Hydroplast sch 80 upvc Elbow 45* 3/4″

Hydroplast Schedule 80 UPVC 45° elbow fittings are designed for high-pressure applications in HVAC and fluid systems. They feature a durable construction suitable for oil-free air handling and are ideal for reducing turbulence in piping systems.

Product Overview

• Type: Hydroplast Schedule 80 UPVC 45° Elbow Fitting
• Size: 3/4 inch
• Material: High-quality Schedule 80 UPVC
• Application: High-pressure HVAC and fluid systems

Key Features

• Durability: Constructed from robust Schedule 80 UPVC, ensuring resistance to high pressures and long-lasting performance.

• 45° Design: The elbow fitting provides a gradual 45-degree change in direction, which helps maintain fluid flow efficiency and reduces stress on pipes.

• Corrosion Resistance: UPVC material is inherently resistant to corrosion, making it suitable for various chemical applications.

• Socket Connection: Designed for slip/socket connections, allowing for easy installation and secure fittings without the need for additional sealing materials.

Specifications

• Pressure Rating: PN16 (16 Bar, 1.6 MPa)

• Temperature Rating: Maximum of 60°C (140°F)

• Standards Compliance: Meets NSF, NSF-PW, NSF-61, ASTM, and ANSI standards.

• Color: Gray

• Shipping Weight: Approximately 0.1339 kg

Usage Applications

• Chemical Processing: Ideal for applications requiring chemical resistance and efficient fluid conveyance.

• Water Systems: Suitable for water distribution and treatment systems, facilitating smooth directional changes.

• Industrial Manufacturing: Used in various manufacturing processes to create efficient plumbing configurations.

• Agricultural Operations: Effective in irrigation systems, allowing for gentle turns that minimize stress on pipes.

Installation Benefits

• Easy to Install: Designed for straightforward installation, reducing downtime and minimizing the need for specialized tools.

Conclusion

The Hydroplast Schedule 80 UPVC 45° elbow fitting is a vital component for high-pressure plumbing systems, ensuring efficient fluid flow, durability, and adaptability across multiple applications.