The high scalability of the process allows the complex part

IP65 waterproof industrial led light

The agreement allows the IP65 waterproof industrial led light to use the liquid forging process to produce light-weight, high-performance LED radiators. Liquid forging was developed by the simtech team led by john yong. In 2008, Yong's team won Singapore's highest honor 'National Science and Technology Award' for their research findings due to their outstanding research. . The high scalability of the process allows the complex part-using composite materials such as copper and aluminum to be realized in one step. This development project means that radiators and lamps can be combined,

thereby significantly reducing assembly costs. The system also enables more flexible designs, such as complex plug and socket arrays, which increases surface area and improves heat dissipation. In the future, the final product will reduce the use of machinery, partly because the process can use raw materials more efficiently.

The synthesized heat sink can be electroplated, so that the thermal performance can be improved by 10-15%. However, liquid forging is not limited to cooling LED applications. etpl's ceo philip lim explained: 'Liquid forging is a low-cost system that has advantages over traditional production processes in the compound, aerospace and automotive industries. Most importantly, this technology can be used for alloy wheel flanges, electrical enclosure and piston. '

At present, China is carrying out energy-saving and emission-reduction campaigns across the country. Hotels and other industries have responded to the call and actively explored new ways to save electricity and energy, with the help of professional energy-saving lighting LED spotlights, LED tubes, LED downlights, LED bulbs Lights and other technologies, energy saving and consumption reduction have increasingly become the 'shortcuts' for many hotels and other industries to achieve power saving goals. However, the use of LED lighting in all areas of the hotel still has limitations,