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Pipe connection Weba PE100rc SDR11 to steel 32×25 mm (model 05-01-0032-08)
Pipe connection Weba PE100rc SDR11 to steel 32×25 mm (model 05-01-0032-08)
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Pipe connection Weba PE100rc SDR11 to steel 32×25 mm (model 05-01-0032-08)
Leave your address - as soon as the price of the product goes down, you'll know about it right away
Pipe connection Weba PE100rc SDR11 to steel 32×25 mm (model 05-01-0032-08)
Pipe connection Weba PE100rc SDR11 to steel 32×25 mm (model 05-01-0032-08)
Pipe connection Weba PE100rc SDR11 to steel 32×25 mm is a mechanical transition fitting designed to join a PE100rc SDR11 polyethylene pipe to a steel pipe with nominal diameters 32×25 mm. The fitting provides a sealed, stable interface between dissimilar materials and is intended for use in pressure piping systems such as water supply, irrigation and utility networks where a reliable PE-to-steel connection is required.
The connector is engineered to accommodate the specific dimensions of PE100rc SDR11 pipe and corresponding steel tube, delivering a secure mechanical joint without the need for hot works. It reduces installation time by enabling straightforward assembly and ensures long-term resistance to internal pressure and common environmental influences when installed according to guidelines. The design minimises differential movement between pipe materials and supports conventional sealing methods appropriate for pressure systems.
Prepare pipe ends by cutting square and deburring both the PE100rc and steel pipes. Verify outer diameters and wall thicknesses match the fitting's compatible sizes. Follow manufacturer guidance for insertion depth and sealing components: insert the PE pipe and the steel pipe into their respective ends of the fitting, ensure correct alignment and apply the recommended torque to any fastening elements. After assembly, perform a pressure test according to the system requirements to confirm the integrity of the joint before placing into service.
Install in accordance with applicable standards and local regulations. Use compatible seals and follow torque specifications to avoid overtightening. Protect the transition from corrosive environments and provide appropriate mechanical support to minimise stresses from thermal expansion or external loads.
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