Product Description
ALTIC Epoxy Thermal Insulation Glass Coating is a specialized industrial protective coating designed for applications where thermal insulation, surface protection, and epoxy-based coating performance are required. The coating can be used on suitable industrial surfaces to help manage heat transfer while providing a durable protective layer.
Its glass-reinforced/filled coating formulation is suitable for industrial environments where resistance to heat, moisture, chemicals, abrasion, and surface deterioration may be required, subject to the final system specification.
Key Features & Benefits
- Epoxy-based thermal insulation coating system
- Helps reduce heat transfer from coated surfaces
- Provides a protective barrier against environmental exposure
- Suitable for selected industrial applications
- Good adhesion when applied over properly prepared surfaces
- Helps protect substrates from moisture and surface deterioration
- Suitable for maintenance and new industrial coating projects
- Can be incorporated into a multilayer protective coating system where compatible
Typical Applications
ALTIC Epoxy Thermal Insulation Glass Coating may be considered for:
- Industrial pipelines
- Storage tanks and vessels
- Machinery and equipment
- Process equipment
- Metal structures
- Industrial plant surfaces
- Thermal processing equipment
- Areas requiring thermal insulation and protective coating
- Industrial maintenance and refurbishment projects
Suitable Surfaces
Depending on the specified coating system, it may be used on properly prepared:
- Mild steel (MS)
- Carbon steel
- Selected metal surfaces
- Industrial equipment
- Fabricated structures
Surface compatibility should always be confirmed before application.
Surface Preparation
Proper surface preparation is essential for coating performance.
- Remove oil, grease, dust, dirt, rust, and loose contaminants.
- Clean the substrate using a suitable industrial cleaning method.
- Mechanically prepare or abrasive-blast the surface where specified.
- Ensure the surface is dry and free from loose material.
- Apply the recommended primer, if required by the coating system.
- Follow the latest ALTIC TDS for the required surface preparation standard.
Application
Application may be carried out using a suitable brush, roller, or spray method, depending on the product formulation and project requirements.
For optimum results:
- Mix components thoroughly where a multi-component system is supplied.
- Follow the specified mixing ratio and induction time, if applicable.
- Apply the coating at the recommended film thickness.
- Allow adequate drying/curing between coats.
- Avoid application under unsuitable environmental conditions.
- Do not exceed the recommended coating thickness in a single coat.
Important Product Information
The exact thermal resistance, thermal conductivity/insulation performance, DFT, coverage, mixing ratio, curing time, application method, chemical resistance, and service conditions should be confirmed from the latest ALTIC Technical Data Sheet (TDS) and Safety Data Sheet (SDS) before commercial application.
Manufacturer: UGAM TECHNOLOGY
Brand: ALTIC Paint
Location: Vadodara, Gujarat, India
Application: Industrial Thermal Insulation & Protective Coating
Outstanding Heat Insulation EfficiencyFeaturing extremely low thermal conductivity, ALTIC Epoxy Thermal Insulation Glass Coating acts as a robust thermal barrier to minimize unwanted heat transfer. Suitable for glass surfaces and industrial panels, it helps reduce air conditioning costs and improves overall energy efficiency.
Safe, Eco-Friendly, and DurableALTIC's low VOC formulation ensures minimal environmental impact, and the coating becomes non-toxic after curing. Its strong resistance to moisture, acids, and alkalis, coupled with a high-purity epoxy resin base, ensures long-term durability for both indoor and outdoor applications.
Easy Application and Broad CompatibilityThis epoxy coating applies smoothly with a brush, roller, or spray and cures under room temperature or mild heat. Its high adhesion allows it to bond well with glass and multiple primed surfaces, making it a versatile choice for a wide range of industrial and architectural needs.
FAQ's of ALTIC EPOXY THERMAL INSULATION GLASS COATING:
Q: How is the ALTIC Epoxy Thermal Insulation Glass Coating applied?
A: The coating can be applied using a brush, roller, or spray method. For best results, ensure the surface is clean and, if necessary, primed. Apply in even coats, observing the recommended recoat interval of 2-4 hours (depending on temperature and humidity) to achieve optimal coverage and performance.
Q: What benefits does this coating provide in terms of heat insulation?
A: ALTIC Epoxy Glass Coating exhibits very low thermal conductivity, which substantially reduces heat transfer through glass surfaces. This translates to improved thermal comfort and significant energy savings by decreasing the need for air conditioning or heating.
Q: When can the coated surface be put into service after application?
A: After application, the surface becomes touch-dry within 30 to 60 minutes. The recommended hard dry time is approximately 12 hours under typical conditions, after which the coated surface can be safely used within the designated service temperature range of -20C to 120C.
Q: Where is this epoxy thermal coating most effectively used?
A: It is ideal for use on glass surfaces such as windows, industrial panels, and protective glass installations. Its excellent adhesion and resistance properties make it suitable for various industrial and architectural settings requiring thermal insulation and surface protection.
Q: What makes ALTIC Epoxy Glass Coating environmentally friendly?
A: The product is formulated with low VOC content, minimizing the release of harmful compounds during application. After curing, the coating is non-toxic, making it a safer choice for both users and the environment.
Q: How does the coating perform against moisture, chemicals, and weather?
A: ALTIC Epoxy Glass Coating delivers excellent resistance to water, acids, alkalis, and harsh weather conditions. This ensures long-term durability and protection for glass and similar surfaces exposed to challenging environments.
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