Resources

IECC Minimum Pipe Insulation Chart

Reference guide for minimum pipe insulation thickness requirements based on IECC standards. Use this chart to quickly determine the required insulation thickness for a range of pipe sizes and operating temperatures.

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Reference guide for minimum pipe insulation thickness requirements based on IECC standards. Use this chart to quickly determine the required insulation thickness for a range of pipe sizes and operating temperatures.

ASTM C585 Insulated Pipe O.D. Chart

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Lunch & Learn

Technical Education for Engineers, Contractors & Facility Owners

DFI offers educational Lunch & Learn sessions focused on mechanical insulation performance, system reliability, lifecycle cost reduction, and engineered solutions for industrial environments.

Our sessions are designed to provide practical insights, field experience, and engineering considerations that help improve lifecycle performance, reduce long-term operating costs, and support system reliability throughout the life of the asset.

Industry Education Modules

  • Learn why insulation systems fail at support locations, including the effects of compression, point loading, moisture intrusion, and corrosion under insulation (CUI). 

    Topics Covered:

    • Common causes of support-related failures 

    • Point loading and insulation compression 

    • Moisture intrusion and CUI risks 

    • Hidden lifecycle costs 

    • Real-world failure examples

  • Explore how support design impacts thermal performance, system reliability, and long-term operational costs.

    Topics Covered:

    • Load paths in insulated piping systems 

    • Compressive strength considerations 

    • Thermal performance impacts 

    • Structural implications of crushed insulation 

    • Long-term design considerations

  • A technical overview of engineered support reinforcement and how Core-Lok® helps improve insulation integrity and lifecycle performance.

    Topics Covered:

    • Core-Lok® design philosophy 

    • Performance characteristics 

    • Installation methods 

    • Application examples 

    • Traditional vs. engineered support systems

  • Understand the causes, risks, and design considerations associated with CUI and how support system design can impact long-term asset protection.

    Topics Covered:

    • CUI fundamentals 

    • Common failure points 

    • Moisture management 

    • Design considerations 

    • Prevention strategies

  • Review proven approaches for improving insulation system performance, installation efficiency, and long-term reliability.

    Topics Covered:

    • System performance fundamentals 

    • Installation considerations 

    • Maintenance planning 

    • Lifecycle cost reduction 

    • Industry best practices

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