ALTIC HRTI 1000 is a specialized Heat Resistant and Thermal Insulation Coating designed for suitable industrial surfaces exposed to elevated temperatures. It is intended to provide thermal protection while helping reduce heat transfer from hot surfaces.
The coating can be considered for industrial applications involving furnaces, hot pipelines, boilers, ovens, exhaust systems, process equipment and other high-temperature surfaces, subject to the operating temperature and application requirements of the specific project.
ALTIC HRTI 1000 should be selected and applied according to the latest product Technical Data Sheet (TDS), particularly for maximum operating temperature, coating thickness, coverage, curing procedure and substrate suitability.
Key Features & Benefits
- Heat-resistant coating for high-temperature industrial applications
- Designed for thermal insulation and heat-transfer reduction
- Suitable for compatible industrial metal surfaces
- Helps provide a protective coating layer on hot equipment
- Suitable for furnaces, pipelines, ovens and process equipment
- Supports thermal protection of industrial assets
- Can be incorporated into suitable industrial coating systems
- Designed for applications where conventional coatings may not provide sufficient temperature resistance
Typical Applications
ALTIC HRTI 1000 may be considered for suitable high-temperature applications such as:
- Industrial furnaces
- Furnace components
- Boilers and associated equipment
- Hot process pipelines
- Ovens and heating equipment
- Exhaust systems
- Chimneys and flues
- Heat-processing equipment
- Industrial machinery
- High-temperature metal surfaces
- Process plants and industrial facilities
The actual suitability should be confirmed based on the surface temperature, operating conditions, substrate and required coating system.
Thermal Protection
High-temperature industrial equipment can experience continuous thermal exposure, thermal cycling and temperature-related surface stress. A suitable thermal insulation coating can act as a protective barrier and help reduce heat transfer from the exposed surface.
ALTIC HRTI 1000 is designed for applications where heat resistance and thermal insulation are important considerations. Correct surface preparation, coating thickness and curing are essential for achieving the intended performance.
Surface Preparation
Proper surface preparation is essential before applying any heat-resistant coating.
The substrate should be:
- Clean and dry
- Free from oil, grease and contaminants
- Free from loose rust, scale and poorly bonded coatings
- Properly prepared according to the recommended preparation standard
- Suitable for the selected coating system
Existing coatings should be removed where they are incompatible, loose or damaged. For heavily corroded steel, suitable mechanical or abrasive surface preparation may be required.
Always follow the latest ALTIC TDS for the recommended surface preparation method.
Application Method
ALTIC HRTI 1000 should be applied according to the manufacturer’s recommended procedure.
Depending on the product specification and project requirements, suitable application methods may include:
- Brush
- Roller
- Conventional spray
- Airless spray
The coating should be applied uniformly while maintaining the specified wet and dry film thickness.
General Application Sequence
- Prepare and clean the substrate thoroughly.
- Ensure the surface is dry and free from contaminants.
- Mix or homogenize the coating as specified in the TDS.
- Apply the first coat using the recommended application method.
- Allow the coating to dry or cure according to the specified conditions.
- Apply subsequent coats where required.
- Maintain the specified total coating thickness.
- Follow the recommended curing and initial heating procedure before exposing the coating to full operating temperature.
Do not use an unapproved thinner or modify the coating system without checking the product TDS.
High-Temperature Applications
For high-temperature equipment, the coating system must be selected according to the actual operating conditions rather than nominal equipment temperature alone.
Important factors include:
- Continuous operating temperature
- Maximum temperature
- Thermal cycling
- Heating and cooling rate
- Substrate material
- Existing coating system
- Required thermal insulation
- Indoor or outdoor exposure
- Chemical and environmental exposure
Correct curing is particularly important before placing the coated equipment into service.
Maintenance & Inspection
Regular inspection can help identify coating damage caused by thermal cycling, mechanical impact, corrosion or operating conditions.
Inspect coated surfaces for:
- Cracking
- Peeling
- Blistering
- Loss of adhesion
- Mechanical damage
- Corrosion at exposed areas
- Changes caused by repeated thermal cycling
Damaged areas should be assessed and repaired according to the applicable ALTIC coating-system procedure.
Safety & Handling
Use appropriate personal protective equipment during surface preparation and coating application.
Ensure adequate ventilation, particularly when applying coatings in enclosed industrial areas. Avoid unnecessary skin and eye contact and follow the relevant Safety Data Sheet (SDS) for detailed handling, storage, first-aid and disposal information.
High-temperature equipment must be completely isolated and brought to a safe temperature before surface preparation or maintenance coating work.
Storage
Store ALTIC HRTI 1000 in its original, properly sealed container in a cool, dry and suitable storage area. Protect the product from extreme temperatures, direct sunlight and contamination.
For exact storage temperature, shelf life and packaging information, refer to the latest product TDS/SDS.
Why Choose ALTIC HRTI 1000?
ALTIC HRTI 1000 is developed for industrial applications where heat resistance and thermal insulation are important coating requirements. It can be considered for suitable high-temperature equipment and surfaces where thermal protection is required.
For optimum performance, the coating should be selected according to the actual operating temperature and applied using the recommended surface preparation, coating thickness and curing procedure.
Reviews
There are no reviews yet.