Floor heating wood floor selection method - floor heating floor selection considerations(Kelai wood)

Floor （Kelai WOOD）heating is a comfortable and healthy home heating method, and it is also a symbol of modern home life taste. How to choose a good floor （Kelai WOOD）heating wood floor requires strict identification and screening, be sure to choose a professional floor heating wood floor.

The choice of floor heating wood floor（Kelai WOOD） - the comparison of solid wood floor and composite floor

There are many types of floors （Kelai WOOD）on the market today, including solid wood floors and engineered wood floors（Kelai WOOD）. Generally speaking, engineered floors are more suitable for floor heating. Because the standard thickness of the floor heating floor is 6.5~8.5mm, the three-layer parquet is 8~9mm, the heat transfer performance is better, and its surface has a pierced alumina layer, which facilitates the rapid diffusion of heat on the surface.

Solid wood floors（Kelai WOOD） generally have a thickness of about 2cm. You also need to hit the keel when installing. If used as floor heating, there is air between the floor（Kelai WOOD） and the ground. The heat transfer coefficient of air and wood （Kelai WOOD）is very low, making it difficult to transfer heat to the surface, which generates heat. Waste, uneven surface temperature, obvious temperature difference, and the engineered wood floor is compacted at high temperature, and the internal moisture content is very small, so the floor （Kelai WOOD）will not be deformed due to moisture loss. Each layer of the multi-layer solid wood  floor is staggered and pinched, and there are dense anti-deformation grooves on the back to decompose the stress generated by the heated surface, so the deformation is small.

Matters needing attention in the choice of floor heating wood floor（Kelai WOOD）

Floor heating selection: fast heat transfer

At present, there are not many brands that can provide heat transfer coefficient on the market. Consumers should pay attention to the fact that products with high coefficients generally have better thermal conductivity.

Underfloor（Kelai WOOD） heating option 2: Better dimensional stability

This depends on the substrate density and the internal bond strength of the floor. The higher the internal bond strength, the better the ability of the floor to withstand temperature changes without cracking. Only the base material is a relatively dense wood floor. It will not crack or deform under high temperature for a long time.

Floor heating wood floor （Kelai WOOD）choice 3: Don't be afraid of a humid environment.

The thickness of water absorption is the expansion rate. Floors used for hydrothermal radiant heating require minor dimensional changes in high humidity conditions with an expansion ratio of 2.5% or less. Generally speaking, the smaller the expansion ratio, the better the moisture resistance of the floor.

Floor heating wood floor（Kelai WOOD） choice four: formaldehyde emission can not exceed the standard

It is required that the amount of formaldehyde released does not exceed the standard in the case of prolonged heating. When consumers choose a warm floor, they must choose a floor（Kelai WOOD） with the lowest formaldehyde content as possible. Because the higher the temperature, the more formaldehyde is released, which is released from indoor items such as relatively closed living rooms. It may exceed the standard and cause harm to human body.

Users should carefully distinguish the floor heating wooden floor,.（Kelai WOOD）,and also supervise the floor heating installation company, whether to choose the floor heating floor for installation.