New Delivery for Spc Flooring With Deep Emboss Surface - SPC Floor JD-067 – Aolong

SPC floor is mainly composed of calcium powder and PVC stabilizer in a certain proportion. It is a new material invented in response to national emission reduction. Rigid SPC indoor floor is very popular in foreign home decoration market. It is a perfect presentation for home decoration. SPC floor is a 100% formaldehyde free environmental protection floor with calcium powder as the main raw material, plasticized extruded sheet, four roll calendered hot applied color film decorative layer and wear-resistant layer, It’s a real zero formaldehyde floor. The thickness is only 4-5.5mm. The ultra-thin design is a bold innovation in the professional industry. The surface printing material, the base material and the 100% high-purity wear-resistant transparent layer are integrated to improve the service life of the large crowd flow field. The surface imitates the real wood texture and natural marble texture. In view of the characteristics of raw materials, it has fast heat conduction and long heat storage duration. It is the preferred floor for floor heating. SPC floor is considered as a new generation of floor material, which is characterized by extremely stable, high performance, complete waterproof, high density sales core and pressure mark; It can be easily installed in different types of ground base, concrete, ceramic or existing flooring; This is formaldehyde free, completely safe floor covering material for residential and public environment.

Advantages of SPC floor: suitable for geothermal, energy saving and thermal insulation. Its rock powder substrate layer is the same as mineral rock, with good thermal conductivity and thermal stability, so it is very suitable for use in this geothermal environment. Release heat evenly, because it itself does not contain any formaldehyde, so it will not release any harmful gas, at the same time, its base material has a flexible rebound layer, and the wear-resistant layer on the surface can achieve effective heat preservation.