General Information:

• 01001 Index of Currently Available InfoPoints
• 01002 Microporous Theory and Benefits
• 01003 Characteristics of Microporous Insulation
• 01004 The Relative Differences Between Various ThermoDyne Product Lines
• 01005 ThermoDyne Micoporous Insulation Product Forms
• 01006 Health & Safety: Classification and Definition of ThermoDyne Corp's Fabricated Components

Specific Industry Studies:

• 02001 The Benefits of Microporous Insulation in Fuel Cell Applications
• 02002 The Benefits of Microporous Insulation in Flight Data Recorder Applications
• 02003 The Benefits of Microporous Insulation in General Aerospace Applications
• 02004 The Benefits of Microporous Insulation in General Industrial and Commercial Applications
• 02005 The Benefits of Microporous Insulation in Race and High Performance Automotive Application
• 02006 The Benefits of Microporous Insulation in Military/Defense Applications

Materials Comparisons:

• 03001 Materials Comparison: Overall Thermal Conductivity Performance of Eight Materials at 400, 600, 800, 1000, 1200, 1400, 1600, 1800 °F
• 03002 Materials Comparison: Steady State Cold Face Analysis of Eight 1/4" Materials at 400, 600, 800, 1000, 1200, 1400, 1600, 1800 °F
• 03003 Materials Comparison: Steady State Cold Face Analysis of Eight 1/2" Materials at 400, 600, 800, 1000, 1200, 1400, 1600, 1800 °F
• 03004 Materials Comparison: Steady State Cold Face Analysis of Eight 3/4" Materials at 400, 600, 800, 1000, 1200, 1400, 1600, 1800 °F
• 03005 Materials Comparison: Steady State Cold Face Analysis of Eight 1" Materials at 400, 600, 800, 1000, 1200, 1400, 1600, 1800 °F

Specific Applications Studies:

• 04001 Applications Analysis: Insulated 6" Horizontal Pipe at 500°F
• 04002 Applications Analysis: Insulated 6" Horizontal Pipe at 1,000°F
• 04003 Applications Analysis: Insulated 6" Horizontal Pipe at 1,000°F
• 04004 Applications Analysis: Increasing the Efficiency of a "Pusher" Investment Casting Furnace Hearth
• 04005 Applications Analysis: Increasing the Efficiency of a Reformer for a PEM Fuel Cell
• 04006 Applications Analysis: Increasing the Capacity of a Tile Curing Furnace
• 04007 Applications Analysis: Increasing the Usable Volume Capacity of a Reformer for a PEM Fuel Cell
• 04008 Application Analysis: Employing Microporous Insulation to Reduce the Overall Weight of Necessary Insulation for a Formula 1 Race Vehicle
• 04009 Application Analysis: Employing Microporous Insulation to Lower the Cockpit Temperature of a NASCAR Race Car.