LVT floor is a new type of ground material with high quality and high technology. It uses refined polyvinyl chloride and stone powder to form a high-density solid base, which is covered with a vivid print layer. The surface layer is covered with a very strong wear-resistant PVC transparent layer. The bottom is equipped with anti-sliding film, which is processed through multiple processes. The surface layer is coated with UV coating, aluminium trioxide coating and bactericidal coating. The product has the advantages of lifelike and beautiful grain, elasticity, comfortable walking, obvious sound absorption, high wear resistance, easy cleaning, low maintenance, quick and simple construction, etc.

1. Environmental protection and non-toxicity

The main raw materials used in LVT floor are polyethylene plastics and selected non-radioactive stone powder. Polyvinyl chloride (PVC) is an environmentally friendly and non-toxic renewable resource. It has been widely used in people's daily life, such as tableware, medical infusion bags, etc. In the production process, so the added ingredients are completely non-toxic and non-radioactive.

2.Environmental recycled LVT flooring is one of the few ground materials that can be recycled and reused. Especially the glue-free LVT floorings can be recycled and continued to produce LVT flooring after several years. It is of great and far-reaching significance to protect our earth's resources and ecological environment.

3.The surface of wear-resistant and scratch-resistant LVT floor has a special transparent wear-resistant layer processed by high technology, together with a more wear-resistant coating on the surface. The wear resistance of LVT flooring can reach 20,000 revolutions. Because of its super wear resistance, LVT flooring is becoming more and more popular in many places, shopping malls, supermarkets and so on.

LVT flooring produced by LVT floor extrusion production line usually consists of high filling core layer (usually integrated glass fiber felt), decorative film and wear resistant layer.