Improved Thermal Performance
Specially formulated to ensure efficient heat transfer, Boron Nitride Thermal Paste optimizes conductive heat transfer through 3D printer hot blocks, thermowells, RTD sensors, thermistors, thermocouples, heaters, and more. It minimizes air gaps and promotes even heat dispersion across components. It's also extremely conductive, maintaining a thermal conductivity of 31.4 W/mK at 100°C.
Accurate Temperature Measurement
When used in 3D printing, Boron Nitride Paste effectively transfers heat from the heater cartridge to the hot block and optimizes the sensor's capability of reading that heat. This enhances the efficiency of your hot block, extends your heater’s lifespan, and ensures accurate temperature measurement.
Non-Electrically Conductive
Boron Nitride Paste eliminates the risk of short circuits by being non-electrically conductive after being heated to 100°C, safeguarding your heater cartridge and thermistor. With high-temperature stability up to 850°C in air and 1800°C in a vacuum, it excels in demanding printing applications. RoHS and REACH compliant, it also meets strict safety and environmental standards.
Reliable Potting Solution
Boron Nitride Paste is the ideal potting agent when installing heaters and temperature sensors. Mosquito and Copperhead hot blocks use retaining screws to hold the heater and sensor in place instead of clamps (which can put unnecessary pressure on the cartridges and reduce their lifespan), requiring Boron Nitride Paste as a potting agent to hold the cartridges firmly in place. It also offers the convenience of water solubility, allowing easy cleanup and maintenance.
Technical Specifications
Improved Thermal Performance
Specially formulated to ensure efficient heat transfer, Boron Nitride Thermal Paste optimizes conductive heat transfer through 3D printer hot blocks, thermowells, RTD sensors, thermistors, thermocouples, heaters, and more. It minimizes air gaps and promotes even heat dispersion across components. It's also extremely conductive, maintaining a thermal conductivity of 31.4 W/mK at 100°C.
Accurate Temperature Measurement
When used in 3D printing, Boron Nitride Paste effectively transfers heat from the heater cartridge to the hot block and optimizes the sensor's capability of reading that heat. This enhances the efficiency of your hot block, extends your heater’s lifespan, and ensures accurate temperature measurement.
Non-Electrically Conductive
Boron Nitride Paste eliminates the risk of short circuits by being non-electrically conductive after being heated to 100°C, safeguarding your heater cartridge and thermistor. With high-temperature stability up to 850°C in air and 1800°C in a vacuum, it excels in demanding printing applications. RoHS and REACH compliant, it also meets strict safety and environmental standards.
Reliable Potting Solution
Boron Nitride Paste is the ideal potting agent when installing heaters and temperature sensors. Mosquito and Copperhead hot blocks use retaining screws to hold the heater and sensor in place instead of clamps (which can put unnecessary pressure on the cartridges and reduce their lifespan), requiring Boron Nitride Paste as a potting agent to hold the cartridges firmly in place. It also offers the convenience of water solubility, allowing easy cleanup and maintenance.
Technical Specifications
| Temperature Rating | 850°C |
| Solubility in Water | Soluble |
| Thermal Conductivity (100°C) | 31.4 W/mK |
| Electrical Conductivity | Non-conductive when dehydrated at 100°C |
| Form | Paste |
| Color | White |
| pH Level | 9-10 |
| Volume Options | 5 cc or 30 cc |
| Manufacturing | Made in the USA |