Heat Insulation Coating

HighKool is a high-performance, solvent-based heat insulation coating formulated with modified co-polymer technology.

HIGHKOOL

High Performance, Heat Reflective Coating Based on Modified Co-Polymers

Colour: White
Packaging: 20 Kg Bucket Packing.

Overview

HighKool is the heat reflective coating based on modified co-polymer chemistry. With its excellent water repellant properties, HighKool coating acts as an effective waterproofing system for concrete & metal structures. It is designed to provide excellent heat reflective property to reduce to heat absorption in the structure.

Also available in HighKool WB (Water Base)

Key Features and Benefits

Extends Life of Buildings

Reduces Thermal expansion & Contraction

Corrosion resistance

Some formulations provide a barrier against moisture and air, thereby preventing corrosion and extending the life of the substrate.

Low VOC

The low VOC (volatile organic compounds) content in the product reduces the emissions of harmful chemicals that can impact air quality.

Heat Reduction

Excellent heat insulation properties.

Weather Resistance

It can withstand harsh weather conditions such as high wind, rain and UV rays, making them suitable for long term use.

Anti-Corrosive

HighKool protecting against corrosion.

Application Areas

Reflects intense sunlight to keep internal temperatures cooler, improving comfort inside cabins and portable shelters.

Metal Application (1)

Metal

Terraces Application

Terraces

Reduces heat gain on concrete surfaces, making indoor spaces cooler and reducing air conditioning load.

Industrial GI Shades Application (1)

Lowers radiant heat inside factories and storage units by reflecting heat off GI sheet roofs and walls.

Industrial GI Shades

Frequently Asked Questions (FAQs)

What is HIGHKOOL used for?

HighKool is designed for reflecting solar heat from roofs and exterior walls, significantly reducing internal temperatures.

Yes, it can be applied on metal roofing, GI sheets, terraces, and external walls.

It can reduce surface temperatures by up to 15-20°C, depending on exposure and substrate.

Absolutely. It provides excellent resistance to UV rays and prevents surface degradation.

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