UPVC Female Threaded Elbow for Water

Key Features of UPVC Female Threaded Elbow for Water

• All-plastic female thread: corrosion resistant and cost-effective — no metal components.
• Solvent cement joint: the socket end is permanently fused to UPVC pipe via solvent cement for a high-strength sealed joint.
• 90 degree turning transition: integrated design eliminates separate adapters for direction changes.
• Precision-machined threads: ensures consistent sealing and easy installation.
• Drinking water safe: UPVC material meets health standards for potable water systems.

Manufacturing Process of UPVC Female Threaded Elbow for Water

Each elbow is one-piece injection molded from virgin UPVC resin with precision tooling. The female thread is formed via a rotating core insert during molding, ensuring uniform thread pitch and depth. The solvent cement socket is precision-machined with consistent inner diameter, ellipticity, and chamfer for proper joint fit.

Critical Process Parameters of UPVC Female Threaded Elbow for Water

• Thread pitch and depth accuracy on the threaded end.
• Socket inner diameter and ellipticity control.
• 90 degree angle precision between the two ends.
• Melt temperature and injection pressure consistency.

Raw Material Characteristics of UPVC Female Threaded Elbow for Water

• Body: UPVC (PVC-U), virgin resin, plasticizer-free.
• Drinking water approved: meets ISO 1452 and national health standards.
• Smooth inner wall reduces flow resistance.
• Excellent corrosion resistance to water and mild chemicals.
• Suitable for cold water systems up to 45°C.

Typical Applications of UPVC Female Threaded Elbow for Water

• Provides 90 degree turning connections between UPVC water piping and threaded interfaces.
• Used in residential and commercial cold water supply systems.
• Suitable for swimming pool water circulation systems.
• Interfaces UPVC piping with threaded valves, taps, or water meters.

Application Scenarios of UPVC Female Threaded Elbow for Water

• Threaded transition connections requiring 90 degree direction change in water systems.
• Nodes requiring frequent disassembly for maintenance or equipment replacement.
• Plumbing installations in residential buildings and facilities.