Efficient heat insulation guide pipe bracket

Abstract

The invention discloses an efficient heat insulation guide pipe bracket which comprises an upper hoop, heat insulation tile blocks, high-temperature-resistant soft heat preservation materials, bolt fasteners, a lower hoop, a base and a foundation bed. The upper hoop and the lower hoop are each of a semi-ring structure, and the two sides of the upper hoop and the two sides of the lower hoop extend to form fixing ends. The heat insulation tile blocks are poured on both the inner wall of the upper hoop and the inner wall of the lower hoop. The high-temperature-resistant soft heat preservation materials adhere to the inner walls of the heat insulation tile blocks. The upper hoop and the lower hoop are connected through the bolt fasteners arranged at the fixing ends. The lower hoop is connected to the base in a welded mode. The bottom of the base is provided with an upper sliding plate which is arranged on a lower sliding plate above the foundation bed. Accordingly, the efficient heat insulation guide pipe bracket is formed. Anchor nails and pull rods are additionally arranged between the upper hoop and the heat insulation tile blocks and additionally arranged between the lower hoop and the heat insulation tile blocks. According to the efficient heat insulation guide pipe bracket, by the adoption of the structural form that the anchor nails and the pull rods are additionally arranged between the upper hoop and the heat insulation tile blocks and additionally arranged between the lower hoop and the heat insulation tile blocks, the load bearing capacity of the pipe bracket is ensured, the loading capacity is high, and the heat transfer insulating effect is good.

Description

technical field [0001] The invention relates to a pipe fixing and supporting device, in particular to a heat-insulating pipe holder. Background technique [0002] All fields of production and life use high-temperature thermal energy. High-temperature thermal energy needs to be transported through heating network pipes. The heating network pipes are usually laid in the air, so heat-insulating pipe supports with supporting functions are required. A heat insulation layer is set between the hoops to reduce the heat loss during pipeline transmission, but the fusion performance between the hoops and the heat insulation layer of the heat insulation pipe support in the prior art is poor, and it is easy to crack. During transportation and installation, the heat insulation The layer is easily damaged, resulting in a decrease in bearing capacity and large energy loss. Therefore, during use, the allowable load capacity decreases and the heat insulation effect is poor, which cannot meet ...

AI Technical Summary

Problems solved by technology

[0002] All fields of production and life use high-temperature thermal energy. High-temperature thermal energy needs to be transported through heating network pipes. The heating network pipes are usually laid in the air, so heat-insulating pipe supports with supporting functions are required. A heat insulation layer is set between the hoops to reduce the heat loss during pipeline transmission, but the fusion performance between the hoops and the heat insulation layer of the heat insulation pipe support in the prior art is poor, and it is easy to crack. During transportation and installation, the heat insulation The layer is easily damaged, resulting in a decrease in bearing capacity and large energy loss. Therefore, during use, the allowable load capacity decreases and the heat insulation effect is poor, which cannot meet the needs of the project.

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