CPVC Short Radius 90° Bend graphic

CPVC Short Radius 45° Bend

The CPVC Short Radius 45° Bend is a precision-molded pipe fitting designed to change the direction of flow by 45 degrees in a CPVC piping system, where space is limited and a compact turning radius is required. Constructed from Chlorinated Polyvinyl Chloride (CPVC), this bend is engineered for high performance in hot and cold water distribution systems, chemical processing lines, and other industrial fluid applications. Its short radius design allows for tighter installations without compromising flow efficiency or structural integrity.

Key Features of CPVC Short Radius 45° Bend

Compact Design: Short radius configuration is ideal for confined spaces and tight pipeline layouts.
High Temperature Resistance: Withstands fluid temperatures up to 93°C (200°F), suitable for hot water and chemical systems.
Chemical Compatibility: Excellent resistance to corrosive fluids including acids, alkalis, and industrial chemicals.
Durable Construction: Rigid CPVC material offers high impact strength and long service life.
Leak-Proof Connection: Designed for solvent cement welding, ensuring a strong and secure bond.
Low Friction Loss: Smooth internal surface minimizes pressure drop and turbulence in directional flow.
Maintenance-Free: Non-corrosive and resistant to scaling and biological growth.
Safe for Potable Water: Manufactured using non-toxic CPVC compounds that comply with drinking water standards.

Technical Information

Parameter Details
Material
CPVC (Chlorinated Polyvinyl Chloride)
Size Range
½ inch to 4 inches (larger sizes available on request)
Bend Angle
45 Degrees
Radius Type
Short Radius
Connection Type
Socket (Solvent Weld)
Pressure Rating
Up to 10 kg/cm² at 23°C (varies with size and temperature)
Temperature Range
0°C to 93°C
Color
Light Grey / Beige
Standards Compliance
ASTM D2846 / ASTM F439 / IS 15778 (depending on system)
Applications
Water distribution, chemical pipelines, industrial and commercial plumbing
Installation Method
Solvent cement welding