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Y Type Flush Bottom Valves

Price 4000 INR/ Unit

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MOQ : 1 Number

Y Type Flush Bottom Valves Specification

Valve Size
15mm to 300mm

Features
Zero hold-up design, Leak-proof seat, Easy maintenance, Anti-corrosive

Valve Type
Flush Bottom Valve

Control System
Manual hand wheel, Pneumatic actuator, Electric actuator

Material
Stainless steel (SS304, SS316, SS316L), Carbon Steel, Alloy

Connection Type
Flanged, Socket Weld, Butt Weld, Tri-clover

Structure
Y Type, Flush Bottom design

Voltage
24V/110V/220V (applicable for electric actuator type)

Sealing
PTFE, EPDM, Metal to Metal (custom options)

Application
Suitable for draining, sampling, or flushing the bottom of tanks, reactors, and vessels in chemical, pharmaceutical, and food industries

Type
Y Type Flush Bottom Valve

Power
Manual, Pneumatic, Electric actuators available

Pressure
Up to 10 bar / 150 psi

Media
Liquids, Slurries, Powders

Port Size
DN15 to DN300

Temperature
Up to 250C (Depending on material selection)

Disc
Stainless Steel / Alloy steel options

Pin
Stainless steel, corrosion resistant

Service Life
Designed for long cycle life in harsh environments

Operation
Quarter turn operation

Bonnet Type
Bolted or Welded Bonnet

End Connection Standard
ANSI, DIN, JIS, BS standards available

Surface Finish
Mirror polished (for pharma applications)

Actuator Accessories
Solenoid valve, Limit switch, Positioner (if automated)

Stem Type
Rising or Non-Rising Stem

Packing Type
Graphite/ PTFE/ Asbestos packing options

Mounting Orientation
Vertical or Horizontal mount

Hydrostatic Test Pressure
1.5 times rated pressure

Body Thickness
As per ASME or EN design standards

About Y Type Flush Bottom Valves

FlowBiz Exports Pvt Ltd Valves is a High Quality Flush Bottom Valves Manufacturer in Mumbai, Maharashtra, India. We are a leading manufacturer of Spring Loaded Safety Valves in Mumbai and nearby areas.

Flush Bottom Valves are special purpose valves used in piping and vessels to drain out any product or slurry left in the pipe or vessel. These valves are most commonly used for dead space free draining or feeding of vessels and pipelines.

Functions:

It is the purpose of flush bottom valves to give a pathway for the content to pass through from reactors, vessels, autoclaves, storage tanks, as well as drainage for semi-solid media, viscous material, slurry, and abrasive material.

Product Details:

Size - 1/2 Inch to 8 Inch

Material - SS 316

Brand - FlowBiz

Body Moc - SS 316

Head Shape - Y TYPE

Seat Moc - As per Temperature

Versatile Compliance and Durable Construction

These Y Type Flush Bottom Valves conform to international standards such as ANSI, DIN, JIS, and BS, making them suitable for diverse industrial settings. Manufactured using premium grades like SS304, SS316, SS316L, and select alloys, they withstand demanding processes, ensuring superior corrosion resistance and structural integrity. The valves meet specific body thickness criteria as per ASME or EN standards, further enhancing safety and longevity.

Flexible Operation and Mounting Options

Designed for both manual and automated use, this valve supports quarter-turn operation and can be controlled by hand wheel, pneumatic actuator, or electric actuator. With mounting flexibility in either vertical or horizontal orientations, it integrates easily into existing systems. Accessories like solenoid valves, limit switches, and positioners enable precise automation and process control.

Optimized for Clean and Critical Applications

The Y Type Flush Bottom Valve's zero hold-up, mirror-polished surfaces, and leak-proof seat make it ideal for pharmaceutical, chemical, and food industry applications. It offers end connection adaptability with options like flanged, socket weld, butt weld, and tri-clover fittings. The design minimizes residue, maintaining product purity and process efficiency.

FAQ's of Y Type Flush Bottom Valves:

Q: How is the Y Type Flush Bottom Valve typically installed and in what orientations?

A: The Y Type Flush Bottom Valve can be mounted in either vertical or horizontal orientations, depending on the tank or vessel design. Its versatile end connections, including flanged, butt weld, socket weld, and tri-clover, facilitate installation in a wide range of process setups.

Q: What applications are these flush bottom valves best suited for?

A: These valves are primarily used for draining, sampling, or flushing the bottom of tanks, reactors, and vessels. They are particularly valued in chemical, pharmaceutical, and food industries where hygiene, zero hold-up, and resistance to corrosion are essential.

Q: When should a bolted bonnet be chosen over a welded bonnet?

A: A bolted bonnet is preferred when frequent maintenance or inspection is anticipated, as it allows easy dismantling. Welded bonnets offer higher integrity against leaks and are suitable for applications where maintenance is infrequent or pressure containment is critical.

Q: Where can these valves be used with respect to process media and operating environment?

A: The Y Type Flush Bottom Valve is suitable for handling liquids, slurries, and even powders across harsh environments, including processes with temperatures up to 250C (depending on the material), and pressures up to 10 bar/150 psi. Materials like stainless steel and alloys provide durability and corrosion resistance.

Q: What are the key benefits of the zero hold-up design?

A: Zero hold-up ensures that no media remains trapped within the valve when closed, minimizing contamination risks and aiding in effective cleaning and draining, which is especially crucial for pharmaceutical and food industries.

Q: How is valve automation achieved and what actuator accessories are available?

A: The valve can be automated using pneumatic or electric actuators, and supports accessories such as solenoid valves, limit switches, and positioners. The electric actuators can be supplied with voltages of 24V, 110V, or 220V, as required.

Q: What sealing and packing options are offered, and how are they selected?

A: Sealing options include PTFE, EPDM, and metal-to-metal for various chemical compatibilities and service demands. Packing materials like graphite, PTFE, and asbestos can be selected based on temperature, chemical resistance, and process requirements.

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