Titanium Ball Valve with ISO5211 Pad, TA2, DN200, PN16
Key Specifications / Features
China Titanium Ball Valve Manufacturer Shinjo Supplies Titanium Ball Valve with ISO5211 Pad, TA2, DN200, PN16.
Detail Information
Valve Description:
Valve Type: Floating Ball Valve
Body Material: Titanium TA2.
Nominal Diameter: DN200
Pressure Rating: PN16
End Connection: RF Flange
Working Temperature: -29β~+200β.
Operation: Lever.
Titanium Alloy Ball Valve Futures:
ZTA1, ZTA2, ZTA3, ZTA9, ZTA10, ZTC4
TA1, TA2, TA3, TA9, TA10, TC4
Titanium Gr2, Gr3, Gr5, Gr6, Gr7, Gr12
Titanium GrC2, GrC3, GrC5, GrC6, Ti-Pd7B, GrC12
Titanium GrF2, Gr3F, GrF5, GrF6, GrF7, GrF12
Valve Type: Floating Ball Valve
Body Material: Titanium TA2.
Nominal Diameter: DN200
Pressure Rating: PN16
End Connection: RF Flange
Working Temperature: -29β~+200β.
Operation: Lever.
Titanium Alloy Ball Valve Futures:
- Titanium valve not only good corrosion resistance, but also light weight, high mechanical strength.
- Titanium valve in the atmosphere, fresh water, sea water, high temperature steam almost no corrosion.
- Titanium valve in aqua regia, chlorine water, hypochlorous acid, wet chlorine and other media have a good corrosion resistance.
- Titanium valves are also very resistant to corrosion in alkaline media.
- Titanium valve has very strong chloride ion (CI) resistance and excellent chloride ion corrosion resistance.
- The corrosion resistance of titanium valve in organic acid depends on the size of reducing or oxidizing acid.
- Corrosion resistance of titanium valve in reducing acid depends on whether there is corrosion inhibitor in the medium.
ZTA1, ZTA2, ZTA3, ZTA9, ZTA10, ZTC4
TA1, TA2, TA3, TA9, TA10, TC4
Titanium Gr2, Gr3, Gr5, Gr6, Gr7, Gr12
Titanium GrC2, GrC3, GrC5, GrC6, Ti-Pd7B, GrC12
Titanium GrF2, Gr3F, GrF5, GrF6, GrF7, GrF12
Supplier Information
Shanghai Shinjo Valve Co., Ltd.
Verified Supplier
5A Floor, No 789, Wanhangdu Road, Jingan District, Shanghai, China.
Est. 2016
Certifications:
ISO 9001
Allen Wang
sh*******02
I graduated with a degree in Mechanical Design and began my career in 2012 as a QC engineer in the workshop. I worked my way up through CAD engineering and eventually served as Chief Technical Engineer. I joined Shinjo Co in 2016 and have since focused on control valves and a wide range of challenging process conditions, supporting numerous overseas clients with demanding applications.
Over the years, I have come to believe that quality and solution capability are what ultimately maximize value β for both the client and the company. We welcome complex and unconventional cases. I hope my industry experience can be of help to you.
609 article(s)
Comments
Leave a Comment