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MechaTronix's new LPF4768 pin fin LED cooler is developed in this way that the open structure allows the hot air to rise without any obstruction (Inset: Adversly, in many cases the whole inner area of a LED cooler actually doesn’t contribute at all to the convection cooling capacity)https://zmi.led-professional.com/Plone/media/products_led-thermal-management_new-product-and-advizes-from-mechatronix-to-improve-performance-of-passive-free-air-convection-heat-sinks-by-up-to-25_MechaTronixs%20new%20LPF4768%20pin%20fin%20LED%20cooler%20is%20developed%20in%20this%20way%20that%20the%20open%20structure%20allows%20the%20hot%20air%20to%20rise%20without%20any%20obstruction.jpg/viewhttps://zmi.led-professional.com/Plone/media/products_led-thermal-management_new-product-and-advizes-from-mechatronix-to-improve-performance-of-passive-free-air-convection-heat-sinks-by-up-to-25_MechaTronixs%20new%20LPF4768%20pin%20fin%20LED%20cooler%20is%20developed%20in%20this%20way%20that%20the%20open%20structure%20allows%20the%20hot%20air%20to%20rise%20without%20any%20obstruction.jpg/@@images/image-1200-13459c25b62b0678b778fed7d071e431.jpeg
MechaTronix's new LPF4768 pin fin LED cooler is developed in this way that the open structure allows the hot air to rise without any obstruction (Inset: Adversly, in many cases the whole inner area of a LED cooler actually doesn’t contribute at all to the convection cooling capacity)
