High Temperature Epoxy Novolac

Brute-Chem Epoxy Novolac Flexible High Temperature (ENFHT)

Brute-Chem ENFHT is a high solid, low VOC epoxy novolac coating that is formulated for high chemical resistance, high temperature resistance and is flexible to help bridge cracks. The Brute-Chem ENFHT offers excellent wear ability, high gloss, good gloss retention, excellent chemical resistance, excellent impact resistance and good crack bridging. It can be applied clear or pigmented.

The Brute-Chem ENFHT was formulated to be used as a Primer and topcoat system.

System may be applied neat to obtain the highest elongation and crack bridging. For high temperature flooring applications, the materials should be applied clear as a primer at 10 mils, then 14 mils applied with a saturation broadcast and then 14 mils to seal the broadcast. This will provide the highest temperature resistance. ENFHT will withstand 250°F dry or 170°F wet. Chemical resistance should be tested at this temperature for each situation use/distribution.

Flooring Damage From Extreme Temperatures

Industrial flooring can be made from various materials, including concrete, vinyl, and other specialized materials designed to withstand exposure to high heat and withstand temperatures. When something with a high temperature, such as molten metal or welding sparks, comes into contact with industrial flooring, various types of damage can occur:

Thermal Shock

The most immediate and severe damage that can occur is thermal shock. When a hot object is placed on a relatively cold industrial floor, the rapid temperature change can cause the floor material to expand or contract quickly and unevenly. This can lead to cracking, spalling (surface flaking), or delamination (separation of layers) of the flooring material. High temperature epoxy flooring is a great option.

Weakening of Structural Integrity

High temperatures can weaken the structural integrity of industrial flooring materials, especially if they are not designed with low viscosity and high durability to withstand extreme heat. This can lead to sagging, warping, or deformation of the floor, which can create safety hazards and reduce the floor’s load-bearing capacity.

Chemical Reaction

Some industrial flooring materials are sensitive to chemical reactions caused by high heat and grease exposure. Exposure to high heat and grease can lead to chemical changes in the resin-based flooring material, potentially causing it to degrade or become more brittle.

Discoloration

High-temperature objects or substances, such as grease, can also cause discoloration of the flooring surface. This may not necessarily affect the structural integrity of the floor but can make it less visually appealing.

Burn Marks

Extremely hot objects, such as molten metal or welding sparks, can leave burn marks on the surface of industrial flooring. These marks can be very difficult to remove, and may be permanent.

Material Specific Damage

Different types of industrial flooring materials have varying tolerance levels for high heat. For example, epoxy resin and low viscosity flooring systems can be particularly sensitive to heat and grease exposure, as they are typically one component materials. They may blister or soften when exposed to high temperatures. Concrete, on the other hand, has better heat resistance but can still crack or spall if subjected to rapid temperature changes.

To prevent damage to industrial flooring from high heat and grease exposure, it’s essential to choose flooring materials with the high durability and low viscosity. The flooring needs to be suitable for the specific industrial processes and conditions in your facility. Regular maintenance, such as sealing or coating with a suitable resin, can also help protect the flooring and extend its lifespan.