Bottom Discharge Valve / Tank Bottom Valve, Stainless Steel, Flanged, Manual Handwheel, Bottom Outlet Structure, Chemical Liquid/Slurry, DIN Standard Bottom Discharge Valve / Tank Bottom Valve, Stainless Steel, Flanged, Manual Handwheel, Bottom Outlet Structure, Chemical Liquid/Slurry, DIN Standard Bottom Discharge Valve / Tank Bottom Valve, Stainless Steel, Flanged, Manual Handwheel, Bottom Outlet Structure, Chemical Liquid/Slurry, DIN Standard Bottom Discharge Valve / Tank Bottom Valve, Stainless Steel, Flanged, Manual Handwheel, Bottom Outlet Structure, Chemical Liquid/Slurry, DIN Standard Bottom Discharge Valve / Tank Bottom Valve, Stainless Steel, Flanged, Manual Handwheel, Bottom Outlet Structure, Chemical Liquid/Slurry, DIN Standard Bottom Discharge Valve / Tank Bottom Valve, Stainless Steel, Flanged, Manual Handwheel, Bottom Outlet Structure, Chemical Liquid/Slurry, DIN Standard

Bottom Discharge Valve / Tank Bottom Valve, Stainless Steel, Flanged, Manual Handwheel, Bottom Outlet Structure, Chemical Liquid/Slurry, DIN Standard

100.0 INR/Piece

Product Details:

  • Valve Type Discharge Valve
  • Valve Size DN25~DN300
  • Connection Type Flanged / Welded
  • Material Body: WCB/A105 carbon steel, 304/316/316L stainless steel, lined (F46/PO/rubber); Seal: PTFE, rubber, hard alloy
  • Features Dead corner-free, no material accumulation, smooth flow path, low torque, remote control (pneumatic/electric), corrosion-resistant
  • Control System Manual / Pneumatic / Electric actuation
  • Structure Other
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Bottom Discharge Valve / Tank Bottom Valve, Stainless Steel, Flanged, Manual Handwheel, Bottom Outlet Structure, Chemical Liquid/Slurry, DIN Standard Price And Quantity

  • 1 Piece
  • 100.0 INR/Piece

Bottom Discharge Valve / Tank Bottom Valve, Stainless Steel, Flanged, Manual Handwheel, Bottom Outlet Structure, Chemical Liquid/Slurry, DIN Standard Product Specifications

  • Chemical, pharmaceutical, dye, food, metallurgy industries; liquid, slurry, granular/powder media
  • DN25~DN300
  • Soft seal (PTFE, rubber, reinforced nylon); Hard seal (hard alloy, stainless steel)
  • Discharge Valve
  • Dead corner-free, no material accumulation, smooth flow path, low torque, remote control (pneumatic/electric), corrosion-resistant
  • Flanged / Welded
  • Body: WCB/A105 carbon steel, 304/316/316L stainless steel, lined (F46/PO/rubber); Seal: PTFE, rubber, hard alloy
  • Manual / Pneumatic / Electric actuation
  • Material discharge, emptying, and pipeline on-off control at the bottom of reactors/tanks
  • Reactor Bottom Discharge Valve / Bottom Outlet Valve
  • 2Cr13/304/316 stainless steel, hardfacing alloy, PTFE-lined
  • Other
  • Carbon steel/stainless steel: -20~425 ; PTFE-lined: -20~180 Celsius (oC)
  • DN25~DN300
  • Discharge Valve
  • Water, Oil, Acid, Base, Gas
  • DN25~DN300

Product Description

Discharge Valve Product Introduction & Technical Specifications


1. Product Introduction

A discharge valve is a dedicated valve installed at the bottom of reactors, storage tanks, silos, and mixing tanks. It is mainly used for material discharge, emptying, and on-off control of pipelines.
Structurally, it usually adopts a bottom valve design and is installed with the reactor bottom flange. This effectively reduces material residue and prevents material bridging, making it widely used in chemical, pharmaceutical, dye, food, metallurgy and other industries for solid-liquid, slurry, and granular material working conditions.

