product Advantage

1. Short construction period

2. Superior corrosion resistance, service life is more than 30 yeas

3. Low project cost

4. Tank volume can be easily expanded

5. Beautiful appearance, color can be customized

6. Not subject to weather conditions

7. No need big installation equipment

8. Easily expand, dismantle, move

Product Specification

Company Introduction

Center Enamel was found in Shijiazhuang city, China in 1989, and dedicated in glass fused to steel tank manufacturing for over 20 years. Facility area covers over 80000 square meter, in the 2014, Center Enamel’s annual turnover exceeded 42 million dollars, including 9.2 million dollars for glass fused to steel tanks.

Center Enamel’s Technique advantage

Center enamel has been engaged in enamel industry for more than 20 years, the most professional enamel enterprise, process more than 200 patents of enamel frit formulas.

Company own a professional Research and Develop Department with more than 30 person, set up special laboratory, and possess independent enamel formula research ability. We have the ability to develop various products which meet customer’s different operating demands.

Center Enamel’s Quality Control System

1. Raw materials testing in the factory: ingredient analysis, impurities test.

2. Recipe finalized small samples test : enamel fluidity test, chromatic difference analysis, enamel burning experiment, acid and alkali resistance testing, glossy, adhesion etc,

3. Middle stage products test: amplification experiment simulated  environment

4. Destructive testing, detection, impact test, 1500 V holiday test, sliced electric microscope analysis.