Titanium alloy ball valve,ball valve

Structural features of titanium alloy ball valves: 

1. Low fluid resistance. The ball valve has the lowest fluid resistance among all types of valves. Even the reduced-diameter ball valve has relatively low fluid resistance.

2. The thrust bearing reduces the frictional torque of the valve stem, enabling the valve stem to operate smoothly and stably for a long time. 

Live. 3. The valve seat has excellent sealing performance. It is equipped with sealing rings made of elastic materials such as polytetrafluoroethylene. The structure is easy to achieve dry sealing. Moreover, the sealing capacity of the ball valve increases as the pressure of the medium rises.

4. The valve stem has reliable sealing. Due to 

The valve stem only performs rotational movement and does not undergo vertical movement. The packing seal of the valve stem is less likely to be damaged, and its sealing capacity increases as the pressure of the medium increases. 5. Since materials such as polytetrafluoroethylene have good self-lubricating properties, it is compatible with ball valves. 

The friction loss is small, so the service life of the ball valve is long. 6. The bottom-mounted valve stem and the protruding step at the head of the valve stem prevent the valve stem from spewing out. In case the valve stem seal is damaged due to a fire, the protruding step and the valve body can still form metal contact, ensuring the sealing of the valve stem. 

Seal. 7. Anti-static function: Springs are installed between the sphere, the valve stem, and the valve body, which can discharge the static electricity generated during the switching process. 

 Titanium alloy ball valve actuator: 

The new series GT type pneumatic actuators are adopted, featuring both double-acting and single-acting (spring return) types, with gear and rack transmission, ensuring safety and reliability. For large-diameter valves, the AW series pneumatic actuators with fork-type transmission are used, presenting a well-structured design. 

Function: Outputs large torque, available in double-acting and single-acting types. 1. Gear-type double piston, with large output torque and small volume. 2. The cylinder is made of aluminum alloy, lightweight and with an attractive appearance. 3. Can be installed with manual operation at the top or bottom. 

Operating mechanism. 4. Rack-type connection allows for adjustable opening angle and rated flow rate. 5. The actuator can be optionally equipped with electrical signal feedback indication and various accessories to achieve automated operation. 6. ISO5211 standard connection is for the installation of the product. 

Replacement is convenient. 7. The adjustable screws at both ends allow the standard product to have a ±4° adjustable range from 0° to 90°. This ensures the synchronization accuracy with the valve. 

IV. Options for the accessories of titanium alloy ball valves: 

Depending on the specific control and requirements, the following attachments can be selected: 

Cut-off type accessories: single electrically controlled solenoid valve, double electrically controlled solenoid valve, limit switch feedback device. 

Adjustable accessories: Electrical positioner, pneumatic positioner, electrical converter. 

Air source treatment accessories: air filter pressure reducing valve, air source treatment triad. 

Manual mechanism: HVSD manual control mechanism 

 Execution Standards for Titanium Alloy Ball Valves: 

1. Design and Manufacturing: GB12237-89, API608, API6D, JPI7S-48, BS5351, DIN3357.

2. Flange Dimensions: JB/T74~90 (JB74 ~90), GB9112~ 

9131, HGJ44~76, SH3406, ANSI B16.5, JIS B2212 - 2214, NF E29-211, DIN2543. 3. Structural length: GB12221-89, ANSI B16.10, JIS 

B2002, NF E29-305, DIN3202, 4. Main test for inspection: JB/T 9092, API 598.

Structural features of titanium alloy ball valves: 

1. Low fluid resistance. The ball valve has the lowest fluid resistance among all types of valves. Even the reduced-diameter ball valve has relatively low fluid resistance.

2. The thrust bearing reduces the frictional torque of the valve stem, enabling the valve stem to operate smoothly and stably for a long time. 

Live. 3. The valve seat has excellent sealing performance. It is equipped with sealing rings made of elastic materials such as polytetrafluoroethylene. The structure is easy to achieve dry sealing. Moreover, the sealing capacity of the ball valve increases as the pressure of the medium rises.

4. The valve stem has reliable sealing. Due to 

The valve stem only performs rotational movement and does not undergo vertical movement. The packing seal of the valve stem is less likely to be damaged, and its sealing capacity increases as the pressure of the medium increases. 5. Since materials such as polytetrafluoroethylene have good self-lubricating properties, it is compatible with ball valves. 

The friction loss is small, so the service life of the ball valve is long. 6. The bottom-mounted valve stem and the protruding step at the head of the valve stem prevent the valve stem from spewing out. In case the valve stem seal is damaged due to a fire, the protruding step and the valve body can still form metal contact, ensuring the sealing of the valve stem. 

7. Anti-static function: Springs are installed between the sphere, the valve stem, and the valve body, which can discharge the static electricity generated during the switching process.

Packing of Standard Packing: 

Typical bulk packaging includes palletized plastic 5 gallon/25 kg. pails, fiber and steel drums to 1 ton super sacks in full container (FCL) or truck load (T/L) quantities. Research and sample quantities and hygroscopic, oxidizing or other air sensitive materials may be packaged under argon or vacuum. Solutions are packaged in polypropylene, plastic or glass jars up to palletized 470 gallon liquid totes Special package is available on request. E FORUs’  is carefully handled to minimize damage during storage and transportation and to preserve the quality of our products in their original condition