Siddhi PVC Perforated Pipe for Sub Soil Drainage in Bangalore | Siddhi Plastic – Piping Mall
Siddhi Plastic – is a trusted supplier of PVC Perforated Pipes in Bangalore, offering high-performance solutions for efficient sub-soil drainage systems. Our perforated drainage pipes are manufactured from premium-grade rigid PVC, ensuring high ring stiffness, excellent load-bearing capacity, and long service life in underground applications across Karnataka.
Designed for effective groundwater collection and hydrostatic pressure relief, Siddhi PVC perforated pipes help prevent waterlogging in Bangalore construction projects, residential layouts, industrial sites, highways, and agricultural land. These pipes are widely used for foundation drainage in Bangalore, retaining wall drainage, basement waterproofing, road subgrade drainage, railway ballast drainage, and landscape drainage systems.
With corrosion resistance, smooth bore flow, lightweight structure, and easy installation, our sub-soil drainage pipes are ideal for challenging soil conditions in Bangalore and nearby areas such as Electronic City, Whitefield, Peenya Industrial Area, Yelahanka, and Hosur Road, Mysore, Tumkur.
Choose Siddhi Plastic – Bangalore for durable, cost-effective, and engineered underground drainage pipe solutions.
🔹 Key Features
✔ High strength & durability
✔ Excellent corrosion & chemical resistance
✔ Lightweight and easy to install
✔ Smooth internal surface for better flow
✔ Long service life
✔ Available in slotted or drilled type
🔹 Applications
Sub-soil drainage systems
Agricultural land drainage
Road & highway side drainage
Retaining wall drainage
Sports grounds & landscaping
Building foundation drainage
Railway track drainage
🔹 Technical Specifications (Typical)
Material: Rigid PVC
Diameter Range: 63 mm to 315 mm (or as per requirement)
Length: 3m / 6m standard
Perforation Type: Slotted / Circular drilled
Color: Grey / As per requirement
🔹 Advantages in Sub-Soil Application
Prevents water accumulation around foundation
Improves soil bearing capacity
Reduces hydrostatic pressure
Protects structures from dampness damage
