Condensation

Prevent Condensation and Corrosion with TC Ceramic

Applying TC Ceramic directly to substrate surfaces, such as pipes, provides an effective solution to minimize or eliminate condensation. In uninsulated conditions, cold or chilled pipes often accumulate condensation due to the temperature differential between the surface and the surrounding air. This moisture buildup not only creates operational inefficiencies but also contributes to the development of corrosion over time.

With TC Ceramic’s insulating properties, the surface temperature is regulated, preventing the formation of condensation. This protective barrier ensures pipes remain dry and corrosion-free, significantly extending their lifespan and reducing maintenance costs. Whether used in industrial settings, refrigeration systems, or HVAC applications, TC Ceramic is a practical and cost-effective way to manage condensation and safeguard equipment from moisture-related damage.

Air Ducting

Reduce Condensation and Corrosion in Air Duct Systems

TC Ceramic is highly effective for use on warm air ducts, dust collection systems, and bag-houses. When applied to the exterior of these systems, the coating minimizes or eliminates condensation buildup on the inside of the ducts. This reduction in moisture prevents the accumulation of dust, debris, and other materials, which can often lead to blockages and inefficiencies.

Additionally, by keeping the interior surfaces dry, TC Ceramic significantly reduces the risk of corrosion caused by prolonged exposure to moisture. This helps maintain the structural integrity and performance of the ducting system, ensuring efficient air circulation and improving the overall lifespan of the equipment. For industrial facilities, this means less downtime for cleaning and repairs and lower operational costs.

Cost Saving

Direct Application on Hot Surfaces for Maximum Cost Efficiency

TC Ceramic offers significant cost-saving benefits thanks to its unique ability to be applied directly to hot surfaces without interrupting manufacturing processes. Unlike traditional insulation methods that often require equipment to be shut down for installation, TC Ceramic can be applied while systems are operational, avoiding costly downtime.

The coating has been successfully tested on surfaces with temperatures as high as 500°F (260°C), though we recommend limiting applications to 400°F (204°C) to minimize the risk of peeling in extreme conditions. By adhering to these guidelines, TC Ceramic delivers long-lasting insulation and protection without the need for expensive process modifications.

This innovative approach not only saves time and money during installation but also reduces ongoing energy costs by enhancing thermal efficiency. TC Ceramic is a proven, practical solution for industries looking to optimize their operations and reduce costs without sacrificing performance.