The Best of Made in Taiwan
1. Split body design with flanged ends for fast installation, in-line maintenace and rebuilding. Soild ball construction provides structrual integrity and mainimizes flow turbulence. 2. Body joint is designed to prevent excessive compression of valve internals, resulting in a consistent and low operating torque. 3. Mounting pad complied with ISO 5211 for ease ...
1. Split body design with flanged ends for fast installation, in-line maintenace and rebuilding. Soild ball construction provides structrual integrity and mainimizes flow turbulence. 2. Body joint is designed to prevent excessive compression of valve internals, resulting in a consistent and low operating torque. 3. Mounting pad complied with ISO 5211 for ease ...
1. Split body design with flanged ends for fast installation, in-line maintenace and rebuilding. Soild ball construction provides structrual integrity and mainimizes flow turbulence. 2. Body joint is designed to prevent excessive compression of valve internals, resulting in a consistent and low operating torque. 3. Bottom-loaded blow-out proof stem. 4. Basic ...
1. Split body design with flanged ends for fast installation, in-line maintenace and rebuilding. Soild ball construction provides structrual integrity and mainimizes flow turbulence. 2. Body joint is designed to prevent excessive compression of valve internals, resulting in a consistent and low operating torque. 3. Bottom-loaded blow-out proof stem. 4. Basic ...
Model: 2V 025 - 06 AC110V (220V). Model: 2V 025 - 08 AC110V (220V). 1. 2V: 2-way solenoid valve. 2. 025: orifice 2.5mm. 3. 06: 1/8" (08 : 1/4"). 4. AC110V (220V): standard of voltage.
1. Three-piece design for fast, economical in-line maintenance. 2. Adjustable packing gland. Bottom-loaded blow-out proof stem. 3. Basic design complied with ANSI B16.34 & EN 12516-1. 4. NPT threaded ends complied with ANSI B 1.20.1.. 5. Rc, Rp & G threaded ends complied with BS 21/2779, JIS B-0203/0202, DIN 259/2999, ISO 228-1, AS1722.1/1722.2 are upon ...
1. Three-piece design for fast, economical in-line maintenance. 2. Adjustable packing gland. Bottom-loaded blow-out proof stem. 3. Mounting pad complied with ISO 5211 for ease and interchangeability of actuation. Low operating torque to reduce automation costs. 4. Basic design complied with ANSI B16.34 & EN 12516-1. 5. NPT threaded ends complied with ANSI B ...
1. Three-piece design for fast, economical in-line maintenance. 2. Strengthened construction secures 2000 psi working pressure rating. 3. Reinforced TFe seats increase durability. 4. Adjustable packing gland. 5. Bottom-loaded blow-out proof stem. 6. Low operating torque to reduce automation costs. 7. Mounting pad complied with ISO 5211 for ease and interchangeability ...
1. Three-piece design with flanged ends for fast installaion, in-line maintenance and rebuilding. 2. Adjustable packing glands. Bottom-loaded blow-out proof stem. 3. Investment cast body & cap. 4. Basic design complied with ANSI B 16.34, DIN 3339, DIN 3357, DIN 3357-2, & EN 12516-1. 5. Flanged ends complied with DIN 2501-1 & DIN 2545 PN 40. 6. Face-to face ...
1. Three-piece design with flanged ends for fast installaion, in-line maintenance and rebuilding. 2. Adjustable packing glands. Bottom-loaded blow-out proof stem. 3. Investment cast body & cap. 4. Basic design complied with ANSI B 16.34, DIN 3339, DIN 3357, DIN 3357-2, & EN 12516-1. 5. Flanged ends complied with DIN 2501-1 & DIN 2545 PN 40. 6. Face-to face ...
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