Nik San Enterprises

Pipe Leak Repair Clamps - Split Bolted - High Pressure

ANSI Pressure Classes 300#, 400#, 600#, 900#, and 1500#.

DESIGN STANDARDS AND SPECIFICATIONS

· ANSI Pressure classes 300#-1500#

· Design based on API 6H. Design calculation ASME Sec. VIII Div. I

· Body materials A516 Gr. 70, ASTM A105

· PTFE coated bolts and nuts, bolt material A193 Gr. B7 and nut material A194 Gr. 2H

· Standard coating yellow epoxy 100 microns

· Gaskets (H) NBR or Viton

· Weldable option is available with heat insulating gaskets

· Double row sealing is available on request

· Sacrificial anodes can be installed on the sleeves for long term cathodic protection

· Non-standard lengths are available on request

· Full MTC document will be supplied with the order

MATERIAL:

· Material:                          ASTM A 516 Gr.70 / ASTM A 105

· Fasteners:                        ASTM-A-193-B7 & ASTM-A-194-2H

· Seal:                                  Buna “N‟

· Paint:                                Epoxy Coating Yellow 100 Microns

· Vent Port + Plug:             Yes Lifting Lug (8” & above)

· Hinge Assembly:             (8” & above)     Yes

· Design Temperature:     65ºC N.D.T.

· 100% RT Butt Weld -      100% U.T. of vent plug welds. (Fillet)

· 100% MPI of Hinge welds. (Fillet)

· Certification:  EN 10204 3.1

· Design Calculation: ASME Sec. VIII Div. I

Pipeline Repair Clamps are applied when pipes leaking. These clamps act as a mechanical sealant and lock onto the pipe, making it free of any leaks. We are amongst a few Pipeline Repair Clamps Manufacturing and exporting who subject our products through dynamic testing and screening to remove any flaws and improve their efficiency. Our mission is to provide the best products at the best rates to all our customers.

Pipe Leak Repair Clamps - Split Bolted - High Pressure

ANSI Pressure Classes 300#, 400#, 600#, 900#, and 1500#.

DESIGN STANDARDS AND SPECIFICATIONS

· ANSI Pressure classes 300#-1500#

· Design based on API 6H. Design calculation ASME Sec. VIII Div. I

· Body materials A516 Gr. 70, ASTM A105

· PTFE coated bolts and nuts, bolt material A193 Gr. B7 and nut material A194 Gr. 2H

· Standard coating yellow epoxy 100 microns

· Gaskets (H) NBR or Viton

· Weldable option is available with heat insulating gaskets

· Double row sealing is available on request

· Sacrificial anodes can be installed on the sleeves for long term cathodic protection

· Non-standard lengths are available on request

· Full MTC document will be supplied with the order

MATERIAL:

· Material:                          ASTM A 516 Gr.70 / ASTM A 105

· Fasteners:                        ASTM-A-193-B7 & ASTM-A-194-2H

· Seal:                                  Buna “N

· Paint:                                Epoxy Coating Yellow 100 Microns

· Vent Port + Plug:             Yes Lifting Lug (8” & above)

· Hinge Assembly:             (8” & above)     Yes

· Design Temperature:     65ºC N.D.T.

· 100% RT Butt Weld -      100% U.T. of vent plug welds. (Fillet)

· 100% MPI of Hinge welds. (Fillet)

· Certification:  EN 10204 3.1

· Design Calculation: ASME Sec. VIII Div. I

Pipe Leak Repair Clamps - Split Bolted - High Pressure

ANSI Pressure Classes 300#, 400#, 600#, 900#, and 1500#.

