كوع السباكة البلاستيكي (PPR) نوع أنثى قياس (25mmx"0.5) من (WEFATHERM)بزاوية (90) درجة

The Wefatherm PPR Female Elbow is a durable 90-degree pipe fitting made from PPR, designed to connect pipes and create a right-angled flow in PPR plumbing systems. It features a securely sealed connection to minimize leaks and is resistant to corrosion and scaling, making it suitable for hot and cold water applications.

The Wefatherm PPR Female Elbow combines durable PPR material with a thicker wall and improved sealing, offering reliable performance and longevity in PPR systems. When comparing, consider material quality, sealing reliability, and compatibility with your piping size and system requirements.

The elbow is designed for high-temperature and high-pressure environments with strong corrosion and scale resistance. To maintain performance, keep joints clean, use the proper joining method, and periodically test for leaks after installation.

Measure your pipe outer diameter and match it to the PPR size. Ensure the elbow’s connection type matches the mating fitting in your system (e.g., male vs. female). Check that your system’s temperature and pressure requirements are within the elbow’s design range.

Common applications include domestic plumbing runs, radiator and under-floor radiant heating loops, irrigation lines, and any PPR piping project where a 90-degree turn is required without sacrificing joint integrity.

A Coupler is a straight connector used to join two pipes in a straight line, while an Elbow provides a directional change. If you need a straight run, use a Coupler; for directional changes, use this Elbow. See: https://fepy.com/products/weatherm-ppr-coupler

A Female Tee provides a branch connection (three-way) whereas the Female Elbow provides a single 90-degree bend. Choose based on whether you need a branch in addition to a turn. See: https://fepy.com/products/weatherm-ppr-female-tee

Functionally they serve the same purpose of turning flow by 90 degrees, but the gender of the connection differs. Use the Male Elbow when your system requires a male connection, and the Female Elbow when a female connection is needed. See: https://fepy.com/products/weatherm-ppr-male-elbow

Yes. The PPR material is commonly used for potable water systems due to its chemical resistance and safety profile, making it suitable for hot and cold water lines in residential and light commercial applications.

Install by aligning with the mating pipe, cleanly cut the pipe end, and join using the recommended PPR joining method (heat fusion or compatible sealing method as per your system). Ensure the fitting seats fully and the joint is tested for leaks after assembly.

The elbow is offered in multiple sizes to match standard PPR pipe outer diameters. To choose the correct size, measure your pipe OD and select the matching PPR size from the product listing. If in doubt, compare the size marking on the pipe with the size options shown on Fepy.

Key specs include: material - PPR; designed to withstand high temperatures and pressures; corrosion- and scale-resistant; thicker wall for added durability; improved sealing for tighter, leak-free joints; available in multiple sizes to fit standard PPR piping.

The Wefatherm PPR Female Elbow is a durable 90-degree pipe fitting made from PPR, designed to connect pipes and create a right-angled flow in PPR plumbing systems. It features a securely sealed connection to minimize leaks and is resistant to corrosion and scaling, making it suitable for hot and cold water applications.

The Wefatherm PPR Female Elbow combines durable PPR material with a thicker wall and improved sealing, offering reliable performance and longevity in PPR systems. When comparing, consider material quality, sealing reliability, and compatibility with your piping size and system requirements.

The elbow is designed for high-temperature and high-pressure environments with strong corrosion and scale resistance. To maintain performance, keep joints clean, use the proper joining method, and periodically test for leaks after installation.