CPVC Sweep Bend (Long Bend) - Buildenza

CPVC Sweep Bend (Long Bend)

3/4"
₹45.00 ₹79.00
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CPVC Sweep Bend (Long Bend) - Buildenza
  • CPVC Sweep Bend (Long Bend) - Buildenza
CPVC Sweep Bend (Long Bend)

CPVC Sweep Bend (Long Bend)

₹79.00 ₹45.00
Taxes included. Shipping calculated at checkout.
In stock
Size

Best For

Smooth Directional Changes Reduced Flow Turbulence Residential Plumbing
Description

Ashirvad CPVC Sweep Bend, also known as a Long Bend, is designed for smooth directional change in CPVC piping systems with minimal flow resistance. Manufactured from high-grade CPVC material, it offers excellent chemical resistance, corrosion resistance and long service life for hot and cold water plumbing applications. The long radius design reduces turbulence and pressure loss compared to standard elbows, making it ideal for both residential and commercial plumbing installations.

  • LONG-RADIUS BEND — A gentler curve than a standard elbow, reducing turbulence and pressure loss.
  • SOLVENT-WELD BOTH ENDS — Both ends join with CPVC Solvent Cement.
  • SUITED TO HIGH-FLOW RUNS — Preferred where minimizing flow resistance matters more than compact routing.
Specifications
Brand Ashirvad
Material CPVC
Available Sizes 3/4 inch, 1 inch, 1 1/4 inch, 1 1/2 inch, 2 inch
Connection Type Solvent Weld
How to Use

1. Cut & Deburr — Cut the CPVC pipe square with a hacksaw or pipe cutter, then deburr the edge and lightly chamfer it so it seats fully into the fitting.

2. Dry-Fit — Test-fit the pipe and fitting without cement to confirm alignment and depth before applying any adhesive.

3. Apply Solvent Cement — Apply Ashirvad CPVC Solvent Cement evenly to both the pipe end and the inside of the fitting socket.

4. Join & Hold — Push the pipe fully into the fitting with a quarter-turn, align it correctly, and hold for 30 seconds while the joint sets.

5. Cure Before Pressure Testing — Let the joint cure per the cement's instructions before pressurizing the line — usually a few hours for handling, longer for full pressure.

FAQ

Q: How is this different from a standard 90° elbow?
A: It uses a longer radius bend, which reduces turbulence and pressure loss compared to a standard elbow.

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