A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Stone-plastic floor with 3D wood texture and preparation method of stone-plastic floor
The invention belongs to the technical field of wood floor manufacturing, and particularly relates to a stone-plastic floor with 3D wood textures and a preparation method of the stone-plastic floor. The irregularly distributed holes are endowed to the surface of the bottom color layer above the SPC base material, so that the surface roughness of the bottom color layer is improved. Meanwhile, paint of the three-dimensional wood grain layer located above the ground color layer enters from the holes and permeates downwards, so that the adhesive force between the SPC base material layer and the three-dimensional wood grain layer located above the SPC base material layer is enhanced, and bonding is more stable. The surface roughness of the ground color layer is increased by performing high-energy beam stimulation treatment on the surface of the ground color layer. Meanwhile, molecules on the surface of the ground color layer are oxidized, groups with high polarity are generated, the surface energy of the ground color layer is improved, the ground color layer can be easily bonded with paint for printing the three-dimensional wood grain layer, and the wettability and adhesiveness of the surface of the ground color layer are effectively improved. The warping degree of the three-dimensional wood grain layer is further effectively reduced, the decoration effect of the three-dimensional wood grain layer is improved, and the product quality of the stone-plastic floor is guaranteed.
本发明属于木地板制造技术领域，具体涉及一种具有3D木材纹理石塑地板及其制备方法。本发明通过使得SPC基材上方的底色层的表面被赋予不规则分布的孔洞，提高底色层的表面粗糙度。同时，位于底色层上方的三维立体木纹层的油漆从孔洞进入并向下渗透，使得SPC基材层与位于其上方的立体木纹层之间的附着力增强，粘结更稳定。通过对底色层表面进行高能量束刺激处理，增大其表面粗糙度。同时，使底色层表面分子氧化，产生极性较强的基团，提高了其表面能，使其易于同印刷三维立体木纹层的油漆相粘结，有效改善底色层表面的润湿性和附着性。进一步有效降低了立体木纹层的翘曲度，提高了立体木纹层的装饰效果，保障了石塑地板的产品质量。
Stone-plastic floor with 3D wood texture and preparation method of stone-plastic floor
The invention belongs to the technical field of wood floor manufacturing, and particularly relates to a stone-plastic floor with 3D wood textures and a preparation method of the stone-plastic floor. The irregularly distributed holes are endowed to the surface of the bottom color layer above the SPC base material, so that the surface roughness of the bottom color layer is improved. Meanwhile, paint of the three-dimensional wood grain layer located above the ground color layer enters from the holes and permeates downwards, so that the adhesive force between the SPC base material layer and the three-dimensional wood grain layer located above the SPC base material layer is enhanced, and bonding is more stable. The surface roughness of the ground color layer is increased by performing high-energy beam stimulation treatment on the surface of the ground color layer. Meanwhile, molecules on the surface of the ground color layer are oxidized, groups with high polarity are generated, the surface energy of the ground color layer is improved, the ground color layer can be easily bonded with paint for printing the three-dimensional wood grain layer, and the wettability and adhesiveness of the surface of the ground color layer are effectively improved. The warping degree of the three-dimensional wood grain layer is further effectively reduced, the decoration effect of the three-dimensional wood grain layer is improved, and the product quality of the stone-plastic floor is guaranteed.
本发明属于木地板制造技术领域，具体涉及一种具有3D木材纹理石塑地板及其制备方法。本发明通过使得SPC基材上方的底色层的表面被赋予不规则分布的孔洞，提高底色层的表面粗糙度。同时，位于底色层上方的三维立体木纹层的油漆从孔洞进入并向下渗透，使得SPC基材层与位于其上方的立体木纹层之间的附着力增强，粘结更稳定。通过对底色层表面进行高能量束刺激处理，增大其表面粗糙度。同时，使底色层表面分子氧化，产生极性较强的基团，提高了其表面能，使其易于同印刷三维立体木纹层的油漆相粘结，有效改善底色层表面的润湿性和附着性。进一步有效降低了立体木纹层的翘曲度，提高了立体木纹层的装饰效果，保障了石塑地板的产品质量。
Stone-plastic floor with 3D wood texture and preparation method of stone-plastic floor
具有3D木材纹理石塑地板及其制备方法
YANG GUOCUI (author) / LEI ZHONGSHAN (author) / DENG MENGDE (author) / HUANG DONGHUI (author) / AO FANGBIN (author) / HUANG FENG (author)
2023-07-18
Patent
Electronic Resource
Chinese
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