Novel thermal insulating sliding pipe carrier

Abstract

The invention relates to a novel thermal insulating sliding pipe carrier, which is mainly composed of a thermal insulating component, a supporting component and a sliding component, wherein the thermal insulating component is arranged on the upper part, directly contacts with a pipeline and is mainly composed of an upper arcing tab, a thermal insulating layer and a protective layer; the upper arcing tab and the protective layer adopt an upturned 120-degree double arcing tab structure; the upper arcing tab is welded on the pipeline; the thermal insulating layer is arranged between the upper arcing tab and the protective layer; the lower end of the upper arcing tab and the upper end of the protective layer are respectively provided with anchors which are inserted into the protective layer; and the anchors are distributed in the protective layer and are in stagger arrangement. The thermal insulating component of the thermal insulating sliding pipe carrier of the invention is arranged on the upper part and directly contacts with the pipeline, thereby preventing the formation of a thermal bridge caused by the direct contact of the supporting component and the pipeline system in the traditional technology, furthest breaking off paths of the direct contact of the pipeline and the outside, being capable of effectively separating heat conduction, and reaching preferable thermal insulating effect.

Description

technical field [0001] The invention relates to a pipe support, in particular to a novel heat-insulating sliding pipe support. Background technique [0002] Most of the existing heat insulation pipe supports are welded by angle steel, I-beam or on-site construction party directly using steel plates, which do not really achieve the function of blocking thermal bridges to achieve heat insulation, and some designs use pipe clamps. Support, use red pine wood and other materials to insulate the pipes. Although the effect of heat preservation is achieved, the requirements for large pipe diameter and high load capacity cannot be effectively guaranteed. Find a material and structure that can not only achieve heat preservation effect but also achieve high load capacity. The optimal solution has become an important problem that cannot be solved generally in today's world. [0003] Chinese Invention Patent Publication CN201014055Y discloses an energy-saving pipe holder, which includes...

AI Technical Summary

Problems solved by technology

This energy-saving pipe support not only has the function of heat insulation and sliding flexibility, but because the support part is in direct contact with the pipe system, a thermal bridge is formed, which does not effectively isolate heat conduction, and cannot cut off the direct connection between the pipe and the outside world to the greatest extent. Contact, poor insulation

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