Fire-resistant smoothing compound guarantees a perfectly smooth surface. It is a preparation that is resistant to high air temperatures of up to 650 degrees Celsius.
The very easy-to-prepare smoothing compound on offer in our online shop has been tested many times, both by professionals and amateurs. Their positive feedback is a guarantee that it is a building material designed to reinforce surfaces with very high air temperatures. Unlike traditional smoothing, the smoothing coat we offer does not crack, delaminate or fall off the surface that comes into direct contact with an open fire. The product is used in such places as, among others:
- chimney walls,
- chimney chambers,
- walls adjacent to wood-burning cookers,
- walls adjacent to cookers,
- surfaces in contact with fireplaces built into the wall.
The aforementioned application possibilities of a product such as smoothing compound make it of great interest to many customers.
Heat-resistant smoothing material
The fire-resistant smooth, or high-temperature gypsum, available in the offer of our online shop is a product recommended by specialists in the field of heating technology. This product effectively protects surfaces in direct contact with heating equipment. Its excellent chemical and physical properties are worth noting. This product will last in perfect condition for a very long time. Its quick and hassle-free mixing and application process, differs significantly from traditional putty. It is sufficient to apply cold water at a ratio of 200 ml per 1 kg of gypsum. The high-temperature gypsum from our range can be applied to the surfaces of your choice in layers not exceeding 6 mm in thickness. This makes it possible to obtain a perfectly smooth surface that is resistant to very high air temperatures.
Worth reading:
Brick garden hearth is the basis for many heating appliances
Fireplace cladding requires proper construction
High-temperature gypsum is used in a variety of industrial applications. It can also be directly applied to Vitcas CS fireplace boards.