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Foam thermal insulation for hot bed. It is also a strong acoustic insulator, with great absorption and damping performance.Recommendations:Clean the surface you want to paste it on.Make the insulation and the base fit tightly.Do not cover the holes in the hot bed with insulation.Protect wiring and c..

All features similar to MK2, you can also operate this board with 12 Volt or 24 Volt Heatbed with 3mm aluminum core. You can print directly on the heatbed, the glass is recommended but not mandatory The metallic side is the top print side and the black side is the bottom side. We recommend..

All features similar to MK2 12v / 24v Volt.Heatbed with 3mm aluminum core. You can print directly on the heatbed, the glass is recommended but not mandatory The metallic side is the top print side and the black side is the bottom side. We recommend insulating the bottom side with Thermal Insula..

All features similar to MK2 12 VoltHeatbed with 3mm aluminum core. You can print directly on the heatbed, the glass is recommended but not mandatory The metallic side is the top print side and the black side is the bottom side. We recommend insulating the bottom side with Thermal InsulatorDual power..

Caution! This bed has a very high power, it can damage the electronics or the power supply if it is not dimensioned correctly.We advise to regulate the power by firmware adjusting this line:#define MAX_BED_POWER 255 // limits duty cycle to bed; 255=full current 127= 50%So it doesn't overlo..

The borosilicate glass has a coefficient of expansion of approximately one third of ordinary glass, it makes it more durable than other glasses to thermal shock. The borosilicate glass has a density of 2.23 g / cm3 lower than the ordinary glass (2.57g / cm3). These properties make it ideal..

The borosilicate glass has a coefficient of expansion of approximately one third of ordinary glass, it makes it more durable than other glasses to thermal shock. The borosilicate glass has a density of 2.23 g / cm3 lower than the ordinary glass (2.57g / cm3). These properties make it ideal..

The borosilicate glass has a coefficient of expansion of approximately one third of ordinary glass, it makes it more durable than other glasses to thermal shock. The borosilicate glass has a density of 2.23 g / cm3 lower than the ordinary glass (2.57g / cm3). These properties make it ideal..

The borosilicate glass has a coefficient of expansion of approximately one third of ordinary glass, it makes it more durable than other glasses to thermal shock. The borosilicate glass has a density of 2.23 g / cm3 lower than the ordinary glass (2.57g / cm3). These properties make it ideal..

The borosilicate glass has a coefficient of expansion of approximately one third of ordinary glass, it makes it more durable than other glasses to thermal shock. The borosilicate glass has a density of 2.23 g / cm3 lower than the ordinary glass (2.57g / cm3). These properties make it ideal..

The borosilicate glass has a coefficient of expansion of approximately one third of ordinary glass, it makes it more durable than other glasses to thermal shock. The borosilicate glass has a density of 2.23 g / cm3 lower than the ordinary glass (2.57g / cm3). These properties make it ideal..