800mm RCC Hume Pipe

Name: 800mm RCC Hume Pipe
Brand: Arihant corporation
Price: 450 INR
Availability: InStock

Price 450 INR/ Unit

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MOQ : 100 Units

800mm RCC Hume Pipe Specification

Diameter
800mm

Product Type
RCC Hume Pipe

Material
Reinforced Cement Concrete (RCC)

Connection
Plain End

Shape
Cylindrical

Standard
IS:458

Surface Treatment
Uncoated

Outer Diameter
800mm

Section Shape
Round

Length
3 m

Color
Grey

Usage
Drainage, Sewage

Material Grade
NP2

Application
Drainage

Pipe Class
NP2

Surface Finish
Matte

Inner Surface
Smooth

Wall Construction
Thick walled

Pipe Weight
Approximately 800kg

End Style
Plain end

Load Rating
Medium duty

Installation
Push fit

Nominal Diameter
800mm

800mm RCC Hume Pipe 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 800mm RCC Hume Pipe

Pick yours among the top selections of 800mm RCC Hume Pipes, tailored for dependable drainage and sewage applications. Each pipe showcases an astounding, lavish build using premium Reinforced Cement Concrete (RCC) adhering to IS:458 standards. With a smooth inner surface, thick-walled construction, 800mm diameter, and a robust 800kg weight, it delivers sensational performance under medium-duty loads. The pipe's plain end and push-fit installation offer effortless handling, while its matte grey finish radiates a professional aesthetic. Take advantage of top-quality pipes supplied by India's leading exporters and manufacturers.

Exceptional Features and Versatile Uses of 800mm RCC Hume Pipe

The 800mm RCC Hume Pipe boasts extra features such as a smooth inner surface for efficient flow, matte uncoated finish, and robust thick-walled construction, making it ideal for both medium-duty and challenging environments. This cylindrical, round-section pipe is sensationally suitable for large-scale drainage and sewage projects. Used extensively across municipal infrastructures, industrial estates, and civil engineering works, its precision engineering ensures lasting performance where reliability is paramount.

Sample Policy and Supply Commitments for 800mm RCC Hume Pipe

To assist procurement, samples are available upon request and can be handed over promptly with proper documentation. Our sample policy favors swift evaluation before purchase order placement, ensuring confidence in your choice. The supply ability is robust, guaranteeing timely fulfillment from order completion to delivery. Each order is meticulously processed, and the availability of samples enables clients to verify conformity with their requirements, streamlining project planning and implementation.

FAQ's of 800mm RCC Hume Pipe:

Q: How is the 800mm RCC Hume Pipe installed?

A: The 800mm RCC Hume Pipe uses a push-fit installation method, allowing for straightforward and efficient assembly with minimal tools or accessories required.

Q: What are the main benefits of a smooth inner surface in this pipe?

A: A smooth inner surface reduces friction, enhancing water and sewage flow and minimizing possibilities of clogs or sediment build-up, which leads to lower maintenance and longer service life.

Q: When can I receive a sample of the 800mm RCC Hume Pipe?

A: Samples can be provided upon request and are typically handed over soon after documentation is completed, prior to the placement of a full purchase order.

Q: Where is the 800mm RCC Hume Pipe most commonly used?

A: This pipe is widely used in municipal drainage systems, sewage networks, and industrial water management due to its durability and reliable performance.

Q: What process ensures the quality of the RCC Hume Pipe?

A: Each pipe is manufactured under strict IS:458 standards using reinforced cement concrete, ensuring consistency, structural integrity, and compliance with industry benchmarks.

Q: Is this product suitable for high-load applications?

A: This particular model has a medium-duty load rating, making it suitable for most standard drainage and sewage infrastructure, but not for extremely high-load environments.

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