2. Technical Specifications

  • Nominal Diameter (DN): DN25 DN300
  • Nominal Pressure (PN): PN1.0, PN1.6, PN2.5, PN4.0 MPa
  • Working Temperature:
    • Carbon steel / Stainless steel: -20 425
    • PTFE-lined structure: -20 180
  • Connection Type: Flanged, welded
  • Actuation Type: Manual, pneumatic, electric
  • Disc Type: Upward-expanding, downward-expanding
  • Leakage Class: Soft seal: Class IV VI; Hard seal: Class IV
  • Applicable Media: Liquid, slurry, suspension, granules, powder, corrosive media, etc.

3. Main Component Materials

Valve Body

  • Carbon steel: WCB, A105
  • Stainless steel: 304, 316, 304L, 316L
  • Lining: F46 lined, rubber lined, PO lined

Disc / Wedge

  • 2Cr13, 304, 316
  • Hardfacing alloy, PTFE lined

Stem

  • 2Cr13, 304, 316

Seal

  • Soft seal: PTFE, reinforced nylon, rubber
  • Hard seal: Hard alloy, stainless steel

4. Product Features

  • Reactor-bottom dedicated design, no dead corners, not easy to accumulate materials, thorough discharge
  • Upward-expanding type: Smooth flow path, low resistance, good sealing performance
  • Downward-expanding type: Does not interfere with bottom agitation, suitable for reactors with anchor / frame agitators
  • Smooth opening and closing, low operating torque
  • Wear-resistant, corrosion-resistant and erosion-resistant sealing surface for long service life
  • Can be equipped with pneumatic / electric actuators for remote control and automatic discharging
  • PTFE-lined structure is suitable for strong corrosive and easily crystallized working conditions
  • Compact structure, easy installation and maintenance


Efficient and Hygienic Discharge Solution

Our bottom discharge valve offers a dead corner-free, non-accumulative structure to ensure complete emptying of tanks or reactors with minimal residue. This hygienic design is crucial for industries where product purity or batch changeover is essential, such as food, pharmaceuticals, and specialty chemicals.


Precision Engineering and Versatile Control

Engineered from top-grade materials like stainless steel and available with PTFE lining, this valve resists corrosion across a wide temperature range (-20C to 425C for steel, -20C to 180C for PTFE-lining). Choose between manual, pneumatic, or electric actuation for simple, adaptable operation to suit your specific process automation.


Adaptable for a Range of Applications

Available in flanged or welded connections, and compatible with a variety of seals, the bottom discharge valve caters to demanding applications. Whether handling abrasive slurries, aggressive liquids, or powders, our valve's robust construction and soft or hard-sealing options guarantee safe, consistent control in even the harshest conditions.

FAQ's of Bottom Discharge Valve / Tank Bottom Valve, Stainless Steel, Flanged, Manual Handwheel, Bottom Outlet Structure, Chemical Liquid/Slurry, DIN Standard:


Q: How does the bottom discharge valve prevent material accumulation and ensure smooth flow?

A: The valve features a dead corner-free, bottom outlet structure, which eliminates areas where materials can gather. Its smooth flow path design facilitates complete and hygienic discharge, preventing blockages and ensuring efficient emptying of tanks or reactors.

Q: What types of materials can this valve handle and in which industries is it most commonly used?

A: This valve is suitable for a wide range of media including water, oil, acids, bases, gases, slurries, and powders. It is extensively used in the chemical, pharmaceutical, dye, food, and metallurgy industries, where robust discharge control and corrosion resistance are critical.

Q: When should I choose PTFE lining or hard alloy seals for my application?

A: Choose PTFE lining or seals when handling highly corrosive media and process temperatures up to 180C. Opt for hard alloy or stainless steel seals when higher temperature resistance (up to 425C) or handling abrasive materials is required. Material selection should align with your specific chemical and temperature demands.

Q: Where is this valve typically installed within an industrial process?

A: The bottom discharge valve is installed at the lowest point of reactors, storage tanks, or vessels, providing an outlet for material discharge, drainage, or on-off pipeline control. Its strategic placement ensures efficient and complete emptying, essential for process integrity and maintenance.

Q: What are the main benefits of using this discharge valve in process applications?

A: Key benefits include dead space elimination, which prevents product contamination and residue buildup, excellent corrosion and abrasion resistance thanks to material and seal options, and versatile actuation methods (manual, pneumatic, electric) to facilitate streamlined process control.

Q: How can I control the operation of the bottom discharge valve?

A: The valve can be actuated manually with a handwheel for straightforward operation or remotely via pneumatic or electric actuators. This adaptability allows integration into both simple manual setups and advanced automated process control systems.

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