Raksha 6062500 Series and 6068800 Series SCH 80 Material Grade Plain Fitting UPVC FS Elbow 45°

The Raksha 6062500 Series and 6068800 Series SCH 80 Material Grade Plain Fitting UPVC FS (Female Socket) Elbow 45° are essential components in industrial piping systems, engineered to facilitate smooth directional changes while maintaining structural integrity and fluid flow efficiency. Crafted from UPVC (Unplasticized Polyvinyl Chloride), these elbows are designed to endure high pressures, corrosive environments, and demanding operational conditions commonly encountered in industrial settings.

Both series, 6062500 and 6068800, offer variations in size and specifications, providing flexibility to accommodate different pipe diameters and system requirements. The SCH 80 classification signifies a specific wall thickness, ensuring the elbows can withstand elevated pressures without compromising performance.

Featuring a 45° bend, these elbows enable gentle redirection of fluid flow, minimizing pressure losses and flow disturbances while ensuring efficient operation of the piping system. The FS (Female Socket) design allows for easy installation by socketing the female end onto a corresponding male pipe fitting, ensuring a secure and leak-free connection.

Precision-engineered for dimensional accuracy and structural stability, these UPVC elbows offer reliable performance over extended service life. Their smooth interior surfaces reduce frictional losses and pressure drops, optimizing fluid flow efficiency and system throughput.

The material grade used in these elbows adheres to industry standards for UPVC, ensuring consistent quality, chemical resistance, and durability. UPVC is chosen for its exceptional mechanical properties, corrosion resistance, and cost-effectiveness, making it a preferred material for industrial piping applications.

In summary, the Raksha 6062500 Series and 6068800 Series SCH 80 Material Grade Plain Fitting UPVC FS Elbows 45° provide a dependable solution for redirecting fluid flow in industrial piping systems. Their robust construction, precise engineering, and chemical resistance make them essential components for ensuring smooth operations and long-term reliability in various industrial environments.