DESIGN STANDARDS AND SPECIFICATIONS

· ANSI Pressure classes 300#-1500#

· Design based on API 6H. Design calculation ASME Sec. VIII Div. I

· Body materials A516 Gr. 70, ASTM A105

· PTFE coated bolts and nuts, bolt material A193 Gr. B7 and nut material A194 Gr. 2H

· Standard coating yellow epoxy 100 microns

· Gaskets (H) NBR or Viton

· Weldable option is available with heat insulating gaskets

· Double row sealing is available on request

· Sacrificial anodes can be installed on the sleeves for long term cathodic protection

· Non-standard lengths are available on request

· Full MTC document will be supplied with the order

MATERIAL:

· Material:                          ASTM A 516 Gr.70 / ASTM A 105

· Fasteners:                        ASTM-A-193-B7 & ASTM-A-194-2H

· Seal:                                  Buna “N‟

· Paint:                                Epoxy Coating Yellow 100 Microns

· Vent Port + Plug:             Yes Lifting Lug (8” & above)

· Hinge Assembly:             (8” & above)     Yes

· Design Temperature:     65ºC N.D.T.

· 100% RT Butt Weld -      100% U.T. of vent plug welds. (Fillet)

· 100% MPI of Hinge welds. (Fillet)

· Certification:  EN 10204 3.1

· Design Calculation: ASME Sec. VIII Div. I

• Full-Circle Repair Clamps: These clamps completely encircle the pipe, offering a strong and secure seal, particularly suitable for small holes and cracks.
• Split Repair Clamps: Consisting of two halves that are bolted together around the pipe, these are suitable for retrofitting or repairing pre-installed pipes where access is limited.
• Bell Joint Repair Clamps: Used for repairing leaks at pipe joints, especially bell-and-spigot joints common in underground systems.
• Saddle Repair Clamps: Designed to repair leaks by attaching a saddle-shaped piece of metal to the pipe and tightening it with bolts or screws, according to Issuu.
• Tapping Sleeve Pipe Repair Clamps: These allow for creating a branch connection on a pipeline while repairing leaks, commonly used for water and gas pipe extensions.
• Compression Pipe Repair Clamps: Used to repair leaks by compressing a rubber gasket against the pipe, creating a tight seal.

• Stainless Steel: Offers excellent corrosion resistance and strength, making it suitable for harsh environments.
• Ductile Iron: Known for its strength, toughness, and corrosion resistance, primarily used for water pipes, particularly large diameter or high-pressure systems.
• Carbon Steel: Offers high strength and is relatively low cost, but requires protection against rust and corrosion.
• Polymer Composites: Lightweight and chemical corrosion-resistant, ideal for pipes handling corrosive chemicals or used in marine environments.

Pipe Leak Repair Clamps - Split Bolted - High Pressure

ANSI Pressure Classes 300#, 400#, 600#, 900#, and 1500#.

DESIGN STANDARDS AND SPECIFICATIONS

· ANSI Pressure classes 300#-1500#

· Design based on API 6H. Design calculation ASME Sec. VIII Div. I

· Body materials A516 Gr. 70, ASTM A105

· PTFE coated bolts and nuts, bolt material A193 Gr. B7 and nut material A194 Gr. 2H

· Standard coating yellow epoxy 100 microns

· Gaskets (H) NBR or Viton

· Weldable option is available with heat insulating gaskets

· Double row sealing is available on request

· Sacrificial anodes can be installed on the sleeves for long term cathodic protection

· Non-standard lengths are available on request

· Full MTC document will be supplied with the order

MATERIAL:

· Material:                          ASTM A 516 Gr.70 / ASTM A 105

· Fasteners:                        ASTM-A-193-B7 & ASTM-A-194-2H

· Seal:                                  Buna “N‟

· Paint:                                Epoxy Coating Yellow 100 Microns

· Vent Port + Plug:             Yes Lifting Lug (8” & above)

· Hinge Assembly:             (8” & above)     Yes

· Design Temperature:     65ºC N.D.T.

