BGF-sus stainless steel corrugated metal Expansion Joint (food, Medicine, and chemical power station)
Shanghai Songjiang shock absorber Group Co., Ltd. The official website for you to introduce: BGF – SUS stainless steel bellows Metal Expansion Joint (food and drug chemical hydropower station on the) information, the battle of Jiang group to provide you with high-quality stainless steel bellows metal Expansion Joint products, mainly applied to food, medicine, chemical industry, hydropower station, the converter station, and other fields, the following is a real photo.
BGF-sus stainless steel corrugated metal Expansion Joint is a flexible structure set on the container shell or pipe to compensate for the additional stress caused by temperature differences and mechanical vibration.
BGF-sus stainless steel corrugated metal Expansion Joint advantages:
1, compensation for thermal expansion: can compensate for multi-direction, much better than the metal compensator can only single compensation.
2, compensation installation error: due to the pipeline connection process, system error is unavoidable, fiber compensator better compensation installation error.
3, noise reduction and vibration reduction: fiber fabric, thermal insulation cotton body itself has the function of sound absorption, vibration isolation transmission, can effectively reduce the noise and vibration of the boiler, fan, and other systems.
4, no back thrust: because the main material is fiber fabric, weak transmission. A fiber compensator can simplify the design, avoid the use of large bearings, and save a lot of materials and labor.
5, good high-temperature resistance, corrosion resistance: the selection of fluorine plastic, and silicone materials have good high-temperature resistance and corrosion resistance.
6, good sealing performance: a relatively perfect production and assembly system, fiber compensator can ensure no leakage.
7, lightweight, simple structure, convenient installation, and maintenance.
Low price, excellent quality.
Related links: Metal-expansion-joint
