The open-fire resistant high-temperature adhesive can be used to fix tiles and natural stone. It is a product that is compatible with Vitcas accumulation boards, vermicutile and CS construction boards, as well as other building materials exposed to very high air temperatures.
The reliable high-temperature adhesive is suitable for both tiles and natural stone. This product is distinguished by its very easy application. It is a mortar that is used for bonding building materials that are exposed to very high air temperatures. It is a product that can be used to fix tiles on a fireplace, behind a boiler, behind a cooker, as well as behind radiators or cookers, located in residential or business buildings. The high-temperature adhesive, available from our online shop, has been positively evaluated by many heating specialists. It is an economical product available with a special applicator, which facilitates optimum measurement of the quantity required to permanently join the individual components of the construction of the selected model of heating device.
High-temperature adhesive with optimised consistency
Tile adhesive for fireplaces is a formulation that has been developed in such a way that it fulfils its primary purpose 100%. The product is designed to make building materials resistant to high air temperatures. It can be used for grouting ceramics, fixed on fireplaces and tiled cookers, located in commercial, industrial, residential and also corporate buildings. It is worth noting the absence of toxic additives and chemical enhancers in the composition of the product, which is tile adhesive for fireplaces. Consequently, it is a product that does not enter into any undesirable reactions with aquatic organisms. It is perfectly suited for a solid connection, even of very complex components, which constitute the construction of fireplaces or tiled cookers.
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A good quality high-temperature adhesive can be used on boilers or radiators. This product does not change its chemical properties when exposed to temperatures of up to 1,000 degrees Celsius.