· 100% RT Butt Weld -      100% U.T. of vent plug welds. (Fillet)

· 100% MPI of Hinge welds. (Fillet)

· Certification:  EN 10204 3.1

· Design Calculation: ASME Sec. VIII Div. I

Features:

• Single wrap around design and varied bolt lengths allow for quick and easy installation
• Female and male bosses available to take off supply
• Stainless steel and mild steel versions
• Available with EPDM or nitrate gaskets
• Available in length of 200mm and multiples of it
• Suitable for steel, spun iron, cast iron, and ductile iron or asbestos cement pipe waffle Gaskets resist climatic conditions, petrol, oil, gas and water
• Gasket Cemented in correct position for ease of installation
• Gasket approved for use with potable water.
• Self-stabilizing finger brackets to prevent bolt bending
• Corrosion proof

Materialspecifications:

• Body - Stainless steel SS304 (SS3 16 available on request)
• Lugs/Clamps - SG iron BS EN 1563:1997, IS 1865:2000 (Fusion bonded Epoxy coated
• Bolts, nuts & washers - Steel Zinc plated. Bolts grade 6.8
• Gasket - EPDM (nitrile available on request)
• Torque on M I 6 bolts 95-I 36Nm (70-100lbf ft)

The Split Sleeve Leak Repair Clamp is a reliable solution for repairing damaged or leaking pipes without shutting down the system. Designed for fast installation, the Split Sleeve Leak Repair Clamp provides a secure, pressure-retaining seal around the leaking section. Whether the leak is due to corrosion, cracks, or mechanical damage, the Split Sleeve Leak Repair Clamp restores pipeline integrity efficiently. The Split Sleeve Leak Repair Clamp consists of two halves that bolt together around the pipe, enclosing the leak area completely. Each Split Sleeve Leak Repair Clamp includes a sealing material—typically rubber or graphite—that compresses against the pipe to form a tight seal. Industrial facilities frequently use the Split Sleeve Leak Repair Clamp in oil, gas, water, and chemical pipelines. The Split Sleeve Leak Repair Clamp is compatible with various pipe materials including carbon steel, stainless steel, and ductile iron. When used correctly, the Split Sleeve Leak Repair Clamp prevents environmental contamination and reduces costly product loss. For emergency maintenance, the Split Sleeve Leak Repair Clamp allows quick intervention without taking the line out of service. Welded or non-welded options of the Split Sleeve Leak Repair Clamp are available based on pressure requirements and site conditions. The Split Sleeve Leak Repair Clamp is often preferred for its strength, durability, and reusability in certain temporary applications. Proper sizing and alignment are critical to ensure the Split Sleeve Leak Repair Clamp performs effectively under pressure. Each Split Sleeve Leak Repair Clamp is pressure-tested by manufacturers to comply with industry safety standards. The Split Sleeve Leak Repair Clamp is commonly used as a long-term repair for non-critical pipeline defects. In high-risk environments, the Split Sleeve Leak Repair Clamp reduces downtime and minimizes operational hazards. Technicians appreciate the Split Sleeve Leak Repair Clamp for its straightforward installation process and minimal equipment needs. Many maintenance crews keep a Split Sleeve Leak Repair Clamp in inventory for rapid deployment when leaks occur. For pipelines located in remote or offshore areas, the Split Sleeve Leak Repair Clamp is a practical and efficient choice. Over time, the Split Sleeve Leak Repair Clamp may need inspection to confirm ongoing performance and seal integrity. The Split Sleeve Leak Repair Clamp can be custom-fabricated to accommodate unusual pipe sizes or special service conditions. In any setting where safety and reliability are top priorities, the Split Sleeve Leak Repair Clamp delivers dependable leak containment and peace of mind.

Pipe Leak Repair Clamps - Split Bolted - High Pressure

ANSI Pressure Classes 300#, 400#, 600#, 900#, and 1500#.

