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Rcc Hume Pipes

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MOQ : 100 Units

Rcc Hume Pipes Specification

Flexibility
Rigid

Sealing Type
Collar Joint

Connection Type
Spigot and Socket with Collar

Coating Type
Uncoated

Yield Strength
Up to 30 MPa

Product Type
RCC Hume Pipe

Material
Other

Connection
Spigot and Socket Joint

Shape
Round

Standard
Other

Surface Treatment
Smooth Finish

Section Shape
Cylindrical

Color
Grey

Usage
Drainage, Culverts, Sewerage, Irrigation

Rated Pressure
0.3 MPa to 1.0 MPa

Material Grade
M30, M40

Application
Culverts, Sewer Lines, Water Drains, Underground Construction

Life Expectancy
Up to 100 years

Manufacturing Process
Centrifugal Spinning / Vibration Casting

Weight Range
120 kg to 2500 kg (varies with size)

Testing Standard
IS: 458 - 2003

Class Types
NP2, NP3, NP4

Installation Method
Laid in Trench

Resistant To
Corrosion, Alkalis, Sulphates

End Design
Socketed or Plain

Reinforcement Type
Mild Steel Wires/Rods

Water Absorption
< 5%

Rcc Hume Pipes Trade Information

Minimum Order Quantity
100 Units

Payment Terms
Cash in Advance (CID)

Supply Ability
5000 Units Per Month

Delivery Time
7 Days

Main Domestic Market
All India

About Rcc Hume Pipes

NP2,NP3 & NP4 CLASS SOCKET & SPIGOT

TONGUE & GROOVE

SIZES FROM : 150mm To 2500mm Dia

150mm,200mm,225mm,250mm,300mm,350mm,400mm,450mm 500mm,600mm,800mm,900mm,1000mm,1200mm,1400mm 1600mm,1800mm,2000mm,2400mm,2500mm

Engineered for Durability and Strength

RCC Hume Pipes are meticulously designed to withstand harsh environments, resisting corrosion, alkalis, and sulphate attacks. Reinforced with mild steel wires or rods and produced via centrifugal spinning or vibration casting, these pipes meet stringent IS: 458 - 2003 requirements, ensuring reliable performance in varied infrastructure projects throughout their long service life.

Versatile Applications Across Infrastructure

Suitable for a broad spectrum of uses including culverts, sewer lines, water drainage systems, and irrigation, RCC Hume Pipes excel in underground construction. Their cylindrical, rigid structure and superior strength cater to complex needs in both urban and rural projects, ensuring safe and efficient water conveyance or waste management.

Reliable Installation and Maintenance

Installation involves laying pipes in a trench and connecting them through spigot and socket joints secured with a collar. The smooth internal finish reduces friction losses, while the robust build and minimal water absorption help minimize maintenance. Their substantial yield strength and longevity make them a smart choice for critical infrastructure.

FAQ's of Rcc Hume Pipes:

Q: How are RCC Hume Pipes installed in construction projects?

A: RCC Hume Pipes are typically laid in pre-prepared trenches and connected using spigot and socket joints with a collar for secure sealing. This method ensures reliable alignment and minimizes the risk of leakage, making them suitable for underground installations such as culverts and drainage systems.

Q: What benefits do RCC Hume Pipes offer in terms of corrosion and chemical resistance?

A: These pipes are engineered to withstand corrosion, alkalis, and sulphate attacks, ensuring durability even in chemically aggressive environments. This makes them ideal for sewer lines, water drains, and other applications where chemical exposure is a concern.

Q: When should NP2, NP3, or NP4 class RCC Hume Pipes be used?

A: The selection of NP2, NP3, or NP4 class depends on the pressure and load requirements of your project. NP2 is suitable for light-duty applications, NP3 is standard for most drainage and irrigation work, while NP4 is used in heavy-duty infrastructure that demands higher load-bearing and pressure resistance.

Q: What manufacturing process is used for RCC Hume Pipes and why?

A: RCC Hume Pipes are produced using centrifugal spinning or vibration casting, both of which ensure uniform compaction and strength. These processes result in consistently high-quality pipes with smooth finishes and minimal water absorption, aligning with IS: 458 - 2003 standards.

Q: Where are RCC Hume Pipes most commonly applied?

A: They are widely installed in drainage systems, culverts, sewerage networks, irrigation projects, and general underground construction where robust, long-lasting piping solutions are required.

Q: How does the pipe's water absorption rate benefit its usage?

A: With a water absorption rate of less than 5%, RCC Hume Pipes are less susceptible to degradation and maintain structural integrity over decades, contributing to their long lifespan and minimal maintenance needs.

Q: What is the expected life expectancy and maintenance requirement of these pipes?

A: RCC Hume Pipes are designed to last up to 100 years, requiring minimal maintenance due to their strength, low water absorption, and resistance to environmental factors, making them cost-effective for long-term infrastructure use.

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