Cement-based ultra-high performance artificial stone heat and sound insulation integrated plate

Abstract

The invention provides a cement-based ultra-high performance artificial stone heat and sound insulation integrated plate. The cement-based ultra-high performance artificial stone heat and sound insulation integrated plate comprises an artificial stone plate adopting ultra-high performance concrete, a sound insulation material, a heat insulation material, and a metal connecting piece. A stainless steel net piece is arranged in the artificial stone plate in a buried mode, the stainless steel net piece is provided with nuts, the end ports of the nuts are parallel and level with the backside of the artificial stone plate, and the sound insulation material is arranged between the artificial stone plate and the heat insulation material. The cement-based ultra-high performance artificial stone heat and sound insulation integrated plate makes full use of a threaded cooperation advantage of a nut and a screw rod, the screw rod is used for clamping a heat insulation material made of any materialand a sound insulation plate of any material and form the heat and sound insulation integrated plate through the nut and the metal connecting piece, the defect that an existing heat insulation integrated plate only can preserve heat but cannot insulate the sound is overcome, and furthermore the defect that an existing heat insulation integrated plate only can use a cementing compound to bond theheat insulation material is overcome. During installation of the cement-based ultra-high performance artificial stone heat and sound insulation integrated plate, the heat and sound insulation integrated plate only needs to be fixedly connected with the one end of a straight metal strip, the other end of the straight metal strip is fixed to an expansion bolt embedded in a wall, the installment is finished, and the defect that the existing heat insulation integrated plate only can be installed by plastering mortar is overcome.

Description

technical field [0001] The invention relates to the field of architectural decoration, in particular to a cement-based ultra-high performance artificial stone thermal insulation and sound insulation integrated board. Background technique [0002] Existing buildings are located near railways, highways, airports, downtown areas and other noisy areas, and the noise will seriously interfere with people's lives. It can even cause physical illness. In order to block the noise, people adopt methods such as increasing the thickness of the door or filling the middle of the door with sound-insulating materials to prevent noise. For the windows of the building, plastic steel doors and windows with good sealing performance and double-layer insulating glass are used, and methods such as increasing the thickness of the curtains are used for sound insulation. For the most important wall sound insulation of the building, the sound insulation effect of the wall made of heavy solid bricks is ...

AI Technical Summary

Problems solved by technology

It overcomes the gap that the existing thermal insulation integrated board can only be pasted with mortar, but the configuration of the board adopts ordinary high-strength formula technology to produce shortcomings such as low strength, low density, poor weather resistance, high water absorption, and poor freeze-thaw resistance. Since the nuts are placed independently, the hanging strength is low, and the problem of sound insulation cannot be solved

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