RCC Pipes

RCC Pipes Specification

Tolerance
2% on dimensions

Coating Type
External and internal cement mortar lining

Bend Radius
Not Flexible

Temperature Range
-10C to 50C

Diameter
150 mm to 2200 mm

Tensile Strength
5-7 MPa (of concrete)

Sealing Type
Rubber ring/Collar joint

Connection Type
Collar Joint/Spigot-Socket Joint

Flexibility
Rigid

Product Type
RCC Pipe

Material
Reinforced Cement Concrete

Connection
Spigot and socket/Collar Joint

Shape
Cylindrical

Standard
IS 458:2003

Surface Treatment
Smooth finished

Outer Diameter
150 mm to 2200 mm

Section Shape
Round

Length
2.5 m

Thickness
50 mm to 120 mm (varies with diameter)

Color
Grey

Usage
Water supply, sewerage, drainage

Rated Pressure
2.5 to 10 kg/cm

Application
Culverts, irrigation, agricultural, storm water, drainage

Material Grade
M30, M40 grade concrete

Lifespan
40-50 years

Eco-Friendly
Yes, inert and non-toxic

Density
2200 - 2500 kg/m³

End Details
Plain end or socketed end

Class
NP2, NP3, NP4

Reinforcement Type
Mild steel or high tensile wire

Load Bearing Capacity
High (varies with class and diameter)

Water Absorption
Less than 6% of weight

Weather Resistance
Excellent, suitable for outdoor use

Testing
Hydrostatic and load tested as per IS standards

Jointing Method
Butt joint or collar joint

Installation Method
Trenching and bedding

Availability
Customizable as per client requirement

RCC Pipes Trade Information

Minimum Order Quantity
100000 Pieces

Supply Ability
200 Pieces Per Day

Delivery Time
2 Days

About RCC Pipes

Widely used for hassle free drainage and supply of water, the provided RCC Pipes can be availed in different specifications. Owing to their sturdy designs, these pipes are widely admired in agriculture and construction sector. Constructed with utmost perfection under our experts direction, these pipes are manufactured at our modern production unit using top grade reinforced cement concrete. Moreover, our patrons can avail these RCC Pipes according to their specific needs at cost effective rates.

Key Features:

Fine finish
Easy installation
Leak proof
High compressive strength

Superior Strength & Longevity

RCC pipes are designed with high-grade M30 or M40 concrete and superior reinforcement, making them highly durable and suitable for rigorous applications. Their structural integrity ensures longevity, typically ranging from 40 to 50 years even in demanding outdoor environments.

Flexible Application Options

These pipes are ideal for water supply, stormwater drainage, sewerage, culverts, irrigation, and agricultural projects. Offered in multiple classes (NP2, NP3, NP4) and diameters, they cater to both standard infrastructure and custom requirements.

Reliable Testing & Standards Compliance

Every RCC pipe undergoes hydrostatic and load testing in line with IS 458:2003 standards. This ensures optimum pressure resistance (2.5 to 10 kg/cm) and dimensional tolerance, providing assurance of both safety and performance on site.

FAQs of RCC Pipes:

Q: How are RCC pipes installed using trenching and bedding methods?

A: The installation process begins with excavating a suitable trench to the required depth. Next, a bedding layer is placed to provide support and proper alignment for the pipe. The RCC pipes are then lowered into the trench and aligned carefully, after which the recommended jointing methodeither butt joint or collar jointis applied. Final backfilling is carried out to secure the pipe in position.

Q: What are the key applications for RCC pipes with different classes?

A: RCC pipes in NP2, NP3, and NP4 classes are utilized for water supply, stormwater and sewage drainage, culverts, agricultural irrigation, and infrastructure projects. The choice of class depends on load requirements: NP2 for light duty, NP3 for medium duty, and NP4 for heavy load-bearing situations like highways or urban installations.

Q: When should I choose spigot and socket or collar joints for my RCC pipes?

A: Spigot and socket or collar joints are selected based on pipe diameter, installation environment, and pressure requirements. Collar joints provide a robust seal, suitable for sewerage and drainage systems requiring leak-proof connections and flexibility in alignment. For straightforward, linear pipeline connections, butt joints may be sufficient.

Q: Where are RCC pipes most effectively used outdoors?

A: RCC pipes, owing to their excellent weather resistance, are extensively used in outdoor applications such as road culverts, storm water drains, and agricultural irrigation channels. Their durable construction also makes them ideal for installation in harsh climatic conditions across India.

Q: What benefits does the high load-bearing capacity of RCC pipes provide?

A: High load-bearing capacity ensures RCC pipes can support heavy external loads from soil or traffic, reducing risk of structural failure. This makes them particularly advantageous for installations beneath roads, highways, or urban infrastructure, where reliability is critical.

Q: How do RCC pipes ensure eco-friendliness and safety for water applications?

A: RCC pipes are inert and non-toxic, made from natural materials. Their smooth internal surface reduces the risk of blockages, while comprehensive sealing methods (rubber ring or collar joint) prevent leaks, safeguarding both the environment and public health.

Q: What testing standards are applied to RCC pipes before supply?

A: All RCC pipes are hydrostatically and load-tested in compliance with IS 458:2003. These tests verify the pipes strength, pressure resistance, and water tightness, ensuring suitability for critical infrastructure projects.