90° Elbow Socket Weld

360° View
Product Description
The socket weld 90° elbow manufactured by Medisan is a forged steel fitting used to change the flow direction by 90 degrees in pipelines. Based on the socket weld design principle where the pipe enters the fitting socket and is welded from the outside, it ensures excellent sealing and structural integrity under high pressure. Manufactured in accordance with the ASME B16.11 standard, these elbows are resistant to harsh industrial conditions in Class 3000, 6000, and 9000pressure classes.
Our products are manufactured from carbon steel (ASTM A105 / A105N), stainless steel (A182 F304 / F316), and alloy steel (A182 F11 / F22) materials. Reducing the risk of weld slag entering the line, this design is safely used in critical process lines.
Read More…
Applications
Oil and natural gas pipelines
Chemical and petrochemical plants
High-pressure steam and water systems
Power generation plants
Shipbuilding and marine applications
Read More…
Quality and Certification
Medisan holds PED 2014/68/EU, ISO 9001:2015, and Class BV Factory Approval certifications, applying international quality standards in all processes from production to final inspection.
Read More…
ASME B16.11-2021
Dimensions are in millimeters.
(1) Average of socket wall thickness around periphery shall be no less than listed values. The minimum values are permitted in localized areas.
90° Elbow Socket Weld

360° View
Product Description
The socket weld 90° elbow manufactured by Medisan is a forged steel fitting used to change the flow direction by 90 degrees in pipelines. Based on the socket weld design principle where the pipe enters the fitting socket and is welded from the outside, it ensures excellent sealing and structural integrity under high pressure. Manufactured in accordance with the ASME B16.11 standard, these elbows are resistant to harsh industrial conditions in Class 3000, 6000, and 9000pressure classes.
Our products are manufactured from carbon steel (ASTM A105 / A105N), stainless steel (A182 F304 / F316), and alloy steel (A182 F11 / F22) materials. Reducing the risk of weld slag entering the line, this design is safely used in critical process lines.
Read More…
Applications
Oil and natural gas pipelines
Chemical and petrochemical plants
High-pressure steam and water systems
Power generation plants
Shipbuilding and marine applications
Read More…
Quality and Certification
Medisan holds PED 2014/68/EU, ISO 9001:2015, and Class BV Factory Approval certifications, applying international quality standards in all processes from production to final inspection.
Read More…
ASME B16.11-2021
Dimensions are in millimeters.
(1) Average of socket wall thickness around periphery shall be no less than listed values. The minimum values are permitted in localized areas.
90° Elbow Socket Weld

360° View
Product Description
The socket weld 90° elbow manufactured by Medisan is a forged steel fitting used to change the flow direction by 90 degrees in pipelines. Based on the socket weld design principle where the pipe enters the fitting socket and is welded from the outside, it ensures excellent sealing and structural integrity under high pressure. Manufactured in accordance with the ASME B16.11 standard, these elbows are resistant to harsh industrial conditions in Class 3000, 6000, and 9000pressure classes.
Our products are manufactured from carbon steel (ASTM A105 / A105N), stainless steel (A182 F304 / F316), and alloy steel (A182 F11 / F22) materials. Reducing the risk of weld slag entering the line, this design is safely used in critical process lines.
Read More…
Applications
Oil and natural gas pipelines
Chemical and petrochemical plants
High-pressure steam and water systems
Power generation plants
Shipbuilding and marine applications
Read More…
Quality and Certification
Medisan holds PED 2014/68/EU, ISO 9001:2015, and Class BV Factory Approval certifications, applying international quality standards in all processes from production to final inspection.
Read More…
ASME B16.11-2021
Dimensions are in millimeters.
(1) Average of socket wall thickness around periphery shall be no less than listed values. The minimum values are permitted in localized areas.
















