Thermplus HT-32 high-performance heat transfer fluid, operates safely up to +320°C, is resistant to thermal oxidation, and improves system efficiency.

THERMPLUS HT-32 – Reliable and Long-Lasting Heat Transfer Performance

Thermplus HT-32 is a special heat transfer fluid produced with high purity paraffinic base oils and resistant to high temperatures. Its chemical stability ensures long-term and safe use up to +320°C. The product stands out in industrial applications by offering both low energy consumption and high system efficiency.

Highlighted Features

• High thermal oxidation resistance offers long-lasting performance

• Continuous operating temperature up to +320°C

• Low evaporation rate reduces oil consumption

• Rust and corrosion protection extends equipment life

• Cold fluidity feature ensures effective circulation even at low temperatures

• High viscosity stability is resistant to temperature changes

Applications

• Asphalt, soap, plastic, and wax production

• Paper and fiberboard manufacturing

• Heat transfer systems operating under medium temperature conditions

• Industrial lines requiring precise temperature control

• Production facilities prioritizing energy efficiency

Thermplus HT-32 is an excellent choice for professionals seeking long-term reliability, low maintenance costs, and maximum performance in heat transfer systems.

Equivalent Brands and Products

THERMPLUS HT-32 is particularly regarded for its safe operation up to film temperatures of 300°C to 320°C, and its primary market equivalents are as follows:

• RESTOREPLUS: Thermplus HT-32

• MOBIL: Mobiltherm 605

• SHELL: Heat Transfer Oil S2 (formerly Shell Thermia B)

• TOTALENERGIES: Seriola ETA 32

• PETROL OFİSİ: Heat Transfer Oil 32

• BP: Transcal N

• CASTROL: Perfecto HT 5

• FUCHS: Renolin Therm 320 (or Renolin Therm 32)

Technical Information and Features

Based on Restoreplus Thermplus HT-32, the shared technical values of equivalent products in this segment are as follows:

• High Thermal Stability: Prevents chemical breakdown (thermal cracking) of the oil at high temperatures encountered in heat transfer systems. Thus, minimizing the formation of Sludge and Carbon Deposits within the system.

• Low Vapor Pressure: The tendency of the oil to evaporate at high temperatures is very low. This feature reduces losses in the expansion tank and prevents Air Locking within the system.

• Rapid Heat Transfer: Its low viscosity and high thermal conductivity coefficient allow it to transfer energy from the source to the point of use In the Most Efficient Way. Reduces load on the pump and saves energy.

• Oxidation Resistance: Demonstrates resistance to oxidation at points where there is contact with air in closed systems. Prevents oil from darkening and thickening, thus prolonging Service Life.

• Low Pour Point: Maintains fluidity during the initial operation (cold start) of the system in cold weather, allowing the Circulation Pump to operate without strain.

• Corrosion Protection: Prevents the formation of rust and corrosion on the metal interior surfaces of the heating system, enhancing the Life Span of pipes and boilers.

• Wide Operating Range: Generally used safely in closed systems up to 300°C - 320°C film temperatures, and in open systems at lower temperatures to maintain oil life.

Application Area: This product is used in textile industry stenter machines, asphalt plants, heating jacketed boilers in chemical and pharmaceutical industries, lumber drying kilns, and cylinder heating in the paper industry.