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Expansion joints
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PTFE pipe expansion joint - Armylor®
As early as the 1960s, Mersen was able to master all their PTFE manufacturing processes which included PFA transfer molding, isostatic molding and paste extrusion. PTFE compensators and bellows combine...
PTFE pipe expansion joint - Armylor®
As early as the 1960s, Mersen was able to master all their PTFE manufacturing processes which included PFA transfer molding, isostatic molding and paste extrusion. PTFE compensators and bellows combine...
Petroleum product pipe expansion joint / rubber - 63 - 80 - 110mm | DIRDIL
Compliant with international ANSI and DIN standards, Aircom's Rubber Pipe Expansion...
Petroleum product pipe expansion joint / rubber - 63 - 80 - 110mm | DIRDIL
Compliant with international ANSI and DIN standards, Aircom's Rubber Pipe Expansion Joint Apparatus (DIRDIL product identification code) is generally utilized for petroleum products. The joint is part of Quick Line Accessories, available in various diametric measurements, include 63 millimeters, 80 millimeters, and 110 millimeters.
Rubber pipe expansion joint - DN 20 - 3 600, PN 0.7 - 25
STENFLEX® rubber extension joints consist of exceptional indemnifying and damping material features. These joints divert the indicative pressure in the pipeline ahead of it being transferred to the adjoining elements. STENFLEX® uses its...
Rubber pipe expansion joint - DN 20 - 3 600, PN 0.7 - 25
STENFLEX® rubber extension joints consist of exceptional indemnifying and damping material features. These joints divert the indicative pressure in the pipeline ahead of it being transferred to the adjoining elements. STENFLEX® uses its...
Steel pipe expansion joint - DN 15 - 3 400, PN 1 - 16
STENFLEX® Steel Expansion Joints are designed for durability and reliability, and used in a wide-range of applications. They use the latest CAD techniques and go through a simulation process that ensures a well-designed form, efficient functionality...
Steel pipe expansion joint - DN 15 - 3 400, PN 1 - 16
STENFLEX® Steel Expansion Joints are designed for durability and reliability, and used in a wide-range of applications. They use the latest CAD techniques and go through a simulation process that ensures a well-designed form, efficient functionality...
PTFE pipe expansion joint - DN 25 - 500, PN 6 - 10.5
The PTFE expansion joints is typically used in the chemical, pharmaceutical and food and beverage industry. Characterized by its insusceptibility to harsh chemicals and solvents, this expansion joint...
PTFE pipe expansion joint - DN 25 - 500, PN 6 - 10.5
The PTFE expansion joints is typically used in the chemical, pharmaceutical and food and beverage industry. Characterized by its insusceptibility to harsh chemicals and solvents, this expansion joint make up for motion and expansion that is affected by changes in temperature. They minimize tension and dampen oscillation. The PFTE expansion joint is an ideal equipment to be used in pipeline systems that are commonly owned by waste disposal and treatment companies.
White PFTE bellows are characterized by their lack of electrical conductivity therefore making them a suitable insulator tool. Meanwhile, black PFTE bellows are ideal equipments to be used in hazardous areas. This is due the incorporated carbon black material it is made out of that prevents static charge.
White PFTE bellows are characterized by their lack of electrical conductivity therefore making them a suitable insulator tool. Meanwhile, black PFTE bellows are ideal equipments to be used in hazardous areas. This is due the incorporated carbon black material it is made out of that prevents static charge.
Textile pipe expansion joint - DN 80 - 5 000, PN 0.2 - 4
Developed by STENFLEX®, fabric expansion joints are chemically impervious to acid or alkaline gases and maintain a stable status during over-pressure and under-pressure conditions....
Textile pipe expansion joint - DN 80 - 5 000, PN 0.2 - 4
Developed by STENFLEX®, fabric expansion joints are chemically impervious to acid or alkaline gases and maintain a stable status during over-pressure and under-pressure conditions....