PRODUCT

SPECIAL VALVE

PRODUCTS

1. Metal Seated Ball Valve for High Temperature Service
2. Metal Seated Ball Valve for High Abrasive and Erosion Service
3. Metal Seated Ball Valve for Polysilicon Service
4. Segment Metal Seat Ball Valve for Powder Line Service

DESIGN FEATURE
Pocketless Design
- The cavity between ball and body is designed with Pocketless design to minimize cavity size.

- Reduced problems such as sticking, inoperability, and build up caused by ball valve cavity.

- Prevents internal fluid from directly damaging the valve body during valve open / close operation.

- Fluid infiltrated into the valve body flows out again during valve open / close operation

Effect : Prevents irreparable damage.
        Prevents sticking of valve action.
        Increased valve life.
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Seat Design
Scraper Seat Design
 - Scraper remove sand, slurry, catalyst on Ball, Seat’s Sealing area.

- Prevent to sticking of valve operation.

- Protection of Ball, Seat surface and extend valve life cycle.
Seat Packing
 - Maximization of sealing effect due to angular variation of seat packing.

- Side Dust Seal is prevent fluid inflow, deposition, sticking, etc. inside the seat spring and prolong valve life.
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Metal Seated Ball Valve for High Temperature Service
Design Explanation
Our special valves as below ;

- VALVE is available in Metal to Metal seated design to endure High temperatures of up to +700 ℃, equipped with a special designed stem,

   packings, and loaded seat design.

- A valve is designed to allow high temperature isolation work, and the actuator, or operation part, is designed to be protected

  from high temperature service.

   Range : #150~#2500 /1/2 inch~32 inch
   Standard : API, ANSI, ASME, DIN, User Spec, etc.
   Leakage Class : ANSI B16.104 (FCI 70-2) Class VI
Metal Seated Ball Valve for High Abrasive and Erosion Service
Design Explanation
Our special valves as below ;

- VALVE is available in Metal to Metal seated design for Abrasive and Erosion Service, equipped with

  special designed scraper design seat and high hardness material.

- The valve ball and seat is of high hardness material, and is not easily damaged from the service fluid.

  Bidirectional sealing and the scraper seat design enable products to maintain the sealing and long-term operation.

  These are to prevent the damage from service fluid and erosion from inside passing.

   Range : #150~#2500 /1/2 inch~32 inch
   Standard : API, ANSI, ASME, DIN, User Spec, etc.
   Leakage Class : ANSI B16.104 (FCI 70-2) Class VI
Metal Seated Ball Valve for Polysilicon Service
Design Explanation
Our special valves as below ;

- VALVE is available in Metal to Metal seated design for Poly-Silicon Industries.

- The Scraper seat design and high hardness give the durability and the properties necessary to operate under severe conditions.

- The valve ball is not easily damaged by MGSI powder, so it can give you best-in-class lifecycle.

- Bidirectional sealing in addition to the scraper design will give the ultimate sealing to prolong the plant operation.

- Our innovative technologies prevent damage from service fluid and erosion.

- The valve also features Pocketless Design which eliminates the dead space that allows the powder to build up for a smooth valve operation
  and seat closure.

   Range : #150~#2500 / 1/2 inch~32 inch
   Standard : API, ANSI, ASME, DIN, User Spec, etc.
   Leakage Class : ANSI B16.104 (FCI 70-2) Class VI
   Valve Type : Forged, Side Split Body
Segment Metal Seat Ball Valve for Powder Line Service
Design Explanation
Our special valves as below ;

- VALVE is available in Segment Metal to Metal seated design for high performance application, equipped

  with special designed scraper and spring loaded seat.

- VALVE’s segment ball valve is superior performance in terms of powder and catalysts, such as a particle.

- The scraper seat design makes possible long-term operation by removing the fluid surface of the ball

  during valve operation.

   Range : #150~#300 /1 inch~16 inch
   Standard : API, ANSI, ASME, DIN, User Spec, etc.
   Leakage Class : ANSI B16.104 (FCI 70-2) Class VI