DESIGN STANDARDS AND SPECIFICATIONS

· ANSI Pressure classes 300#-1500#

· Design based on API 6H. Design calculation ASME Sec. VIII Div. I

· Body materials A516 Gr. 70, ASTM A105

· PTFE coated bolts and nuts, bolt material A193 Gr. B7 and nut material A194 Gr. 2H

· Standard coating yellow epoxy 100 microns

· Gaskets (H) NBR or Viton

· Weldable option is available with heat insulating gaskets

· Double row sealing is available on request

· Sacrificial anodes can be installed on the sleeves for long term cathodic protection

· Non-standard lengths are available on request

· Full MTC document will be supplied with the order

MATERIAL:

· Material:                          ASTM A 516 Gr.70 / ASTM A 105

· Fasteners:                        ASTM-A-193-B7 & ASTM-A-194-2H

· Seal:                                  Buna “N‟

· Paint:                                Epoxy Coating Yellow 100 Microns

· Vent Port + Plug:             Yes Lifting Lug (8” & above)

· Hinge Assembly:             (8” & above)     Yes

· Design Temperature:     65ºC N.D.T.

· 100% RT Butt Weld -      100% U.T. of vent plug welds. (Fillet)

· 100% MPI of Hinge welds. (Fillet)

· Certification:  EN 10204 3.1

· Design Calculation: ASME Sec. VIII Div. I

• Full-Circle Repair Clamps: These clamps completely encircle the pipe, offering a strong and secure seal, particularly suitable for small holes and cracks.
• Split Repair Clamps: Consisting of two halves that are bolted together around the pipe, these are suitable for retrofitting or repairing pre-installed pipes where access is limited.
• Bell Joint Repair Clamps: Used for repairing leaks at pipe joints, especially bell-and-spigot joints common in underground systems.
• Saddle Repair Clamps: Designed to repair leaks by attaching a saddle-shaped piece of metal to the pipe and tightening it with bolts or screws, according to Issuu.
• Tapping Sleeve Pipe Repair Clamps: These allow for creating a branch connection on a pipeline while repairing leaks, commonly used for water and gas pipe extensions.
• Compression Pipe Repair Clamps: Used to repair leaks by compressing a rubber gasket against the pipe, creating a tight seal.

• Stainless Steel: Offers excellent corrosion resistance and strength, making it suitable for harsh environments.
• Ductile Iron: Known for its strength, toughness, and corrosion resistance, primarily used for water pipes, particularly large diameter or high-pressure systems.
• Carbon Steel: Offers high strength and is relatively low cost, but requires protection against rust and corrosion.
• Polymer Composites: Lightweight and chemical corrosion-resistant, ideal for pipes handling corrosive chemicals or used in marine environments.

Pipe Leak Repair Clamps - Split Bolted - High Pressure

ANSI Pressure Classes 300#, 400#, 600#, 900#, and 1500#.

DESIGN STANDARDS AND SPECIFICATIONS

· ANSI Pressure classes 300#-1500#

· Design based on API 6H. Design calculation ASME Sec. VIII Div. I

· Body materials A516 Gr. 70, ASTM A105

· PTFE coated bolts and nuts, bolt material A193 Gr. B7 and nut material A194 Gr. 2H

· Standard coating yellow epoxy 100 microns

· Gaskets (H) NBR or Viton

· Weldable option is available with heat insulating gaskets

· Double row sealing is available on request

· Sacrificial anodes can be installed on the sleeves for long term cathodic protection

· Non-standard lengths are available on request

· Full MTC document will be supplied with the order

MATERIAL:

· Material:                          ASTM A 516 Gr.70 / ASTM A 105

· Fasteners:                        ASTM-A-193-B7 & ASTM-A-194-2H

· Seal:                                  Buna “N‟

· Paint:                                Epoxy Coating Yellow 100 Microns

· Vent Port + Plug:             Yes Lifting Lug (8” & above)

· Hinge Assembly:             (8” & above)     Yes

· Design Temperature:     65ºC N.D.T.

