High temperature compensator Xinghang quality product

Thermal pipeline compensator
It can also be called the compensator for thermal pipelines. It is formed by combining stainless steel multi-layer steel plates. It has the characteristics of axial expansion joints, low elastic coefficient and resistance to high pressure and high temperature. It is very suitable for heat medium pipes. It absorbs the thermal expansion of high-temperature fluids such as roads and provides a longer expansion and contraction life.
Thermal pipeline compensator is composed of one or two sets of stainless steel bellows and carbon steel connectors. Since the product needs to withstand high temperatures, the high temperature tolerant part and the refractory layer are completed during the production of the product. It can compensate for the damage of high temperature pipes. Axial deformation can fully meet the user's needs for products to withstand high temperatures and product service life.
When designing this type of shock-absorbing joint, our company takes the small elastic coefficient into consideration. In figurative terms, the corrugated body should be relatively soft, and the softer it is, the better the effect will be. In addition, the design also needs to consider that it cannot become unstable when under pressure.
Working status of the heating pipe compensator
First, the two ends of the corrugated compensator are welded to the heating pipe. Hot water flows through the stainless steel corrugated pipe in the expansion joint. According to the construction design requirements of the heating pipe, when When the water temperature in the pipe reaches degrees Celsius, the pipe begins to expand due to the action of heat, the corrugated metal hose is compressed, and the pipe stretches to the designed length. When the water supply temperature is greater than ℃, the working state of the pipeline compensator is under pressure and the working state of the expansion joint is stable. When the heating and cooling are stopped and the temperature is less than ℃, the working state of the corrugated compensator is under tension.
At this time, a device is needed to solve this problem. This device is a compensator. The so-called compensator is a retractable device. When the pipe stretches, it will become shorter to absorb the energy generated when the pipe expands and contracts. When the pipe shortens, the compensator becomes longer to compensate for the shortened pipe.