Stainless Steel Is Used For Muffler Pipeline Maintenance And Exhaust Clamp

Clamp connection, sleeve connection, and compression connection are all ways of pipeline connection, but they have significant differences in structure, working principle, and application scenarios. 1、 Clamp connection 1) Connection structure Clamp connection, also known as groove connection, mainly consists of three parts: sealing rubber ring, assembled clamp piece, and locking bolt. When connecting, first use a grooving machine to machine a circular groove at the joint of the flat end of the pipe or fitting. Place the rubber sealing ring on the outside of two adjacent connected pipes and match it with the pre rolled groove. Then fasten the clamp on the outside of the rubber ring and tighten it with bolts. The inner edge of the clamp is embedded in the groove, and after being fastened with bolts, the rubber sealing ring can meet the sealing performance requirements of the joint under internal and external forces such as water pressure and vacuum pressure inside the pipe. 2) Advantages Groove type joints and fittings only require the installation of standard parts supplied, with fast installation speed; Using specialized groove rolling machinery to ensure groove processing accuracy, the rubber sealing ring can seal well with the pipe wall under pressure; Simple and convenient operation; It has good economic and environmental benefits, and is easy to maintain. 3) Application scenarios Suitable for connecting welded steel pipes, seamless steel pipes, stainless steel pipes, coated or lined steel pipes, etc. 2、 Card sleeve connection 1) Connection structure The card sleeve connection mainly consists of three parts: the connector body, the card sleeve, and the nut. When connecting, place the card sleeve and nut onto the steel pipe, then insert them into the joint body and tighten the nut. At this point, the outer side of the front end of the card sleeve is in contact with the conical surface of the joint body, and the inner blade is evenly biting into the steel pipe, forming an effective seal.