T-85
Features
- Tmax exposure 232°C
- 114-227 W/m² • °C
- 300 ml, 3.79 & 18.9 liter
Application
Thermon T-85 is a low to medium temperature heat transfer compound for use in moist and corrosive environments. Thermon’s heat transfer compounds provide an efficient thermal bond between the tracer and the process equipment. By eliminating the air voids that would ordinarily exist, heat is directed into the surface being heated through conduction rather than convection and radiation. A single tracer utilizing Thermon’s heat transfer compound has the equivalent performance of three to five convection (bare) tracers.
T-85 is typically utilized around valves and equipment where maximum exposure temperatures will not exceed 232°C. To reduce installation time and waste, this compound is available in 300 ml cartridges and 3.79 liter and 18.9 liter pails.
Features
- Non soluble in water - no special curing required
- Epoxy resin base creates strong mechanical bond
- Suitable for moist or corrosive environments
- 300 ml cartridges allow easy application for valve and accessory heat tracing
| SKU | P/N | Item | Volume |
|---|---|---|---|
| TMN.C02.006 | 16041 | T-85-C | 300 ml |
| TMN.C02.007 | 16040 | T-85-1 | 3.79 liter |
| TMN.C02.009 | 16042 | T-85-5 | 18.9 liter |
Resources
Datasheet
English (Europe) datasheet
Selection guide
English (Europe) selection guide
Frequently asked questions
English (Europe) FAQ
Installation manual
English (Europe) installation instructions
Specifications
General
- Manufacturer
- Thermon
Specifications
- Container sizes
- 300 ml, 3.79 liter, 18.9 liter
- Maximum exposure temperature (ASTM E2550)
- 232°C
- Minimum exposure temperature
- -196°C
- Minimum installation temperature (ambient)
- 0°C
- Minimum installation temperature (product)
- 10°C
- Heat transfer coefficient Ut (tracer to pipe wall)
- 114-227 w/m²•°C
- Nominal electrical resistivity
- 57 ohms-cm
- Shelf life (unopened)
- 12 months
- Bond Strength (ASTM D1002)
- > 13800 kPa
- Leachable Halogens (ASTM C871)
- < 200 ppm
- Water-soluble
- No