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A platform for research: civil engineering, architecture and urbanism
Stone-plastic composite material and stone-plastic composite material ceiling plate
The invention relates to a stone-plastic composite material and a stone-plastic composite material ceiling plate. The stone-plastic composite material comprises stone powder and molding powder which are prepared from the follwoing raw materails in parts by weight, wherein the weight ratio of the stone powder to the molding powder is 3: 10-1: 2, the density of the stone powder is 3.55-4.67 g/cm < 3>, and a powdery natural fiber material is added into the composite material obtained after the stone powder and the molding powder are mixed. The stone-plastic composite material comprises stone powder and molding powder, the stone powder and the molding powder are mixed in proportion, and the powdery natural fiber material is added into the mixed stone powder and molding powder so that the rigidity of the manufactured ceiling plate can be improved, the brittleness is reduced, the probability of deflection deformation of the ceiling plate is reduced to a great extent, and thus the probability that the ceiling plate generates adverse consequences such as cracks is reduced, and popularization and application of the ceiling plate in the market are facilitated.
本发明涉及一种石塑复合材料及石塑复合材料吊顶板，石塑复合材料包括石粉与塑粉，由以下重量比含量的原料构成：所述石粉与塑粉的比例为3:10～1:2，所述石粉的密度为3.55～4.67g/cm3，所述的石粉与塑粉混合之后的复合材料中添加有为粉末状的天然纤维材料。石塑复合材料包括石粉与塑粉，石粉与塑粉按比例混合，并在混合后的石粉与塑粉中添加为粉末状的天然纤维材料，能够使得制作完成的吊顶板自身的刚度增加，脆性降低，很大程度上降低了吊顶板产生挠度变形的概率，进而降低了吊顶板产生裂缝等不良后果的概率，有利于上述吊顶板在市场上的推广及应用。
Stone-plastic composite material and stone-plastic composite material ceiling plate
The invention relates to a stone-plastic composite material and a stone-plastic composite material ceiling plate. The stone-plastic composite material comprises stone powder and molding powder which are prepared from the follwoing raw materails in parts by weight, wherein the weight ratio of the stone powder to the molding powder is 3: 10-1: 2, the density of the stone powder is 3.55-4.67 g/cm < 3>, and a powdery natural fiber material is added into the composite material obtained after the stone powder and the molding powder are mixed. The stone-plastic composite material comprises stone powder and molding powder, the stone powder and the molding powder are mixed in proportion, and the powdery natural fiber material is added into the mixed stone powder and molding powder so that the rigidity of the manufactured ceiling plate can be improved, the brittleness is reduced, the probability of deflection deformation of the ceiling plate is reduced to a great extent, and thus the probability that the ceiling plate generates adverse consequences such as cracks is reduced, and popularization and application of the ceiling plate in the market are facilitated.
本发明涉及一种石塑复合材料及石塑复合材料吊顶板，石塑复合材料包括石粉与塑粉，由以下重量比含量的原料构成：所述石粉与塑粉的比例为3:10～1:2，所述石粉的密度为3.55～4.67g/cm3，所述的石粉与塑粉混合之后的复合材料中添加有为粉末状的天然纤维材料。石塑复合材料包括石粉与塑粉，石粉与塑粉按比例混合，并在混合后的石粉与塑粉中添加为粉末状的天然纤维材料，能够使得制作完成的吊顶板自身的刚度增加，脆性降低，很大程度上降低了吊顶板产生挠度变形的概率，进而降低了吊顶板产生裂缝等不良后果的概率，有利于上述吊顶板在市场上的推广及应用。
Stone-plastic composite material and stone-plastic composite material ceiling plate
一种石塑复合材料及石塑复合材料吊顶板
DING XINXIN (author) / ZHOU DONGSHAN (author) / DING ZECHENG (author) / WANG WENGUANG (author) / ZHANG SHUOPEI (author) / YU GUANG (author)
2020-12-08
Patent
Electronic Resource
Chinese
IPC:
C08L
COMPOSITIONS OF MACROMOLECULAR COMPOUNDS
,
Massen auf Basis makromolekularer Verbindungen
/
C08K
Verwendung von anorganischen oder nichtmakromolekularen organischen Stoffen als Zusatzstoffe
,
USE OF INORGANIC OR NON-MACROMOLECULAR ORGANIC SUBSTANCES AS COMPOUNDING INGREDIENTS
/
E04B
Allgemeine Baukonstruktionen
,
GENERAL BUILDING CONSTRUCTIONS
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