The MS dismantling joint is made by welding carbon steel flange and Seamless steel pipe or carbon steel plate, it can withstand pressures from PN6 to PN100 which is much more higher than ductile iron dismantling joint, no need moulds.

SPECIFICATION

● Design standard EN545,ISO2531,AWWA C219,AS/NZS2280

● Material Q235,Q235B,Q275 etc carbon steel material

● Joint type V type

● Welding method Automatic submerged arc welding

● Test standard ISO17640:2010

● Ultrasonic testing, penetration testing, pressure testing are available

Drawing

 We can design MS dismantling joint according to projectreguirement.

Heavy Duty Type

Heavy Duty Type

Light Duty Type

Light Duty Type

HOW TO WELD FOR MS DISMANTLING JOINT?

MS DISMANTLING JOINT

PART A

welding shape photo for ms dismantling joint part A

Welding form butt joint
The groove form is double V-shaped groove,
flat welding Welding process Submerged Arc Welding
Welding material J422 size:3.2 4.0 5.0
Multi-layer welding
Welding by manual

Submerged Arc Welding for ms dismantling joint body

PART B

welding shape photo for ms dismantling joint part B

Welding form butt joint
The groove form is Single V-groove, flat welding
Welding process Submerged Arc Welding
Welding material J422 size:3.2 4.0 5.0
single-pass welding
Welding by manual

Submerged Arc Welding for ms dismantling joint body

PART C

welding shape photo for ms dismantling joint part C

Welding form Fillet joint
The groove form is 45° Fillet
Welding process Arc welding
Welding material Gas 80%Ar 、20%CO2
single-pass welding
Welding by Machine

Arc welding for ms dismantling joint

SUBMERGED ARC WELDING PROCESS

Prepare

PREPARE

Location

LOCATION

Welding

WELDING

Finished

FINISHED

PENETRATION TESTING PROCESS FOR MS DISMANTLING JOINT

01

After the dismantling joint surface is smeared with the penetrating liquid with coloring dye, under the influence of capillarity, after a period of time, the penetrating liquid can penetrate into the surface vacancy.

02

Removing the excess penetrating liquid on the dismantling joint surface, then smearing the imaging agent on the dismantling joint surface. Under the influence of capillarity, the imaging agent attracts the penetrading liquid saved in the surface vacancy, the penetrating liquid will seep back into the imaging agent. The morphology and distribution of defects are detected under a certain light source.