Bina Plastic PP-R Fittings Threaded Male Elbow 90° (1PC)

The Bina Plastic PP-R Fittings Threaded Male Elbow 90° is a robust transition fitting designed to connect PP-R pipes to metal-threaded components at a right angle. Constructed from Polypropylene Random Copolymer (PP-R Type 3) and equipped with a precision brass male thread insert, this fitting combines high mechanical strength with excellent resistance to heat, pressure, and corrosion. It ensures a reliable, leak-proof connection between plastic and metal systems, making it ideal for both domestic and industrial plumbing applications.

Specification

• Brand: Bina Plastic
• Product Type: PP-R Fittings Threaded Male Elbow 90°
• Size: 20mm x 1/2", 20mm x 3/4", 25mm x 1/2", 25mm x 3/4", 32mm x 3/4", 32mm x 1''
• Material: Polypropylene Random Copolymer (PP-R Type 3) + Brass Insert
• Thread Type: Male BSP (British Standard Pipe)
• Color: Green / White (depending on variant)
• Connection Type: Socket fusion (PP-R side) + Threaded (metal side)
• Angle: 90°
• Pressure Rating: PN20 (20 bar)
• Temperature Range: Up to 95 °C (maximum operating temperature)
• Standard Compliance: MS 2286 & EN 15874
  
  

Features

• Durable Hybrid Construction: Combines high-grade PP-R body with precision brass male threads for superior reliability.
• Secure & Leak-proof Connection: Heat fusion on the PP-R side and firm mechanical seal on the threaded side.
• High Thermal & Pressure Resistance: Performs effectively under continuous hot and cold water conditions.
• Corrosion & Chemical Resistant: Ensures long-term protection against rust, scaling, and chemical exposure.
• Hygienic & Non-toxic: Safe for potable water and sanitary systems.
• Compact 90° Design: Ideal for tight spaces or installations requiring directional changes with threaded connections.

Application

• Connection between PP-R pipelines and metal fittings, valves, or plumbing fixtures at 90° angles
• Hot and cold water distribution in residential, commercial, and industrial buildings
• Central heating and cooling systems
• Industrial process and utility water systems
• Compressed air and mechanical service networks

​​​​​​​​​​​​