SWR
SWR Soil, Waste & Rainwater Drainage Piping System
Drainage Division | SWR | SWR Soil, Waste & Rainwater Drainage Pipes
SWR Drainage Pipes in India
Efficient drainage is essential for maintaining hygienic and long-lasting infrastructure. Fieldflow greens Pvt. Ltd. SWR drainage pipes are designed to handle soil, waste, and rainwater flow smoothly, making them a dependable choice for modern plumbing systems.
Built using high-quality uPVC material, these pipes offer durability, corrosion resistance, and consistent performance across residential, commercial, and industrial applications.
What are Sewage Drainage pipes?
SWR (Soil, Waste, and Rainwater) pipes are specialized piping systems used to transport wastewater and rainwater safely. These pipes ensure proper flow without leakage, helping maintain sanitation and structural safety.
Unlike traditional piping materials, uPVC SWR pipes provide a lightweight yet strong alternative that simplifies installation while delivering long-term reliability.
Key Features of uPVC SWR pipes
A well-designed drainage system depends on performance and durability. SWR pipes offer several advantages that make them a preferred solution:
- Strong resistance to corrosion and chemicals
- Smooth inner surface for better flow and reduced blockage
- Leak-proof joints for enhanced safety
- Lightweight structure for easy handling and installation
- Long service life with minimal maintenance
Pipe Specification
Size: 40mm to 160mm diameter
Types:
Type A: For ventilation Pipe Work, Rain Water Discharge and Harvesting
Type B: For Soil and Waste Discharge System
Length: 3 & 6Mtr Standard
(Customize on request)
Fittings Specification
Size: 40mm to 160mm diameter
Types: Bends (Elbow), Tees / Junctions, Traps, Couplers & Adaptors, End & Cap Fittings, Reducers, Cleaning & Access Fittings
Packing Corrugated Box
Applications of SWR Drainage Pipes
Fieldflow Greens Pvt. Ltd. SWR piping systems are widely used across different sectors. Their versatility makes them ideal for:
- Residential drainage systems
- Commercial building plumbing
- Industrial wastewater management
- Rainwater disposal systems
- Ventilation and soil discharge lines
Because of their adaptability, these pipes support both small-scale and large infrastructure projects.
1. What are SWR pipes used for?
SWR (Soil, Waste & Rainwater) pipes are used for efficient drainage of wastewater, sewage, and rainwater in residential, commercial, and industrial buildings.
2. Are SWR pipes suitable for underground and outdoor applications?
Yes, SWR pipes are designed for both above-ground and underground installations. They are UV stabilized and durable enough to withstand outdoor conditions.
3. Do SWR pipes resist corrosion and chemicals?
Absolutely. SWR pipes are made from high-quality uPVC material that resists corrosion, chemicals, and scaling, ensuring long-lasting performance.
4. Is installation of SWR pipes easy?
Yes, Fieldflow Greens Pvt. Ltd. SWR pipes are lightweight and come with ring-fit or solvent weld joints, making installation quick, easy, and cost-effective.
5. Do SWR pipes prevent leakage and odor issues?
Yes, with leak-proof jointing systems and smooth internal surfaces, SWR pipes ensure odor-free and hygienic drainage without leakage.
SWR pipe fittings-Ringfit

Union

Door Bend 87.5°

Cleaning Pipe

Bend 87.5°

Transition Bush

Eccentric Reducer

Double Y

Double Y With Door

Double Tee

Double Tee With Door

Ringfit

Reducing Y

Reducing Y With Door

Reducing Tee

Reducing Tee With Door

Single Tee With Door

Single Tee

FTA FAPT

Single Y

SWR MFT Top Tile With Central Jali

Round Jali
SWR drainage pipe system India-Selfit

Vent Cowl

Square Gully Trap with Jali

Single Y

Single Y With Door

Single Tee

Reducing Tee

Reducing Y With Door

Reducing Y

Reducing Y With Door

S-Trap

Reducing Tee With Door

Q-Trap

Pipe Clip

P-Trap

Nahani Trap With Jali

Multifloor Trap With Cover Jali

Gully Trap Jali

Eccentric Reducer

Double Y

Double Y With Door

Door Bend 87.5°

Double Tee

Double Tee With Door

Coupler

Cleaning Pipe

Bend 87.5°

Bend 45°
