£ 17.98
Super Print 2PCS Upgrade Kobra 2 BiMetal Heatbreak, Copper+Titanium Alloy All Metal Bi Heat Break for 2/Kobra Max/Kobra Neo/Kobra Pro/Kobra Plus 3D Printer Hotend.
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Description
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1.Bi-Metal Structure: This is a branch design of the bimetal HEATBREAK. The front end of the Bi-Metal Heatbreak is made of high-quality GRADE5 titanium alloy and the rear end is made of copper alloy material. We use a special process to hold them firmly together. You don't need to worry about it being damaged. 2.Prevents Clogs and Leaks: Compared to competitive products, the inner wall of the tube is smoother and burr-free. (reduces the chance of filament clogging). The interface is smoother and more precise.(it can effectively prevent filament leakage). 3.Heat Insulation Good: Titanium alloy reduces heat upward conduction at the heating position, and copper for heat dissipation to accelerate heat conduction.High overall heat insulation performance,High temperature resistance,wear-resistant, high hardness and long service life. 4.Prevent Thermal Creep: This structure can reduce the temperature fluctuation of the hotend and make the hotend more stable And reliable so as to reduce the occurrence of thermal creep to improve the printing quality and can effectively prevent the clogging problem caused by thermal creep. 5.Improve Printing Efficiency: The 450℃-rated Bi-Metal Heatbreak melts filament faster that conducts 60% less heat than a standard heatbreak, effectively reduce heat loss and improve printing efficiency.
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Description
(1)
1.Bi-Metal Structure: This is a branch design of the bimetal HEATBREAK. The front end of the Bi-Metal Heatbreak is made of high-quality GRADE5 titanium alloy and the rear end is made of copper alloy material. We use a special process to hold them firmly together. You don't need to worry about it being damaged. 2.Prevents Clogs and Leaks: Compared to competitive products, the inner wall of the tube is smoother and burr-free. (reduces the chance of filament clogging). The interface is smoother and more precise.(it can effectively prevent filament leakage). 3.Heat Insulation Good: Titanium alloy reduces heat upward conduction at the heating position, and copper for heat dissipation to accelerate heat conduction.High overall heat insulation performance,High temperature resistance,wear-resistant, high hardness and long service life. 4.Prevent Thermal Creep: This structure can reduce the temperature fluctuation of the hotend and make the hotend more stable And reliable so as to reduce the occurrence of thermal creep to improve the printing quality and can effectively prevent the clogging problem caused by thermal creep. 5.Improve Printing Efficiency: The 450℃-rated Bi-Metal Heatbreak melts filament faster that conducts 60% less heat than a standard heatbreak, effectively reduce heat loss and improve printing efficiency.
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