CI THIMBLE MOUNTED SLUICE GATE

CI THIMBLE MOUNTED SLUICE GATE Specification

Material
Cast Iron (CI)

Media
Water, Sewage, Slurry

Type
Thimble Mounted Sluice Gate

Pressure
Up to 10 Bar

Structure
Rising Spindle, Flat or Flanged Ends

Size
150 mm to 2000 mm

Standard
IS 3042 / IS 13349

Face to Face Distance
As per IS Standard

Body Cover Test Pressure
1.5 times Working Pressure

Working Temperature
Up to 85°C

End Connection
Thimble / Flanged End

Seat Material
Bronze / Rubber / Stainless Steel

Coating
Anti-corrosive Epoxy Painted

Application
Intake Structures, Penstocks, Water Treatment Plants

Operation Method
Handwheel, Gear, or Electric Actuator

Leakage Rate
Zero Leakage Design

Mounting
Wall & Channel Mounted

CI THIMBLE MOUNTED SLUICE GATE Trade Information

Minimum Order Quantity
1 Unit

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

Supply Ability
10 Units Per Month

Delivery Time
1 Week

Main Domestic Market
All India

About CI THIMBLE MOUNTED SLUICE GATE

Experience the phenomenal performance of the CI Thimble Mounted Sluice Gate, a customizable solution engineered for water management applications. Highly recommended for its matchless zero-leakage design, this magnificent sluice gate accommodates operation via handwheel, gear, or electric actuator. Compatible with wall and channel mounting, it features anti-corrosive epoxy coating and superior seat options: bronze, rubber, or stainless steel. Get complete versatility with thimble or flanged end connections, available in sizes from 150 mm to 2000 mm, and built to IS standards for reliable utility in intake structures, penstocks, and water treatment plants across India.

Versatile Applications and Methodology

The CI Thimble Mounted Sluice Gate is highly valued in intake structures, penstocks, and water treatment plants for its phenomenal reliability and zero-leakage design. Designed to control water, sewage, and slurry, it can be applied in commercial and industrial settings with ease. Installation and operation methods are flexible, offering handwheel, gear, or electric actuator options, ensuring the perfect match for custom requirements in municipal as well as private sector projects.

Sample Policy, Supply Capability, and Market Reach

Our premium CI Thimble Mounted Sluice Gate is available with a flexible sample policy to help you evaluate its quality. With robust supply ability, we cater to large-scale demands across the main domestic market in India. List prices are competitive, and prompt shipment ensures minimal waiting time for your orders. Trust our brand for dependable industrial solutions supported by nationwide delivery and service expertise.

FAQ's of CI THIMBLE MOUNTED SLUICE GATE:

Q: How is the CI Thimble Mounted Sluice Gate operated?

A: The CI Thimble Mounted Sluice Gate can be operated manually with a handwheel, or through a gear mechanism, and can also be equipped with an electric actuator for automated operation depending on site requirements.

Q: What are the primary applications for this sluice gate?

A: This sluice gate is commonly used in intake structures, penstocks, water treatment plants, and other commercial and municipal water management systems needing reliable flow control for water, sewage, and slurry.

Q: When should I choose a CI Thimble Mounted Sluice Gate?

A: You should choose this gate when zero leakage, robust construction, and compliance with IS standards are crucial in projects involving water conveyance, sewage management, or industrial processing.

Q: Where can the sluice gate be installed?

A: The sluice gate can be wall-mounted or channel-mounted based on your installation needs, ensuring compatibility with a variety of infrastructure designs and site conditions.

Q: What is the benefit of the anti-corrosive epoxy coating?

A: The anti-corrosive epoxy paint provides magnificent protection against rust and harsh environmental conditions, enhancing the sluice gate's lifespan and reliability even in challenging operational environments.

Q: How does the zero-leakage design enhance performance?

A: The matchless zero-leakage design ensures complete sealing, preventing undesired flow and guaranteeing operational safety and efficiency within water management systems.

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