Technology transfer: KATOP leads the technological innovation path of the lithium battery industry




he emerging management concept of technology transfer reveals the trend that technology flows from high-tech gradient areas to low-tech gradient areas. It aims to promote technological leapfrogging in new industries through the transplantation of mature technologies across industries. KATOP, as a high-tech enterprise in the field of lithium battery equipment, is practicing this concept with an advanced perspective, opening up new paths for the technical upgrading and future development of the lithium battery industry.


Peter Chou, vice president of KATOP, delivered a speech titled "Technological Innovation Transfer Brings New Trends in Industry Development", deeply analyzing the current situation and challenges of technological innovation in the lithium battery industry. Peter pointed out that under the background of gradually mature lithium battery technology, the speed of technology iteration may slow down. At this time, the introduction of cross-industry technology has become the key to stimulate new vitality. The strategy of KATOP is to dig and absorb advanced technologies from other mature industries, combine them with its deep accumulation in the field of lithium batteries, and inject strong power into the lithium battery industry.

In fact, a number of key technologies in the lithium battery industry have been successfully used for reference in printing, metallurgy and other industries. For example, mixing, coating, drying and other processes have benefited from the technology transfer of these traditional industries. Nevertheless, there is still room for improvement in the production efficiency and cost control of the lithium battery industry. For example, the production capacity of mixing equipment is still significantly different from that of the metallurgical industry. The former is only 2.5 to 4.4 cubic meters per hour, which is far lower than the latter's 50 to 60 cubic meters per hour. This shows that Technology transfer still has broad application potential.


KATOP knows this well, and its technology transfer strategy is not limited to simple technology replication, but covers the multi-dimensional systematic migration of logical thinking, operational skills, and innovative ideas. The company used waste heat recovery technology to reduce energy consumption by 24% to 28%, by drawing on traditional exhaust gas treatment technology, developed a zeolite wheel adsorption coating method, to achieve a single-stage adsorption efficiency of up to 90% to 98% of the increase, while the desorption temperature to 180 to 220 degrees Celsius. In addition, KATOP also boldly tried to integrate 3D printing technology into the production process of lithium battery solid-state pole pieces, further promoting the boundary expansion of industry technology.

KATOP has been committed to lithium battery equipment innovation and customer service for a long time. After nearly 20 years of deep cultivation, it has always adhered to technological innovation and customer orientation. Its advanced technology strength, lithium battery equipment and excellent services are constantly providing strong support for the development of the lithium battery industry, driving the application of global clean energy towards a broader future.

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