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• No loss of integrity due to thermal expansion or ground stress as is common with flange isolation gasket kits
• In-factory tested hydrostatically and electrically, to 1 1/2 times their working pressure. Non-destructive testing is also available.
• Maintenance-free, reliable cathodic isolation of equipment in required isolation applications such as compressor stations The notion that flange isolating gasket kits are more cost efficient than monolithic joints is not well supported when figuring in all the variables. Materials, labor intensive installation, pre-online inspection and continuous maintenance as well as possible and probable replacement of deteriorated gasket kits all add up, ultimately making the IsoJoint® a very effective and cost efficient method of cathodic isolation. Benefits & Advantages Advantage In Savings
• No labor intensive, complicated installation procedure required as with isolation gasket kits
• No inspection pits, vaults or maintenance needed - weld into place and direct bury - reliable, worry-free cathodic isolation
• Non-conductive epoxy coatings help prevent shorts, both externally and internally
• Isolates stray currents impressed on the pipe from exterior forces such as electrical transmission systems, earth currents and currents flowing from point to point
• Excellent bending and torsional resistance
• Earthquake resistant - Acts as a thrust block or joint

• No loss of integrity due to thermal expansion or ground stress as is common with flange isolation gasket kits
• In-factory tested hydrostatically and electrically, to 1 1/2 times their working pressure. Non-destructive testing is also available.
• Maintenance-free, reliable cathodic isolation of equipment in required isolation applications such as compressor stations The notion that flange isolating gasket kits are more cost efficient than monolithic joints is not well supported when figuring in all the variables. Materials, labor intensive installation, pre-online inspection and continuous maintenance as well as possible and probable replacement of deteriorated gasket kits all add up, ultimately making the IsoJoint® a very effective and cost efficient method of cathodic isolation. Benefits & Advantages Advantage In Savings
• No labor intensive, complicated installation procedure required as with isolation gasket kits
• No inspection pits, vaults or maintenance needed - weld into place and direct bury - reliable, worry-free cathodic isolation
• Non-conductive epoxy coatings help prevent shorts, both externally and internally
• Isolates stray currents impressed on the pipe from exterior forces such as electrical transmission systems, earth currents and currents flowing from point to point
• Excellent bending and torsional resistance
• Earthquake resistant - Acts as a thrust block or joint

• No loss of integrity due to thermal expansion or ground stress as is common with flange isolation gasket kits
• In-factory tested hydrostatically and electrically, to 1 1/2 times their working pressure. Non-destructive testing is also available.
• Maintenance-free, reliable cathodic isolation of equipment in required isolation applications such as compressor stations The notion that flange isolating gasket kits are more cost efficient than monolithic joints is not well supported when figuring in all the variables. Materials, labor intensive installation, pre-online inspection and continuous maintenance as well as possible and probable replacement of deteriorated gasket kits all add up, ultimately making the IsoJoint® a very effective and cost efficient method of cathodic isolation. Benefits & Advantages Advantage In Savings
• No labor intensive, complicated installation procedure required as with isolation gasket kits
• No inspection pits, vaults or maintenance needed - weld into place and direct bury - reliable, worry-free cathodic isolation
• Non-conductive epoxy coatings help prevent shorts, both externally and internally
• Isolates stray currents impressed on the pipe from exterior forces such as electrical transmission systems, earth currents and currents flowing from point to point
• Excellent bending and torsional resistance
• Earthquake resistant - Acts as a thrust block or joint

POLYSHRINK

• Polyshrink is a UV-stable, cross-linked polyolefin applied over the shank of the U-bolt to protect the pipe's paint during installation.
• Standard: up to 110°C

HOT-DIPPED GALVANISED STEEL

• Carbon steel with Galvanized finish on U-Bolt and 4 nuts.

POLYSHRINK

• Polyshrink is a UV-stable, cross-linked polyolefin applied over the shank of the U-bolt to protect the pipe's paint during installation.
• Standard: up to 110°C

SERMAGARD

• Sermagard finish on U-Bolt
• Used in Harsh Environments

POLYSHRINK

• Polyshrink is a UV-stable, cross-linked polyolefin applied over the shank of the U-bolt to protect the pipe's paint during installation.
• Standard: up to 110°C

HOT-DIPPED GALVANISED STEEL

• Carbon steel with Galvanized finish on U-Bolt and 4 nuts.

POLYSHRINK

• Polyshrink is a UV-stable, cross-linked polyolefin applied over the shank of the U-bolt to protect the pipe's paint during installation.
• Standard: up to 110°C

STAINLESS STEEL (316)

• Stainless Steel (316) finish on U-Bolt
• Used in Marine Environments

POLYSHRINK

• Polyshrink is a UV-stable, cross-linked polyolefin applied over the shank of the U-bolt to protect the pipe's paint during installation.
• Standard: up to 110°C

SERMAGARD

• Sermagard finish on U-Bolt
• Used in Harsh Environments

POLYSHRINK

• Polyshrink is a UV-stable, cross-linked polyolefin applied over the shank of the U-bolt to protect the pipe's paint during installation.
• Standard: up to 110°C

HOT-DIPPED GALVANISED STEEL

• Carbon steel with Galvanized finish on U-Bolt and 4 nuts.

POLYSHRINK

• Polyshrink is a UV-stable, cross-linked polyolefin applied over the shank of the U-bolt to protect the pipe's paint during installation.
• Standard: up to 110°C

HOT-DIPPED GALVANISED STEEL

• Carbon steel with Galvanized finish on U-Bolt and 4 nuts.

POLYSHRINK

• Polyshrink is a UV-stable, cross-linked polyolefin applied over the shank of the U-bolt to protect the pipe's paint during installation.
• Standard: up to 110°C

HOT-DIPPED GALVANISED STEEL

• Carbon steel with Galvanized finish on U-Bolt and 4 nuts.