Thermal Pipe System

Description

This Thermal Pipe System is widely used in liquid and gas pipelines, central heating networks, air conditioning and ventilation pipelines and other projects. It uses liquid or gas with high thermal conductivity, such as water, ammonia or copper, to bring heat sources (usually hot parts or processes) to their destinations. The pipeline design has a unique capillary structure, which allows effective heat transfer through capillary action. Under the condition of no energy consumption, it can make the cooling coils run at a lower temperature, except that the static pressure increases slightly, thus greatly improving the dehumidification capacity of the system.

Features

1. Customizable: The diameter of Thermal Pipe System ranges from 2 inches to 12 inches, and the length can be flexibly selected according to customer's needs, which is suitable for various occasions requiring heat transfer.

2. Convenient use: The heat pipe is filled with a resin-rich lining, which has good corrosion resistance, high temperature resistance and seismic performance. Its socket end and socket end are designed with matching taper, which is very stable, convenient and practical during connection and use.

3. Good sealing: Its shell adopts thick-walled structure, and the compact seal can not only prevent the infiltration of groundwater, but also do not need expansion rings and devices to ensure efficient and reliable heat transfer.

4. Polyurethane layer: Its insulating polyurethane foam material can not only be effectively used as a heat transfer medium, but also has excellent flexibility and compression resistance, ensuring the heat pipe to transfer heat efficiently and continuously in a complex and changeable environment.

Insulated pipelines are widely used in liquid and gas transmission pipelines, petroleum, chemical, central heating networks, air conditioning and ventilation pipelines, municipal engineering, etc.

Using note

Before construction, it is necessary to clean the obstacles within the excavation range of the pipeline

During the construction of thermal pipelines, it is necessary to first clear the obstacles within the excavation range of the pipeline, and carefully inspect the structure of the obstacles and their relative positions with the project.

In addition, layout monitoring is also required, and during the excavation process of buried pipelines, the cross-section and elevation should be checked.

During on-site storage and installation of thermal pipe system, it is necessary to seal the ports. It is recommended not to drag the insulation pipe or damage the insulation pipe ports. Protective measures should be taken at the welding site to prevent moisture from entering the insulation material.

High-temperature prefabricated directly buried insulation pipes not only have unparalleled technical and practical performance compared to traditional trench and overhead pipelines, but also have social and economic benefits, and are also powerful measures for heating and energy conservation.

The use of directly buried heating pipeline technology in polyurethane-insulated steel pipes for heating purposes marks a new starting point for the development of heating pipeline technology in China.

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