· 100% RT Butt Weld -      100% U.T. of vent plug welds. (Fillet)

· 100% MPI of Hinge welds. (Fillet)

· Certification:  EN 10204 3.1

· Design Calculation: ASME Sec. VIII Div. I

• Full-Circle Repair Clamps: These clamps completely encircle the pipe, offering a strong and secure seal, particularly suitable for small holes and cracks.
• Split Repair Clamps: Consisting of two halves that are bolted together around the pipe, these are suitable for retrofitting or repairing pre-installed pipes where access is limited.
• Bell Joint Repair Clamps: Used for repairing leaks at pipe joints, especially bell-and-spigot joints common in underground systems.
• Saddle Repair Clamps: Designed to repair leaks by attaching a saddle-shaped piece of metal to the pipe and tightening it with bolts or screws, according to Issuu.
• Tapping Sleeve Pipe Repair Clamps: These allow for creating a branch connection on a pipeline while repairing leaks, commonly used for water and gas pipe extensions.
• Compression Pipe Repair Clamps: Used to repair leaks by compressing a rubber gasket against the pipe, creating a tight seal.

• Stainless Steel: Offers excellent corrosion resistance and strength, making it suitable for harsh environments.
• Ductile Iron: Known for its strength, toughness, and corrosion resistance, primarily used for water pipes, particularly large diameter or high-pressure systems.
• Carbon Steel: Offers high strength and is relatively low cost, but requires protection against rust and corrosion.
• Polymer Composites: Lightweight and chemical corrosion-resistant, ideal for pipes handling corrosive chemicals or used in marine environments.

• Full-Circle Repair Clamps: These clamps completely encircle the pipe, offering a strong and secure seal, particularly suitable for small holes and cracks.
• Split Repair Clamps: Consisting of two halves that are bolted together around the pipe, these are suitable for retrofitting or repairing pre-installed pipes where access is limited.
• Bell Joint Repair Clamps: Used for repairing leaks at pipe joints, especially bell-and-spigot joints common in underground systems.
• Saddle Repair Clamps: Designed to repair leaks by attaching a saddle-shaped piece of metal to the pipe and tightening it with bolts or screws, according to Issuu.
• Tapping Sleeve Pipe Repair Clamps: These allow for creating a branch connection on a pipeline while repairing leaks, commonly used for water and gas pipe extensions.
• Compression Pipe Repair Clamps: Used to repair leaks by compressing a rubber gasket against the pipe, creating a tight seal.

• Stainless Steel: Offers excellent corrosion resistance and strength, making it suitable for harsh environments.
• Ductile Iron: Known for its strength, toughness, and corrosion resistance, primarily used for water pipes, particularly large diameter or high-pressure systems.
• Carbon Steel: Offers high strength and is relatively low cost, but requires protection against rust and corrosion.
• Polymer Composites: Lightweight and chemical corrosion-resistant, ideal for pipes handling corrosive chemicals or used in marine environments.

• Full-Circle Repair Clamps: These clamps completely encircle the pipe, offering a strong and secure seal, particularly suitable for small holes and cracks.
• Split Repair Clamps: Consisting of two halves that are bolted together around the pipe, these are suitable for retrofitting or repairing pre-installed pipes where access is limited.
• Bell Joint Repair Clamps: Used for repairing leaks at pipe joints, especially bell-and-spigot joints common in underground systems.
• Saddle Repair Clamps: Designed to repair leaks by attaching a saddle-shaped piece of metal to the pipe and tightening it with bolts or screws, according to Issuu.
• Tapping Sleeve Pipe Repair Clamps: These allow for creating a branch connection on a pipeline while repairing leaks, commonly used for water and gas pipe extensions.
• Compression Pipe Repair Clamps: Used to repair leaks by compressing a rubber gasket against the pipe, creating a tight seal.

• Stainless Steel: Offers excellent corrosion resistance and strength, making it suitable for harsh environments.
• Ductile Iron: Known for its strength, toughness, and corrosion resistance, primarily used for water pipes, particularly large diameter or high-pressure systems.
• Carbon Steel: Offers high strength and is relatively low cost, but requires protection against rust and corrosion.
• Polymer Composites: Lightweight and chemical corrosion-resistant, ideal for pipes handling corrosive chemicals or used in marine environments.

