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Anti-corrosion – the key to durability of industrial installations

Industrial tanks are exposed to moisture, chemicals, and changing weather conditions. Corrosion leads to gradual structural degradation, resulting in costly repairs, downtime, and the risk of failure. Effective protection is provided by butyl adhesives and tapes, which, thanks to their unique properties, are increasingly used in anti-corrosion protection systems.

Butyl adhesives – reliable sealing and protection

Butyl adhesives are high-viscosity products that ensure durable and tight bonding. In anti-corrosion applications, they:

  • create a flexible, waterproof barrier,

  • provide excellent adhesion to metal, concrete, or coated surfaces,

  • resist moisture, oils, and chemicals,

  • limit the penetration of air and water vapor into the tank surface.

Butyl tapes – quick and effective application

Butyl tapes are a practical complement to adhesives. Thanks to their form, they are easy to apply and perfectly adapt to surface shapes. The key benefits of butyl tapes include:

  • creating a tight anti-corrosion barrier at joints and connections,

  • resistance to aging and UV radiation,

  • simple application without additional tools,

  • suitability for both internal and external tank surfaces.

Applications in industrial tanks

Butyl adhesives and tapes are widely used in various industries, including:

  • water, fuel, and chemical storage tanks,

  • fire protection systems,

  • structures exposed to constant moisture,

  • liquid storage and transport systems.

Why butyl in anti-corrosion protection?

Unlike traditional coatings, butyl-based products offer:

  • long-lasting resistance to external factors,

  • flexibility even at low temperatures,

  • safe application without open flame or aggressive solvents,

  • cost-effectiveness – extended tank service life and reduced maintenance costs.

Butyl adhesives and tapes are a proven technology in the anti-corrosion protection of industrial tanks. They combine durability, flexibility, and resistance to chemical and atmospheric factors, making them a reliable solution for protecting structures against degradation.