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Expansion joints
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Rubber pipe expansion joint
Rubber joints, in order to resist stress due to the working pressure and high temperature operation, are internally reinforced by several layers of textile fibers and of stainless steel wire, purposely woven and vulcanized, crating an only elastic...
Rubber pipe expansion joint
Rubber joints, in order to resist stress due to the working pressure and high temperature operation, are internally reinforced by several layers of textile fibers and of stainless steel wire, purposely woven and vulcanized, crating an only elastic body and at the same time much resistant. The body is printed with a wave single broad beam and its outer surface is protected by another layer of waterproof rubber tube that is so continuous and protects from outside. The inside edge of each folder is reinforced by a cord of stainless steel wires high resistance to increase the maximum operating pressure and ensure a good seal surface of the flanges. If placed well, the seal ensures no slippage from the body flange rubber.
Benefits
Minimal axial dimensions
Limited weight
High-resistance to work
High resistance to corrosion
No need for gaskets for installation
High-capacity acoustic damping
Benefits
Minimal axial dimensions
Limited weight
High-resistance to work
High resistance to corrosion
No need for gaskets for installation
High-capacity acoustic damping
Stainless steel pipe expansion joint - max. PN 40
The bellows is the fundamental part of the expansion joint, and it is obtained by hydraulic or mechanic trial from...
Stainless steel pipe expansion joint - max. PN 40
The bellows is the fundamental part of the expansion joint, and it is obtained by hydraulic or mechanic trial from stainless steel or alloy steel having only one longitudinal welding. A controlled behaviour produces a set of parallel metallic waves, that ensure maximum flexibility and reliability..
Our system of calculation furnishes the stressanalysis of the bellows, which allows to make calculations according to customer's specifications.
Our system of calculation furnishes the stressanalysis of the bellows, which allows to make calculations according to customer's specifications.
PTFE pipe expansion joint - DN 15 - 600 (DN 1/2 - 24")
DIFLON TECHNOLOGY offers to itr costumersvaccurate design and engineering services.
Materials
-...
Materials
-...
PTFE pipe expansion joint - DN 15 - 600 (DN 1/2 - 24")
DIFLON TECHNOLOGY offers to itr costumersvaccurate design and engineering services.
Materials
- PTFE according to ASTM D-4895
- Standard: ANSI 316-1.4571
- Option Hastelloy C4
- RSt 37-2 = 1.0038 zinc plated
- X6CrNiTi 1810 = 1.454-AISI 321
- Standard: DIN 601,bolt and nut
- Option: stainless steel/A2
Materials
- PTFE according to ASTM D-4895
- Standard: ANSI 316-1.4571
- Option Hastelloy C4
- RSt 37-2 = 1.0038 zinc plated
- X6CrNiTi 1810 = 1.454-AISI 321
- Standard: DIN 601,bolt and nut
- Option: stainless steel/A2
Rubber expansion joint - DILATOFLEX® K series
The expansion joints by Dilatoflex can used in different types of operation such as insertion in the pipe systems and it can also adapt to all kinds...
Rubber expansion joint - DILATOFLEX® K series
The expansion joints by Dilatoflex can used in different types of operation such as insertion in the pipe systems and it can also adapt to all kinds of fluids. Different specification models are provided for better and enhance applications. The K type features its autostable system which has ND 32mm to ND 300mm and a nominal length of 130mm. The KT class features its tie rods which has the capacity to elongate and it is equipped with rubber plug that filters vibration. On the other hand, the K2 type features its capacity to do large movements for sensitive pipe system.
Steel pipe expansion joint
This standard metallic joint is capable of operating in conditions where searing fluids up to 350 degrees Celsius are involved. The component features a measurement range of ND 15 mm up to ND 500 mm.
Expansion joint - Dilatoflex® N/M series
The N and M series of reinforced rubber expansion joints are usually inserted in pipe systems and are customized to fit all types of fluids. These absorb various...
Expansion joint - Dilatoflex® N/M series
The N and M series of reinforced rubber expansion joints are usually inserted in pipe systems and are customized to fit all types of fluids. These absorb various pipe dimensions and reduce vibrations and noise as well. The M type of expansion joint possesses measurements ranging from ND 500 mm to ND 2800 mm. Every retaining profile is particular to an expansion joint type and retaining rings can be provided. They can also be engineered in various lengths. On the other hand, the N series has a measurement that ranges from ND 500 mm to ND 3000 mm. It delivers a significant axial compression and elongation functionality
Pipe pipe expansion joint / water / rubber - KLEDIL®
Kledil's Expansion Joint showcases an absorption capability of pipes'...
Pipe pipe expansion joint / water / rubber - KLEDIL®
Kledil's Expansion Joint showcases an absorption capability of pipes' dimensional changes. The apparatus also lowers noise levels and minimizes vibration rates. It also features a nominal length range of 220mm to 290mm, and a nominal diameter range of ND 20mm to ND 50mm.
EPDM pipe expansion joint - ø 78 - 299 mm, DN80 - DN300
Length : 200 mm
Nominal diameter : 80 mm - 300 mm
Operating temperature : -30 °C - 100 °C
This compensator model is designed from black, EPDM material. The unit is optimized for electrostatic...
Nominal diameter : 80 mm - 300 mm
Operating temperature : -30 °C - 100 °C
This compensator model is designed from black, EPDM material. The unit is optimized for electrostatic...
EPDM pipe expansion joint - ø 78 - 299 mm, DN80 - DN300
Length : 200 mm
Nominal diameter : 80 mm - 300 mm
Operating temperature : -30 °C - 100 °C
This compensator model is designed from black, EPDM material. The unit is optimized for electrostatic...
Nominal diameter : 80 mm - 300 mm
Operating temperature : -30 °C - 100 °C
This compensator model is designed from black, EPDM material. The unit is optimized for electrostatic...