200 mm Kirloskar Ci Sluice Valves

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MOQ : 1 Piece

200 mm Kirloskar Ci Sluice Valves Specification

Structure
Rising / Non-Rising Spindle

Material
Cast Iron (CI)

Power
Manual

Pressure
PN 1.6 (16 bar)

Media
Water

Working Temperature
Up to 80C

Port Size
200 mm

Surface
Painted / Epoxy Coated

Shape
Round

Application
Water supply, irrigation, sewage, fire fighting systems

Test Pressure (Seat)
17.6 bar

Leakage Class
Zero leakage (Bubble Tight Shut off)

Coating
Anti-corrosive finish

Face to Face Distance
Standard as per IS 14846

Test Pressure (Body)
24 bar

Size Range
50 mm to 1200 mm (200 mm shown)

Model
Sluice Valve

End Connection
Flanged Ends as per IS 1538

Operation
Hand Wheel Operated

200 mm Kirloskar Ci Sluice Valves Trade Information

Minimum Order Quantity
1 Piece

Payment Terms
Cash in Advance (CID)

Supply Ability
100 Pieces Per Week

Delivery Time
2-5 Days

Main Export Market(s)
Middle East, Western Europe, Central America, Eastern Europe, North America, Africa, Asia, South America, Australia

Main Domestic Market
All India

200 mm Kirloskar Ci Sluice Valves About

Last chance to jump on this crackerjack deal: 200 mm Kirloskar CI Sluice Valves, Model Sluice Valve with customizable features and an ineffable performance record. These ravishing valves, designed for applications in water supply, irrigation, sewage, and fire-fighting systems, boast flanged ends (IS 1538), hand wheel operation, and anti-corrosive coating. Experience zero-leakage assurance with bubble-tight shut off and robust cast iron build. Standardized face-to-face distance and exceptional pressure resistance up to 24 bar make them indispensable for demanding environments. Exported by leading manufacturers, these manual, 200 mm port valves exemplify reliability, available now across India.

Extra Features & Versatile Plant Application

The 200 mm Kirloskar CI Sluice Valves feature a rugged anti-corrosive finish, zero-leakage performance, and customizable spindle structure options (rising/non-rising). Engineered for high-efficiency in demanding plant applications, their resilience under pressure (up to 24 bar) makes them ideal for water infrastructure, industrial plants, agricultural irrigation, and municipal sewage systems. Their versatility meets the requirements of diverse sectors, ensuring uninterrupted operation and optimal flow control in specialized application areas.

FOB Port, Delivery & Sample Policy

Our 200 mm Kirloskar CI Sluice Valves are ready for transportation from our stock-ready inventory. With a reliable delivery time to suit the domestic market, we ensure swift dispatch from major Indian ports (FOB). Customers may request samples, adhering to our flexible sample policy. Whether for large-scale projects or immediate local supply, we prioritize punctuality and quality packaging to guarantee the valves arrive in perfect condition, enhancing your operational timeline.

FAQ's of 200 mm Kirloskar Ci Sluice Valves:

Q: How do I operate the 200 mm Kirloskar CI Sluice Valve?

A: The 200 mm Kirloskar CI Sluice Valve is hand wheel operated, allowing precise manual control in water supply and industrial systems. Its design enables effortless modulation of flow and secure bubble-tight shut off.

Q: What applications are suitable for this valve model?

A: This valve is widely used in water supply networks, irrigation systems, fire fighting lines, and municipal sewage infrastructure. It is also suitable for plant piping and industrial water management.

Q: Where is the main port of dispatch for the valves?

A: Our valves are primarily dispatched FOB from leading Indian ports, facilitating both domestic and international transportation for prompt and efficient delivery.

Q: When can I expect delivery after placing an order?

A: Delivery times vary by order size and location, but we maintain ready stock and expedite shipping for the domestic market, ensuring delivery windows meet project requirements.

Q: What is the benefit of the anti-corrosive finish?

A: The anti-corrosive coating extends valve life, protects against harsh environments, and minimizes maintenance, ensuring consistent reliability across diverse media and applications.