Metal CI THIMBLE MOUNTED SLUICE GATE

Metal CI THIMBLE MOUNTED SLUICE GATE Specification

Material
Cast Iron (CI)

Media
Water, Sewage

Type
Thimble Mounted Sluice Gate

Pressure
Up to 10 Bar

Structure
Single/Double Leaf

Size
100 mm to 2000 mm (custom sizes available)

Standard
IS: 3042 or equivalent

Metal CI THIMBLE MOUNTED SLUICE GATE Trade Information

Minimum Order Quantity
1 Unit

FOB Port
kolkata

Payment Terms
Cash Advance (CA), Cash in Advance (CID)

Supply Ability
10 Units Per Month

Delivery Time
1 Week

Sample Available
No

Packaging Details
khor packing

Main Domestic Market
All India

About Metal CI THIMBLE MOUNTED SLUICE GATE

A CI (Cast Iron) Thimble Mounted Sluice Gate is a type of valve used to control water flow, particularly in industrial and water management applications. It's mounted through a cast iron wall thimble, which is a sleeve-like structure inserted into a wall to allow for gate installation and sealing. These gates are commonly used in water supply, drainage, wastewater treatment, and other systems requiring flow control or shut-off.

Engineered for Reliability

The sluice gate's sturdy cast iron body and optional welded steel reinforcements provide structural strength for demanding environments. Precise leakage control and flexible spindle design accommodate a variety of system requirements, ensuring dependable operation in irrigation, drainage, and water or sewage treatment plants.

Versatile Operation and Mounting

Offering manual, gear, or motorized actuation, this sluice gate meets diverse operational needs. Its design allows for mounting on walls or channels using a CI thimble, with single or double leaf structures available, adapting seamlessly to new installations or retrofits across various infrastructures.

FAQ's of Metal CI THIMBLE MOUNTED SLUICE GATE:

Q: How is the CI thimble mounted sluice gate installed?

A: The gate is designed for wall or channel mounting using a cast iron (CI) thimble, facilitating secure installation and alignment within irrigation, water treatment, or sewage systems.

Q: What type of operation methods are available for this sluice gate?

A: Operation can be manual, gear operated, or motorized, allowing users to select the most suitable mechanism based on their application and the required frequency or ease of operation.

Q: When should a non-rising spindle be used over a rising spindle?

A: A non-rising spindle is preferred where space above the sluice gate is limited or where the visual indication of the gate's position is not required; rising spindle options are available if a visual cue is beneficial.

Q: Where can this sluice gate be applied effectively?

A: It is suitable for use in irrigation systems, water treatment plants, drainage channels, and sewage treatment infrastructure due to its high corrosion resistance and robust construction.

Q: What is the process for ensuring leak-tightness on this sluice gate?

A: Leak-tightness is achieved with precision-fitted seals made from neoprene or EPDM rubber, adhering to IS:3042 or equivalent standards for allowable leakage rates.

Q: What benefits does epoxy coating provide for this sluice gate?

A: The epoxy coating delivers high corrosion resistance, significantly extending the service life of the gate, especially in challenging water and sewage environments.

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