Epoxy Coated Steel Bolted Tanks for Potable Drinking Water: Guarantees Hygienic Drinking Water

In the essential mission of providing potable drinking water, the ultimate goal is to guarantee hygienic drinking water at every stage of the supply chain. From the moment water is treated, its purity must be meticulously preserved, free from any risk of contamination. The storage vessel itself is a critical link in this chain of custody, and its ability to maintain a pristine, non-reactive environment is a direct measure of its quality. Epoxy Coated Steel Bolted Tanks have been specifically engineered for this purpose, representing the gold standard in hygienic water storage.

For any water system, the integrity of the stored water is of paramount importance. The hygiene of the storage tank is not just a regulatory checklist item; it is a fundamental determinant of public health. A tank's design must actively prevent a range of potential issues that could compromise water quality:

• Microbial Growth: Porous surfaces and crevices can become breeding grounds for bacteria, algae, and biofilms, which can introduce pathogens and affect water's taste and odor.
• Chemical Leaching: Unsuitable materials or coatings can leach harmful chemicals or heavy metals into the water, posing serious health risks.
• Corrosion Contamination: Rust particles from a corroding tank can compromise water's appearance, safety, and taste.
• External Contaminant Ingress: Poorly sealed tanks can allow pollutants from the external environment to enter, compromising the entire supply.

Ensuring the hygienic quality of stored water presents a series of challenges that require advanced materials and precision engineering:

• Non-Porous and Non-Reactive Surfaces: The tank's interior must be made of a material that is completely non-reactive with water and has a surface so smooth that it prevents microbial adhesion and growth.
• Food-Grade and Certified Materials: All components in contact with potable water must be certified by respected international bodies (e.g., NSF/ANSI 61) to be non-toxic and safe for drinking water use.
• Corrosion-Proof Barrier: The tank's structural material must be fully isolated from the water to prevent rust contamination.
• Ease of Cleaning and Maintenance: The design must facilitate easy and thorough sanitization to ensure consistent hygiene.
• A Sealed Environment: The tank's construction must be completely sealed to prevent any external contaminants from entering.
• Long-Term Integrity: The hygienic qualities of the tank must not degrade over time.

Our Epoxy Coated Steel Bolted Tanks provide an unparalleled combination of certified materials, precision engineering, and robust design, setting a new standard for water purity and safety.

How Our Tanks Guarantee Hygienic Drinking Water:

• NSF/ANSI 61 Certified, Food-Grade Coating: Our advanced epoxy resin coating meets NSF/ANSI 61 standards, guaranteeing it is non-toxic and non-leaching.
• Smooth, Non-Porous Surface for Purity: The epoxy coating creates an exceptionally smooth, glass-like interior surface that prevents microbial adhesion.
• Complete Corrosion Protection: The epoxy lining forms an impermeable barrier that isolates the water from the steel structure.
• Sealed, Bolted Panel Design: Precision-fabricated panels assembled with food-grade sealants create a completely sealed environment.
• Easy to Clean and Sanitize: The smooth interior simplifies periodic cleaning and sanitization.
• Controlled Factory Application: Our coating process ensures uniform thickness and flawless finish under optimal conditions.
• Unwavering Durability and Longevity: Designed for decades of service while maintaining hygienic performance.

We are a dedicated partner in enabling safe, efficient, and sustainable water management worldwide. With a portfolio boasting over 10,000 successful projects globally, we bring unparalleled experience to every challenge.

Our commitment to quality is evidenced by our adherence to stringent international standards, including ISO9001, NSF61, EN1090, ISO28765, WRAS, and FM.

Applications:

• Fire Protection Water
• Wastewater Treatment
• Irrigation Water Storage
• Liquid Food Product Storage
• Rainwater Recovery