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Titanium Ball Valve
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Titanium Electric V-Port Ball Valves Gr1 Gr2 8 Inch Ball Valve Class 150 DN 15-250 for Water Supply

Titanium Electric V-Port Ball Valves Gr1 Gr2 8 Inch Ball Valve Class 150 DN 15-250 for Water Supply

Brand Name: LHTi
Model Number: Titanium Ball Valve V-Port
MOQ: 1 piece
Price: negotiable
Payment Terms: L/C,D/A,D/P,T/T,Western Union
Supply Ability: 5000 Pieces Per Month
Detail Information
Place of Origin:
Baoji, China
Certification:
ISO9001,CE,etc
Design Standard:
API 6D, API 608, ASME B16.34
Model:
Ball Valve
Seat Type:
Soft Seat, Metal Seat
Body Type:
Floating, Trunnion
Operation:
Manual, Gear, Pneumatic, Electric
Material:
Titanium
Operation Method:
Lever, Gear, Actuator
Ball Type:
Full Port, Reduced Port
Packaging Details:
Plywood case or pallet, or as per your requirement
Supply Ability:
5000 Pieces Per Month
Highlight:

Class 150 Titanium Ball Valve

,

DN 15-250 Titanium Ball Valve

,

8 Inch Titanium Ball Valve

Product Description
Titanium Electric V-Port Ball Valves
Specialized control valves featuring V-shaped ports for precise flow control, constructed from titanium for exceptional corrosion resistance in demanding industrial applications.
Technical Specifications
Pressure Rating PN1.6-4.0Mpa Class150-300Lb
Nominal Diameter DN25-DN350 1"-14"
Drive Mode Worm Gear, Pneumatic, Hydraulic, Electric
Body, Bonnet Materials TA1, TA2, TA10, Gr2, Gr3
Ball Materials TA1, TA2, TA10, Gr2, Gr3
Stem Materials TA1, TA2, TA10, TC4, Gr2, Gr3, Gr5
Sealing Ring Materials PTFE, RPTFE, PPL, PEEK
Valve Models VQ647Y-16Ti, VQ647Y-25Ti, VQ647Y-40Ti, VQ647Y-150Lb(Ti), VQ647Y-300Lb(Ti), VQ647Y-16A, VQ647Y-25A, VQ647Y-40A, VQ647Y-150Lb(A), VQ647Y-300Lb(A), VQ947Y-16Ti, VQ947Y-25Ti, VQ947Y-40Ti, VQ947Y-150Lb(Ti), VQ947Y-300Lb(Ti), VQ947Y-16A, VQ947Y-25A, VQ947Y-40A, VQ947Y-150Lb(A), VQ947Y-300Lb(A)
Design Standards GB/T12237, ASME B16.34
Face-to-Face Dimensions GB/T12221, API6D, ASME B16.10
Flange Connections HG, GB, JB, API, ANSI, ISO, BS, DIN, NF, JIS
Testing Standards JB/T9092, GB/T13927, API6D, API598
Key Features and Advantages
  • V-Port Design: Enables precise flow control with linear and stable modulation for accurate throttling applications
  • Corrosion Resistance: Exceptional resistance to chemicals, seawater, and harsh environments ensures durability and longevity
  • High Strength-to-Weight Ratio: Robust construction with lightweight titanium for easier handling and installation
  • Temperature Tolerance: Suitable for both high-temperature and low-temperature applications
  • Durability: Long service life with reduced maintenance and replacement frequency
  • Biocompatibility: Ideal for pharmaceutical and biotechnology industries with biological material contact
  • Reduced Maintenance: Lower operational costs and downtime due to high corrosion resistance
  • Smooth Operation: Precision engineering ensures efficient operation and enhanced process control
  • Versatility: Suitable for chemical processing, oil and gas, power generation, and various industrial applications
  • Enhanced Safety: Improved operational safety in critical and hazardous environments
Valve Sizing Calculation Guide
  1. Determine the Cv Value
    Calculate the Flow Coefficient (Cv) using standard equations or software tools based on fluid characteristics and operating conditions.
  2. Cavitation and Fluid Characteristics
    • Cavitation Check: Verify FL value (Liquid Pressure Recovery Factor) to prevent cavitation issues
    • Expansion Factor: Determine Pressure Drop Ratio Factor for compressible fluids to account for density changes
  3. Select Nominal Valve Size
    Choose valve size based on calculated Cv value:
    • V-Port Ball Valves: 20% to 80% of port opening
    • Round Port Ball Valves: 30% to 80% of port opening
    Refer to manufacturer Cv charts for appropriate sizing.
  4. Valve Type and Materials
    • Connection Type: Select flanged, threaded, or welded based on application requirements
    • Materials: Choose titanium or stainless steel for corrosion resistance with acetic acid and other chemicals
    • Valve Seats: Consider RTFE (Reinforced Teflon) for V-Ball Control Valve applications
  5. Actuator Selection
    Choose electric, pneumatic, or hydraulic actuator based on torque/thrust requirements, control mechanism (on-off or modulating), and automation system compatibility.
Industrial Applications
  • Chemical Industry: Handling corrosive media including acid and alkali solutions, and oxides in chemical production processes
  • Petroleum and Natural Gas Industry: Controlling flow and pressure in extraction, transportation, and processing systems
  • Marine Engineering: Fluid control systems in subsea pipelines and offshore platforms with excellent seawater corrosion resistance
  • Aerospace Field: Hydraulic and fuel systems requiring lightweight, high-strength components for aircraft applications
  • Food and Pharmaceutical Industries: Fluid control systems where non-toxic, non-contaminating materials are essential