• Full-Circle Repair Clamps: These clamps completely encircle the pipe, offering a strong and secure seal, particularly suitable for small holes and cracks.
• Split Repair Clamps: Consisting of two halves that are bolted together around the pipe, these are suitable for retrofitting or repairing pre-installed pipes where access is limited.
• Bell Joint Repair Clamps: Used for repairing leaks at pipe joints, especially bell-and-spigot joints common in underground systems.
• Saddle Repair Clamps: Designed to repair leaks by attaching a saddle-shaped piece of metal to the pipe and tightening it with bolts or screws, according to Issuu.
• Tapping Sleeve Pipe Repair Clamps: These allow for creating a branch connection on a pipeline while repairing leaks, commonly used for water and gas pipe extensions.
• Compression Pipe Repair Clamps: Used to repair leaks by compressing a rubber gasket against the pipe, creating a tight seal.

• Stainless Steel: Offers excellent corrosion resistance and strength, making it suitable for harsh environments.
• Ductile Iron: Known for its strength, toughness, and corrosion resistance, primarily used for water pipes, particularly large diameter or high-pressure systems.
• Carbon Steel: Offers high strength and is relatively low cost, but requires protection against rust and corrosion.
• Polymer Composites: Lightweight and chemical corrosion-resistant, ideal for pipes handling corrosive chemicals or used in marine environments.

• Full-Circle Repair Clamps: These clamps completely encircle the pipe, offering a strong and secure seal, particularly suitable for small holes and cracks.
• Split Repair Clamps: Consisting of two halves that are bolted together around the pipe, these are suitable for retrofitting or repairing pre-installed pipes where access is limited.
• Bell Joint Repair Clamps: Used for repairing leaks at pipe joints, especially bell-and-spigot joints common in underground systems.
• Saddle Repair Clamps: Designed to repair leaks by attaching a saddle-shaped piece of metal to the pipe and tightening it with bolts or screws, according to Issuu.
• Tapping Sleeve Pipe Repair Clamps: These allow for creating a branch connection on a pipeline while repairing leaks, commonly used for water and gas pipe extensions.
• Compression Pipe Repair Clamps: Used to repair leaks by compressing a rubber gasket against the pipe, creating a tight seal.

• Stainless Steel: Offers excellent corrosion resistance and strength, making it suitable for harsh environments.
• Ductile Iron: Known for its strength, toughness, and corrosion resistance, primarily used for water pipes, particularly large diameter or high-pressure systems.
• Carbon Steel: Offers high strength and is relatively low cost, but requires protection against rust and corrosion.
• Polymer Composites: Lightweight and chemical corrosion-resistant, ideal for pipes handling corrosive chemicals or used in marine environments.

• Full-Circle Repair Clamps: These clamps completely encircle the pipe, offering a strong and secure seal, particularly suitable for small holes and cracks.
• Split Repair Clamps: Consisting of two halves that are bolted together around the pipe, these are suitable for retrofitting or repairing pre-installed pipes where access is limited.
• Bell Joint Repair Clamps: Used for repairing leaks at pipe joints, especially bell-and-spigot joints common in underground systems.
• Saddle Repair Clamps: Designed to repair leaks by attaching a saddle-shaped piece of metal to the pipe and tightening it with bolts or screws, according to Issuu.
• Tapping Sleeve Pipe Repair Clamps: These allow for creating a branch connection on a pipeline while repairing leaks, commonly used for water and gas pipe extensions.
• Compression Pipe Repair Clamps: Used to repair leaks by compressing a rubber gasket against the pipe, creating a tight seal.

• Stainless Steel: Offers excellent corrosion resistance and strength, making it suitable for harsh environments.
• Ductile Iron: Known for its strength, toughness, and corrosion resistance, primarily used for water pipes, particularly large diameter or high-pressure systems.
• Carbon Steel: Offers high strength and is relatively low cost, but requires protection against rust and corrosion.
• Polymer Composites: Lightweight and chemical corrosion-resistant, ideal for pipes handling corrosive chemicals or used in marine environments.

