90° PVC-C threaded elbow 1/2" 4707-805

PVC-C Elbow Fitting – Reliability and Durability in Installations

The 90° elbow fitting made of chlorinated polyvinyl chloride (PVC-C) is a connecting element for pipes, used in hot and cold water installations, air conditioning, and industrial applications. It is characterized by high chemical and mechanical resistance, guaranteeing long-lasting and trouble-free operation. Made of PVC-C, the elbow is ideal for systems requiring resistance to high temperatures (up to 80°C, briefly up to 95°C) and pressure.

Construction and practical application

The elbow connects pipes at a 90-degree angle using a glued connection, ensuring the tightness and durability of the installation. The outer diameter of the fitting is 15.9 mm (equivalent to 1/2 inch). PVC-C material is characterized by physiological and microbiological inertness, making it safe for potable water installations. In addition, its smooth inner surface minimizes flow resistance, and high thermal insulation reduces heat loss. This solution will work both in new installations and when modernizing existing systems.

Key advantages for professionals and users

• Durability for years: PVC-C material ensures the durability of the installation estimated at a minimum of 50 years.
• Corrosion and chemical resistance: no risk of corrosion and resistance to many chemical compounds guarantee reliability in difficult conditions.
• Quick installation: glued connection is easy to perform and does not require specialized tools – installation time does not exceed one minute.
• Hygiene and safety: the inertness of the material to drinking water ensures safety for users' health.
• Noise reduction: vibration damping properties contribute to quieter operation of the installation.
• Lightweight construction: lower weight compared to traditional materials makes transport and installation easier.
• Reduced sediment: resistance to scale and dirt buildup maintains high installation throughput for a long time.
• Thermal insulation: reduces condensation of water vapor on the surface of the pipes, reducing the risk of mold and mildew.