A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
OSB-based hydrothermal geothermal floor capable of releasing negative oxygen ions
According to the OSB-based hydrothermal geothermal floor capable of releasing the negative oxygen ions, the OSB-based hydrothermal geothermal floor is structurally a three-layer solid wood composite floor, the surface layer of the OSB-based hydrothermal geothermal floor is a solid wood jointed board, the core layer of the OSB-based hydrothermal geothermal floor is OSB, surface layer paint and a bottom layer coating are added with a back plate, and the bottom layer coating is prepared from 2%-5% of tourmaline powder, 15%-25% of flour, 25%-35% of talcum powder, 8%-12% of white latex, 1%-3% of cellulose, 8%-12% of metal powder and water; the material of the OSB is more stable and not prone to deformation, the metal powder is added into the prime paint, the heat conduction performance of the OSB is improved through the paint, the heat conduction efficiency of water heating is improved, the metal powder can evenly transfer heat, and therefore the tourmaline powder, attached to the secondary surface layer of the floor, in the paint can achieve the heat conduction effect along with use of the hydrothermal geothermal floor. The water-heating geothermal floor is heated to an optimal working state, so that negative oxygen ions are excited, the effects of purifying air and removing formaldehyde are achieved, and the use experience of the water-heating geothermal floor is greatly improved.
本发明的可释放负氧离子的OSB基水热地热地板，OSB基水热地热地板结构上为三层实木复合地板，其表层为实木拼板、芯层为OSB，表层油漆，底层涂层后加背板，底层涂料为：电气石粉2‑5％、面粉15‑25％、滑石粉25‑35％、白乳胶8‑12％、1‑3％纤维素、8‑12％金属粉、水；OSB的材质更加稳定，更不易变形，通过在底层涂料中加入金属粉，利用涂料增加其导热性能，提高了水暖的热传导效率，并且金属粉可以均匀的传递热量，使得涂料中附着于地板的次表层的电气石粉，随着水热地热地板的使用，加热至最佳工作状态，从而激发负氧离子，到达净化空气、去除甲醛的作用，极大的提升了水热地热地板的使用体验。
OSB-based hydrothermal geothermal floor capable of releasing negative oxygen ions
According to the OSB-based hydrothermal geothermal floor capable of releasing the negative oxygen ions, the OSB-based hydrothermal geothermal floor is structurally a three-layer solid wood composite floor, the surface layer of the OSB-based hydrothermal geothermal floor is a solid wood jointed board, the core layer of the OSB-based hydrothermal geothermal floor is OSB, surface layer paint and a bottom layer coating are added with a back plate, and the bottom layer coating is prepared from 2%-5% of tourmaline powder, 15%-25% of flour, 25%-35% of talcum powder, 8%-12% of white latex, 1%-3% of cellulose, 8%-12% of metal powder and water; the material of the OSB is more stable and not prone to deformation, the metal powder is added into the prime paint, the heat conduction performance of the OSB is improved through the paint, the heat conduction efficiency of water heating is improved, the metal powder can evenly transfer heat, and therefore the tourmaline powder, attached to the secondary surface layer of the floor, in the paint can achieve the heat conduction effect along with use of the hydrothermal geothermal floor. The water-heating geothermal floor is heated to an optimal working state, so that negative oxygen ions are excited, the effects of purifying air and removing formaldehyde are achieved, and the use experience of the water-heating geothermal floor is greatly improved.
本发明的可释放负氧离子的OSB基水热地热地板，OSB基水热地热地板结构上为三层实木复合地板，其表层为实木拼板、芯层为OSB，表层油漆，底层涂层后加背板，底层涂料为：电气石粉2‑5％、面粉15‑25％、滑石粉25‑35％、白乳胶8‑12％、1‑3％纤维素、8‑12％金属粉、水；OSB的材质更加稳定，更不易变形，通过在底层涂料中加入金属粉，利用涂料增加其导热性能，提高了水暖的热传导效率，并且金属粉可以均匀的传递热量，使得涂料中附着于地板的次表层的电气石粉，随着水热地热地板的使用，加热至最佳工作状态，从而激发负氧离子，到达净化空气、去除甲醛的作用，极大的提升了水热地热地板的使用体验。
OSB-based hydrothermal geothermal floor capable of releasing negative oxygen ions
一种可释放负氧离子的OSB基水热地热地板
HUANG RUNZHOU (author) / ZHENG SENLIN (author) / JIA CHONG (author) / ZHAO LIANG (author) / LIU XIANG (author) / WANG YUTONG (author) / GUO XIN (author) / LI YANG (author)
2023-04-04
Patent
Electronic Resource
Chinese
IPC:
E04F
FINISHING WORK ON BUILDINGS, e.g. STAIRS, FLOORS
,
Ausbau von Bauwerken, z.B. Treppen, Fußböden
/
B01D
SEPARATION
,
Trennen
/
C09D
Überzugsmittel, z.B. Anstrichstoffe, Firnisse oder Lacke
,
COATING COMPOSITIONS, e.g. PAINTS, VARNISHES OR LACQUERS
/
F24D
DOMESTIC- OR SPACE-HEATING SYSTEMS, e.g. CENTRAL HEATING SYSTEMS
,
Haus- oder Raumheizungssysteme, z.B. Zentralheizungssysteme
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