What kind of solid wood flooring is the most stable?

Dec 12, 2023

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Solid wood flooring is currently recognized by the public as the healthiest and most comfortable flooring, especially with the popularity of solid wood geothermal flooring, which has added a lot of impression points. With the joint efforts of the industry, modern solid wood flooring has made significant improvements in performance and functionality compared to its predecessors, and is also more valuable in use. Especially in terms of stability and heat resistance, it has achieved great success. So, what kind of solid wood flooring is more stable?

Carbonization treatment: more stable performance.

 

As is well known, the stability of solid wood flooring is closely related to the raw wood and processing technology. Select wood with strong heat resistance and use special processing techniques to enhance stability. At present, the main technologies for enhancing stability include physical locking technology, carbonization technology, microwave processing technology, and chemical technologies such as acetylation.

 

Carbonization is a widely used technology. Carbonized solid wood flooring is a floor made by placing wood in a high temperature, high humidity, and high pressure environment to decompose and denature organic matter in the wood, and then processing it through processes such as high-temperature and high-pressure coking and discoloration. Carbonized solid wood flooring is treated with high-temperature carbonization technology at around 200 degrees Celsius, which allows the wood to absorb water and reorganize fibers, making its physical properties more stable and thermal conductivity better. Floors treated with carbonization can more easily adapt to geothermal environments.

 

Lianfeng geothermal flooring is a representative of the application of carbonization technology. Lianfeng · Rejianeng pure solid wood geothermal resistant flooring is based on Thermo wood steam treatment technology in Finland, and is quenched and forged using the "211 ℃ heavy carbon process". The "211 ℃ heavy carbon process" belongs to the steam carbonization technology, which is a pure physical wood modification technology and the most environmentally friendly wood performance optimization solution. After pyrolysis treatment of wood, the pores of the wood become a good conductor of heat, absorbing heat and keeping it warm in winter and cool in summer. After severe pyrolysis treatment at 211 ℃, the interior of the slab is no longer sensitive to water molecules. Then, waterproof silicon crystal material is used to protect the floor with six layers of sealing paint, which has less moisture absorption, small deformation, and no cracking. Its stability performance is better than that of Taiyou, fully adapting to external changes in cold, warm, dry, and wet conditions. In addition, after being subjected to high-temperature "sugar and fat removal" treatment, the Rejianeng pure solid wood geothermal resistant floor has stronger anti-corrosion and insect resistance functions, hence it is known as the "king of solid wood flooring".

 

Unique Paving: Experience More Durable

The stability effect of the floor not only lies in its non cracking and non deformation, but also in its appearance stability. Therefore, paving is also a significant factor affecting the stability of solid wood flooring.

 

The traditional solid wood flooring adopts keel paving and suspension paving, which are easy to deform and not easy to conduct heat, and have been basically eliminated. The Lianfeng Hot Canon flooring adopts a unique tenon and groove structure, which can be laid without nails, glue, or keel, solving the problem of internal stress balance and maintaining the floor from cracking and deformation for a long time. At the same time, the paint surface of the Rejianeng floor adopts imported advanced environmentally friendly UV paint, and uses six sided penetrating sealing paint to achieve outstanding moisture-proof performance. Lianfeng's unique paint layer with a golden ratio of technology increases the elasticity and toughness of the paint film, making it less prone to grinding or chipping even in the event of accidents.