Product Introduction

The fully sealed rubber joint on the end face is mainly composed of three parts: rubber joint, flanged end and fastener. Its structure design is reasonable, the structure is simple, the installation is convenient, it is a new type of pipe connector.

Compared with ordinary rubber joints, end face fully sealed rubber joints can better adapt to the displacement changes of the axial and radial directions of the pipe, and have certain angular displacement and deflection angles. In addition, end face fully sealed rubber joints can also improve the load-bearing capacity of the pipe by increasing the thickness of the connecting flange.

Product performance characteristics

1. High temperature resistance, oil resistance, aging resistance: Different types of end face fully sealed rubber joints have different performance characteristics, such as neoprene rubber joints have good high temperature resistance and aging resistance, while silicone rubber joints have the characteristics of cold resistance, ozone resistance and so on.
2. Good comprehensive mechanical properties and bearing capacity: End face fully sealed rubber joints have high bearing capacity and strong tensile strength, and can adapt to various complex pipeline systems.
3. Strong vibration absorption and noise reduction: The end face fully sealed rubber joint can reduce the noise transmitted by the structure when working, and has a strong vibration absorption ability, which is suitable for the environment that needs to reduce noise and vibration.
4. Wide range of application fields: Because the end face fully sealed rubber joint has good comprehensive performance, it is widely used in chemical industry, construction, water supply and drainage, petroleum, light and heavy industry, refrigeration, sanitation, plumbing, fire protection, electric power and other basic projects.

Product data

Installation method of fully sealed rubber joint on the end face

1. When the rubber joint is installed, it is strictly forbidden to install beyond the displacement limit.
2. The installation bolts should be symmetrical, and gradually pressurized and tightened to prevent local leakage.
3. For working pressure above 1.6MPa, the installation bolt should have an elastic pressure pad to prevent the bolt from loosening during work.
4. When installed vertically, both ends of the joint pipe should be supported by vertical force, and anti-pull-off devices can be adopted to prevent the work from being pulled off under pressure.
5. The rubber joint installation part should be kept away from the heat source. Ozone area. It is strictly forbidden to expose to strong radiation rays and use media that do not meet the requirements of this product.

Workshop display

FAQ

Q: Is it possible to make fully sealed rubber joints with different diameters?

A: Yes, the above is a standard size, which can be made according to customer requirements.

Q: What are the standards of your flange materials?

A: There are ANSI, DIN, JIS, BS, etc.

Q: What is the working pressure of the fully sealed rubber joint on the end face?

A: PN6/PN10/PN16/PN25/PN40.

Q: What are our rubber materials?
A: There are natural rubber, butyl rubber, nitrile rubber, EPDM rubber, neoprene, fluorine rubber ,food grade rubber and so on.

Q: How long is the warranty period of your products?

A: The warranty period of our products is generally 12 months.

The company adheres to the business philosophy of "customer satisfaction is our first duty, all employees are responsible for creating quality, continuous improvement sets new heights, honest service builds reputation", and wholeheartedly provides high-quality products and professional services to new and old customers.

The factory mainly produces rubber expansion joints, duckbill check valves, dismantling joint, bellow expansion joints, compensators, repair clamp, 02S404 national standard waterproof casings, gate valves ,butterfly valves etc; and all products have passed ISO 9001:2015 quality management system certification; adopting national and industry standards, advanced manufacturing technology, strong R&D and manufacturing capabilities, they are widely used in water supply, drainage, electricity, chemical industry, gas, metallurgy, urban construction and environmental protection and other pipeline industries.