C I Sluice Valve

Name: C I Sluice Valve
Brand: BIKANER ENGINEERING WORKS
Price: 1500 INR
Availability: InStock

Price 1500 INR/ Piece

Get a Price/Quote

MOQ : 10 Pieces

C I Sluice Valve Specification

Connection Type
Flanged

Features
Corrosion-resistant, durable

Valve Type
Sluice / Gate Valve

Valve Size
Various sizes available

Control System
Handwheel operated

Material
Cast Iron (CI)

Structure
Gate type

Sealing
Rubber or metal seated

Application
Water supply, irrigation, plumbing

Type
Sluice valve

Power
Manual

Pressure
Suitable for water mains

Media
Water

Port Size
Standard

Temperature
Ambient

Disc
Rising or non-rising design

Height
365-910 mm

Surface Treatment
Color Coated

Suitable Fluid
Potable water

Gland Packing
Yes

Body Finish
Painted black

Installation
Horizontal/Vertical possible

Bonnet Type
Bolted cover

Flow Direction
Unidirectional

Thickness
16-27.5 mm

Operation
Manual handwheel

End Connection
Flanged ends

C I Sluice Valve Trade Information

Minimum Order Quantity
10 Pieces

Supply Ability
1000 Pieces Per Month

Delivery Time
7 Days

About C I Sluice Valve

Experience a laureate option in flow control with our remarkable CI Sluice Valve. Crafted for ineffable performance, it seamlessly fits water supply, irrigation, and plumbing systems. With competitive pricing, now is the time to buy and grab this corrosion-resistant marvel. Boasting a range of heights (365-910 mm) and thicknesses (16-27.5 mm), the manually operated handwheel ensures controlled, unidirectional flow. Painted black with a robust flanged end and bolted bonnet cover, this valve is suitable for potable water and built for durability and efficient sealing. Available in multiple sizes for your convenience.

Ideal Usage & Directional Flow for Water Systems

Specifically designed for water supply, irrigation, and plumbing, the CI Sluice Valve is suitable for both domestic and industrial pipelines. Its unidirectional flow ensures precise control, while the valve accommodates both horizontal and vertical installations. Simply rotate the manual handwheel to operate-either raise or lower the disc, depending on whether you require a rising or non-rising design. The structure's robust make and durable finish ensure long-term use with potable water and varied application scenarios.

FOB Port, Dispatch & Payment Details

Our CI Sluice Valve is available for export from prestigious Indian ports. Upon receiving your purchase order and finalized payment terms, our team begins careful packing & dispatch, ensuring product safety during transit. Typical delivery times range from prompt to scheduled, based on order quantity and destination. Secure transaction options and clear dispatching protocols allow for a seamless business experience, so you can plan project timelines confidently and receive your valve without delay.

FAQ's of C I Sluice Valve:

Q: How is the CI Sluice Valve operated and what applications does it suit?

A: The CI Sluice Valve is manually operated using a handwheel, making it suitable for water supply, irrigation, and plumbing systems where precise, reliable flow control is required.

Q: What types of installation are possible with this valve?

A: It allows both horizontal and vertical installations, offering flexibility for various pipeline layouts and system requirements.

Q: Where can the CI Sluice Valve be dispatched from and how is it packed?

A: Dispatch is handled from reputable Indian FOB ports. Each valve undergoes careful packing & dispatch procedures to ensure it arrives safely and intact at its destination.

Q: What is included in the purchase process and delivery timeline?

A: Once a purchase order and payment terms are finalized, the packing and dispatching process begins. Delivery times depend on quantity and shipping destination, and our team ensures timely updates throughout the process.

Q: What are the benefits of the valve's construction and finish?

A: Constructed from corrosion-resistant cast iron with a painted black finish and robust flanged ends, the valve promises durability and consistent performance in demanding environments.