V-Ball
V-ball control valves feature a V-notch ball valveactuator and use compressed air to drive the ball rotating 90 degrees in the body, thus achieving fully open to fully close positions. The valve plug with V-notch design has the flow-cut function, therefore, it has excellent flow controlling and cutting off functions. Equipped with pneumatic or electric actuator these valves can achieve adjustments by ratio. Soft seal and metal seal are optional sealing types. In services of petroleum, chemical industry, pharmaceutical, waste water disposing and tank trunk, these control valves are used for on-off and regulating various mediums, such as liquids, gas and slurry and they are ideal for high viscosity and fibre and grain containing mediums.
Designs
Excellent flow control capacity
Operation by PAA pneumatic angle actuator or electric actuator
Highly adjustable ratio
Designed for high leakage rates
V-notch design with self-cleaning function
1/4 turn design for quick on-off
Modularized integral structure design for easy inter-changeability
Easy maintenance, compact design
High reliablility & multi-functionality
Apply to special services containing grains and fibres
Materials
Carbon steel WCA, WCB, WCC, etc.
Low carbon steel LCB, LCC, etc.
Low alloy steel WC1, WC5, WC6, WC9, etc.
Low carbon low Alloy Steel LC2, LC3, etc.
Medium alloy steel C5, C12, C12A, etc.
Stainless steel CF8, CF8M, CF8C, CF10, CG8M, etc.
Low carbon stainless steel CF3, CF3M, CG3M, etc.
Super stainless steel CN7M (Alloy 20), CN3M (Alloy 20 modified), CT15C, etc
Duplex stainless steel CE8MN, CD6MN, CD3MN, etc.
Super Duplex Stainless Steel CE3MN, CD3MNWCuN, etc.
High Nickel Alloys
Any trim configuration depending on application
Dimensional Range
NPS: 1/2''-16''
Pressure rating: 150 - 600#
Other Information
For any valve inquiry, please specify the following infomation:
1. Valve type and design pressure/temperature
2. ANSI pressure class, Operating temperature, operating / differential pressure
3. Bore Size, pipe schedule ID / OD
4. Body and trim material
5. Medium, Flow rate Min. /Max.
6. Type of end connection
7. Actuation (manual, gear, actuator and type)
8. Control logic and specifications
Shanghai ThinkTank Process Management Co., Ltd. is the sole production and R&D institute of Taiwan STONE Company in Mainland China. ThinkTank entered Chinese market in 2002 and moved from Hangzhou to Shanghai headquarter in 2012. Based on over 30 years experience in researching and manufacturing automatic instruments, brining in overseas advanced technology and combining domestic users real working situation, ThinkTank is specialized in producing new typed self-regulating valves, control valves and various kinds of automatic instruments. ThinkTank's business includes engineering projects such as electricity, metallurgy, petrochemical processing, light industry and building materials, municipal water service and natural gas.
Enterprise history
1985.08 Taiwan STONE company was established in Taipei city.
1990.02 Sales network covered Southeast Asia.
2002.06 Branch office was fund in Hangzhou, Zhejiang, handling all business in China
2012.10 Mainland head office was moved to Pudong, Shanghai
Shanghai ThinkTank Process Management Co., Ltd. Has a professional team works for control valves design and engineering application. ThinkTank develops a series of hi-tech products after absorbing overseas advanced technology and innovating.
*New self-regulating, micro pressure, differential pressure, flow, temperature control valve
*New pneumatic (electric) linear actuator (low dB, high pressure) control valve
*Pneumatic (electric) rotary actuator (O/V ball, butterfly) control valve
*Pneumatic (electric) special corrosion resisting control valve
Shanghai ThinkTank Process Management Co., Ltd sticks to the policy of "client oriented, quality comes first, and faith is root". Depending on many years experience on engineering application in various industries, ThinkTank provide clients with good, reliable full service, focusing on maximizing the rate of return on investment for clients.
