Installation Instructions for Rubber Flexible Connectors
Release time:
Nov 16,2020
A rubber flexible joint is a pipe segment made of rubber that can bend or deform within certain limits. It is primarily used at the connections of water pipes and other pipelines. It features high pressure resistance, excellent elasticity, ease of installation, and strong corrosion and acid-alkali resistance. It can accommodate changes in weather conditions, expanding when heated and contracting when cooled. According to connection methods, rubber flexible joints are classified into loose-flange type, fixed-flange type, and threaded type. Based on their structure, they can be further categorized into single-bellows type, double-bellows type, reducer type, eccentric reducer type, bent-bellows type, and fan coil unit type. A rubber flexible joint consists of an inner and outer rubber layer, a cord ply layer, and a steel wire ring, forming a tubular rubber component. After vulcanization and molding, it is combined with metal flanges or parallel couplings in a loose-fit configuration. This joint helps reduce vibration and noise and can...
Rubber flexible joint It’s a rubber pipe that can bend or deform within certain limits. It’s primarily used at the connections of water pipes and other pipelines. It features high pressure resistance, excellent elasticity, ease of installation, corrosion resistance, and tolerance to acids and alkalis. Additionally, it can accommodate changes in weather—expanding when heated and contracting when cooled.
Rubber flexible joint By connection method: loose-flange type, fixed-flange type, and threaded type; by structure: single-sphere type, double-sphere type, variable-diameter type, eccentric variable-diameter type, bent-sphere type, and fan coil unit. Rubber flexible joint This tubular rubber component consists of inner and outer rubber layers, a carcass ply, and a steel wire ring. After vulcanization and molding, it is combined with a metal flange or a loose-fitting parallel joint. It can effectively reduce vibration and noise and compensate for thermal expansion and contraction caused by temperature changes. It is widely used in various piping systems. Due to... Rubber flexible joint With excellent overall performance, it is widely used in fundamental engineering fields such as chemical industry, construction, water supply, drainage, petroleum, light and heavy industries, refrigeration, sanitation, plumbing, fire protection, and power. It is also suitable for low-temperature transportation of granular, powdered, and gaseous materials across all industries.
Rubber flexible joint Installation Instructions:
1. Installation beyond the displacement limit is strictly prohibited.
2. When installing on flat ground, in mid-air, or vertically, Rubber flexible joint The actual working axial displacement pressure is less than the support force of the pipeline. Otherwise, an anti-pull-off device should be installed.
3. Pipelines must be equipped with fixed supports or fixed brackets, and the force exerted by the fixed brackets must exceed the axial force. When installed vertically or overhead, appropriate fixed supports and load-bearing brackets must be installed at both ends of the product to prevent it from being pulled loose under working pressure.
4. The installation bolts should be tightened symmetrically and gradually to prevent localized leakage.
5. Install away from heat sources, and strictly prohibit the use of media that do not meet the required specifications.
You can also learn more about industry trends.