Galvanized Drainage Spout

Price 2700.0 INR/ Piece

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MOQ : 10 Pieces

Galvanized Drainage Spout Specification

Media
Water / Rainwater

Max. Temperature
Up to 120°C

Surface Treatment
Polish

Flange
Optional Flanged End

Head Code
Round

Usage
For Bridge and Road

Material

Technique
Hot Dip Galvanized

Type
Others

Connecting Type
Slip-on / Welded

Shape
Cylindrical with Angled Mouth

Product Type
Drainage Spout

Color
Silver

Working Pressure
Low Pressure

Galvanized Drainage Spout Trade Information

Minimum Order Quantity
10 Pieces

Payment Terms
Cash on Delivery (COD), Cash in Advance (CID)

Supply Ability
10 Pieces Per Week

Delivery Time
3 Days

Sample Available
Yes

Sample Policy
Within a certain price range free samples are available

Main Domestic Market
East India

About Galvanized Drainage Spout

Drainage Spouts are used for carrying rainwater and wastes down from platform. These spouts are manufactured by our experienced professionals using premium quality raw materials to meet the varied need of the clients.

Specification

Usage	In Bridge
Country of Origin	Made in India
Brand	EIPL

Efficient Drainage for Infrastructure

Engineered for bridge and road drainage, this galvanized spout provides a reliable solution for managing water flow. Its angled mouth design efficiently channels water, reducing pooling and erosion. With a robust cylindrical construction and hot dip galvanization, this product ensures longevity and optimal performance in demanding outdoor conditions.

Flexible Sizing and Installation Options

Available in sizes from 200 mm to 1000 mm in length and 75 mm to 150 mm in diameter, the spout accommodates diverse project specifications. Installation is straightforward, with options for slip-on or welded connections and an optional flanged end for added security. Its low-pressure rating makes it ideal for rainwater or light drainage scenarios.

Corrosion Resistant and Durable Finish

The product features a polished, hot dip galvanized surface treatment, ensuring lasting corrosion resistance against environmental exposure. This finish maintains the spouts silver appearance and structural integrity, providing dependable performance for infrastructure applications such as bridge and road drainage.

FAQs of Galvanized Drainage Spout:

Q: How is the Galvanized Drainage Spout installed on bridges and roads?

A: This drainage spout is designed for easy installation, featuring either slip-on or welded connections. An optional flanged end can be selected for projects requiring secure fastening. Installation requires minimal tools and can be carried out by most infrastructure teams.

Q: What is the range of sizes available for this spout?

A: The spout is available in multiple sizes, with thickness options from 2 to 5 mm, lengths from 200 mm to 1000 mm, and diameters between 75 mm and 150 mm. These variations allow customization to match specific project drainage requirements.

Q: When should I choose a flanged end for my installation?

A: A flanged end is suggested when additional stability or a more secure connection is desired, particularly in locations subject to high flow or where ease of future maintenance is important. It provides a tighter seal and added durability for the installation.

Q: Where can this drainage spout be used besides bridges and roads?

A: Although primarily designed for bridge and road drainage, the spout can also be used in other infrastructure projects that require efficient water management, including parking structures, elevated walkways, or industrial sites where low-pressure water flow is present.

Q: What is the benefit of the hot dip galvanized technique used in manufacturing?

A: Hot dip galvanization significantly enhances the spouts corrosion resistance, making it suitable for outdoor applications exposed to water. This process extends the products lifespan, reduces maintenance costs, and ensures structural reliability.

Q: How does the angled mouth shape improve drainage efficiency?

A: The cylindrical body with an angled mouth maximizes water entry and directs the flow efficiently, which minimizes blockages and prevents water accumulation at drainage points. This design helps maintain the integrity of the surrounding infrastructure.