Temperature Dissipating Coatings

UCC’s Chemline® TDC is a high-performance, flexible coating system designed to protect concrete tanks, dikes, and containment areas from thermal stress and chemical attack. By effectively dissipating heat, this advanced lining prevents cracking and degradation in environments subject to extreme temperature fluctuations.

Why Choose Chemline® TDC?

• Thermal Stress Resistance: Withstands rapid temperature changes without compromising the coating or substrate.

• Chemical Durability: Provides long-lasting protection against a wide range of industrial chemicals.

• Flexible Performance: Maintains adhesion and integrity even under mechanical stress or substrate movement.

• Easy Application: Suitable for new construction or retrofit projects, requiring minimal surface preparation.

Ideal Applications

• Concrete Process Tanks: Shields against thermal cycling and chemical exposure.

• Containment Dikes: Protects against heat-induced cracking and chemical spills.

• Industrial Facilities: Perfect for power generation, wastewater treatment, and other critical infrastructure.

UCC’s Chemline® TDC combines durability, flexibility, and thermal protection, delivering a reliable solution for industries that demand long-lasting, heat-resistant coatings.

Ultimate Corrosion Control can provide

• Containment solutions for a wide range of materials.
• We often line steel tanks to achieve significant savings compared to using stainless steel or other alloys.
• Provide tank linings that will not permeate, contaminate, or change in harsh chemical environments.
• FDA approved for food processing and storage tanks.

Ultimate Corrosion Control applies specialized Temperature Dissipating Coatings from APC

• ChemLINE® TDC is a specially formulated coating that creates an insulating barrier to reduce high-temperature surfaces, protecting personnel and minimizing heat retention.
• ChemLine® TDC acts as an insulative coating combined with the excellent chemical resistance of ChemLINE® 784.
• It requires minimal surface preparation through power tool cleaning.
• It can be applied directly to hot, clean surfaces up to 300°F (150°C).
• It can be built up to 60 mils in a single coat on a hot surface.
• Touch-ups are possible after minor structural repairs.
• It can be applied to virtually any substrate material, eliminating the need for primer and helping to prevent corrosion.