• Full-Circle Repair Clamps: These clamps completely encircle the pipe, offering a strong and secure seal, particularly suitable for small holes and cracks.
• Split Repair Clamps: Consisting of two halves that are bolted together around the pipe, these are suitable for retrofitting or repairing pre-installed pipes where access is limited.
• Bell Joint Repair Clamps: Used for repairing leaks at pipe joints, especially bell-and-spigot joints common in underground systems.
• Saddle Repair Clamps: Designed to repair leaks by attaching a saddle-shaped piece of metal to the pipe and tightening it with bolts or screws, according to Issuu.
• Tapping Sleeve Pipe Repair Clamps: These allow for creating a branch connection on a pipeline while repairing leaks, commonly used for water and gas pipe extensions.
• Compression Pipe Repair Clamps: Used to repair leaks by compressing a rubber gasket against the pipe, creating a tight seal.

• Stainless Steel: Offers excellent corrosion resistance and strength, making it suitable for harsh environments.
• Ductile Iron: Known for its strength, toughness, and corrosion resistance, primarily used for water pipes, particularly large diameter or high-pressure systems.
• Carbon Steel: Offers high strength and is relatively low cost, but requires protection against rust and corrosion.
• Polymer Composites: Lightweight and chemical corrosion-resistant, ideal for pipes handling corrosive chemicals or used in marine environments.

• Full-Circle Repair Clamps: These clamps completely encircle the pipe, offering a strong and secure seal, particularly suitable for small holes and cracks.
• Split Repair Clamps: Consisting of two halves that are bolted together around the pipe, these are suitable for retrofitting or repairing pre-installed pipes where access is limited.
• Bell Joint Repair Clamps: Used for repairing leaks at pipe joints, especially bell-and-spigot joints common in underground systems.
• Saddle Repair Clamps: Designed to repair leaks by attaching a saddle-shaped piece of metal to the pipe and tightening it with bolts or screws, according to Issuu.
• Tapping Sleeve Pipe Repair Clamps: These allow for creating a branch connection on a pipeline while repairing leaks, commonly used for water and gas pipe extensions.
• Compression Pipe Repair Clamps: Used to repair leaks by compressing a rubber gasket against the pipe, creating a tight seal.

• Stainless Steel: Offers excellent corrosion resistance and strength, making it suitable for harsh environments.
• Ductile Iron: Known for its strength, toughness, and corrosion resistance, primarily used for water pipes, particularly large diameter or high-pressure systems.
• Carbon Steel: Offers high strength and is relatively low cost, but requires protection against rust and corrosion.
• Polymer Composites: Lightweight and chemical corrosion-resistant, ideal for pipes handling corrosive chemicals or used in marine environments.

Pipe Leak Repair Clamps - Split Bolted - High Pressure

ANSI Pressure Classes 300#, 400#, 600#, 900#, and 1500#.

DESIGN STANDARDS AND SPECIFICATIONS

· ANSI Pressure classes 300#-1500#

· Design based on API 6H. Design calculation ASME Sec. VIII Div. I

· Body materials A516 Gr. 70, ASTM A105

· PTFE coated bolts and nuts, bolt material A193 Gr. B7 and nut material A194 Gr. 2H

· Standard coating yellow epoxy 100 microns

· Gaskets (H) NBR or Viton

· Weldable option is available with heat insulating gaskets

· Double row sealing is available on request

· Sacrificial anodes can be installed on the sleeves for long term cathodic protection

· Non-standard lengths are available on request

· Full MTC document will be supplied with the order

MATERIAL:

· Material:                          ASTM A 516 Gr.70 / ASTM A 105

· Fasteners:                        ASTM-A-193-B7 & ASTM-A-194-2H

· Seal:                                  Buna “N‟

· Paint:                                Epoxy Coating Yellow 100 Microns

· Vent Port + Plug:             Yes Lifting Lug (8” & above)

· Hinge Assembly:             (8” & above)     Yes

· Design Temperature:     65ºC N.D.T.

· 100% RT Butt Weld -      100% U.T. of vent plug welds. (Fillet)

· 100% MPI of Hinge welds. (Fillet)

· Certification:  EN 10204 3.1

· Design Calculation: ASME Sec. VIII Div. I