- facilitates cutting of hard materials, extends the service life of cutting tools, provides a lower operating temperature.
How it works: apply uniform layer; composition will evaporate under high temperature, leaving boron nitride on the surface; to some extent it's also stress resistant.
On the first heating there is a mild burning plastic smell, which is the glycating agent evaporating, so for first indoor use ventilation is needed.
Directions of use:
- General: apply uniform layer to the surface and let it dry;
- 3 d printer cartridges (thermistor & heater) and heat breaks: coat the surface, install while the paste is still wet and let it dry before heating up;
- Nozzles: apply small amount to threads of the nozzle (do not apply the paste to the threads of the heater block), install the nozzle while the paste is still wet and let it dry before heating.
This boron nitride thermal paste may dry up; just add some water and stir well.
Why it's better:
- Thermal expansion of wurtzite boron nitride (according to Ioffe Institure) is
approx. 1.5 lower than that of hexagonal boron nitride (in competing solutions) and consequently of other materials. Which means
higher stability of coating layer under high temperatures.
- Thermal conductivities of wurtzite crystal, parallel and perpendicular to the axis, are identical. Which means higher stability of thermal properties in comparison to hexagonal boron nitride.
Made in Ukraine
PERFORMANCE SAMPLES
High temperature resistance of 100% cotton, impregnated with Wurtzenite™ Boron Nitride paste
Graphite electrode, coated with Wurtzenite™ Boron Nitride paste and placed in oven(1/3 of length) under temperature of 1000 °C for 8 hours.
Area, coated with 2 mm thick layer is better protected than 1 mm thick area. Exposed area (in green oval) is almost burnt, area except coated with paste.