UPS 555 TC Thermic Coating 140 X | High Build, Solvent-Free Thermal Protection

UPS 555 TC THERMIC COATING 140 X is a high build, solvent-free, low emissivity coating specifically engineered to minimise heat transfer from underlying metal surfaces.

This advanced coating significantly reduces heat loss and lowers the risk of burns from personal contact.

Designed for application on hot operating surfaces, UPS 555 TC is ideal for environments with temperatures ranging from 80°C to 140°C (176°F to 248°F).

UPS - Good machining characteristics using conventional tool icon

Apply to process surfaces in operation from 80 to 140°C (248°F).

Reduces surface temperatures from 140°C (284°F) to below 55°C (130°F).

Solvent free epoxy with high build capability.

This pipework required a protective coating due to corrosion however the line couldn’t be turned off

The surface temperature of the bare steel was 112°C

After the application of the UPS 555 TC onto the live pipework to surface temperature was reduce to 32°C

Sections all over the pipework were coated with UPS 555 TC

This pipework required a protective coating due to corrosion however the line couldn’t be turned off

The surface temperature of the bare steel was 112°C

UPS 555 TC THERMIC COATING 140 X is ideal for a variety of industrial applications, including:

Fan Housings: Safeguards critical components from heat and corrosion.

Ovens: Offers robust thermal insulation and surface protection.

Heat Exchangers: Improves thermal efficiency and surface protection.

Mixing Vessels: Minimizes heat transfer and protects against operational wear.

Tank Externals: Enhances safety by reducing surface temperatures.

Why Choose UPS 555 TC THERMIC COATING 140 X?

Durability: Provides long-term protection against high temperatures, heat, and corrosion.
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Safety: Reduces surface temperatures significantly, lowering the risk of burns and enhancing workplace safety.
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Versatility: Suitable for a wide range of industrial applications, ensuring comprehensive protection.
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Efficiency: Enhances thermal management and operational efficiency of equipment.
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Convenience: Designed for application on hot operating surfaces, fitting seamlessly into maintenance schedules.