Thermoinsulation materials THERMOCOM
Our products are a portfolio of thermal insulation materials that enable efficient thermal and fire protection solutions.
Applications and effects
Power engineering
- Lower losses
- Wide application
- Increased safety
To reduce energy losses in the transmission of steam, water, air separation systems, natural gas, compressed air, etc. over long distances using less energy.
For thermal insulation of hot and cold water pipes, steam pipes, air conditioning and refrigeration ducts, various vessels, tanks and cisterns, gas installations and chimneys.
Mechanical engineering
- Improving energy efficiency
- Improved machine protection
- Improving safety
To protect against the effects of fire and high temperatures on engine and system parts, individual units or devices.
To increase the thermal insulation and fire protection level of loaded individual parts and assemblies or of plants and systems as a whole.
Metallurgy
- Repair time reduction
- Temperature loss reduction
- Efficiency increase
The lining of overflow trays, special forms, elements and aggregates for casting reduces the temperature loss of the metal during recasting and lowers the initial temperature of the casting (eliminating the need to overheat the metal and preheat the casting equipment).
Lining the furnace reduces heat loss, increases equipment efficiency and reduces energy or gas consumption.
Also, the ease of forming thermal and flame protection layers of thermal paste will significantly reduce the time required to line the equipment and, if necessary, for repairs.
Construction
- Heat loss reduction
- Safety increase
- Efficiency increase
Allows the formation of a thermal insulation layer in any building, structure or space, increasing the level of protection and energy efficiency of the object by reducing heat loss.
Applications and effects
Power engineering
- Lower losses
- Wide application
- Increased safety
To reduce energy losses in the transmission of steam, water, air separation systems, natural gas, compressed air, etc. over long distances using less energy.
For thermal insulation of hot and cold water pipes, steam pipes, air conditioning and refrigeration ducts, various vessels, tanks and cisterns, gas installations and chimneys.
Mechanical engineering
- Improving energy efficiency
- Improved machine protection
- Improving safety
To protect against the effects of fire and high temperatures on engine and system parts, individual units or devices.
To increase the thermal insulation and fire protection level of loaded individual parts and assemblies or of plants and systems as a whole.
Metallurgy
- Repair time reduction
- Temperature loss reduction
- Efficiency increase
The lining of overflow trays, special forms, elements and aggregates for casting reduces the temperature loss of the metal during recasting and lowers the initial temperature of the casting (eliminating the need to overheat the metal and preheat the casting equipment).
Lining the furnace reduces heat loss, increases equipment efficiency and reduces energy or gas consumption.
Also, the ease of forming thermal and flame protection layers of thermal paste will significantly reduce the time required to line the equipment and, if necessary, for repairs.
Construction
- Heat loss reduction
- Safety increase
- Efficiency increase
Allows the formation of a thermal insulation layer in any building, structure or space, increasing the level of protection and energy efficiency of the object by reducing heat loss.
We provide unique solutions
We will be happy to answer your questions and provide you with a customized solution.
We provide unique solutions
We will be happy to answer your questions and provide you with a customized solution.