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For A1 Heating Assembly Ceramic Insulation Block Hotend Heat Component Mounting for H2D Right Base

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18 502,81 Ft

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Összefoglaló

2200°C Ultra-High Heat Resistance: High-temperature resistance is four times higher than synthetic stone (300°C) and over 200°C higher than silicone, without thermal deformation.
Hotend Heating Assembly for Bambu Lab A1
Thermal insulation for Bambu Lab H2D
Extruder mounting base for Bambu Lab H2D
Zirconium oxide ceramic for Bambu H2D

For A1 Heating Assembly Ceramic Insulation Block Hotend Heat Component Mounting for H2D Right Base leírása

2200C Ultra-High Heat Resistance: High-temperature resistance is four times higher than synthetic stone (300C) and over 200C higher than silicone, without thermal deformation.

Near-zero coefficient of thermal expansion: 0.000001/C CTE, 50 times more stable than synthetic stone and three times more stable than silicone, eliminating micro-layer shifting in printers with 0.01mm precision.
Ultra-low thermal conductivity (2 W/mK): Compared to silicone (150 W/mK), it blocks over 98% of heat leakage, significantly reducing motor temperatures.
Industrial-grade durability: Our ceramic zirconium oxide blocks are to 1200 MPa strong (four times higher than synthetic stone and two times higher than silicone), capable of withstanding accidental drops and carbon fiber abrasion. Laboratory-tested, they have a hardness of HV1200.
Compatible with: A1 and H2D 3D printers
Color: White
Material: Ceramics

Package Contents:
2*Ceramic Zirconia Block for H2D

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