Microwave drying diamond equipment is listed in the provincial energy conservation promotion catalogue

Abstract Recently, the Henan Provincial Department of Industry and Information Technology, the Science and Technology Department, and the Finance Department jointly released the first batch of industrial energy-saving product promotion catalogues in the province. A total of 58 products from 39 companies were selected, covering a wide range of industries such as power, automotive, electronics, electrical appliances, building materials, machinery, and agricultural equipment. Among these, BDMD-DS-6, a microwave drying system for diamond micro-powder developed by Henan Boda Microwave Equipment Co., Ltd., stands out as a revolutionary solution. This technology uses microwave energy to heat and dry materials, replacing traditional methods that are less efficient. Compared to conventional processes, it saves over 40% in energy consumption and improves ergonomics by more than 50 times, enabling continuous and large-scale industrial production of microwave-based equipment.

Henan Boda Microwave Equipment Co., Ltd. is a high-tech enterprise integrating research, development, production, sales, and after-sales services. The company is headquartered in the Zhengzhou National High-Tech Industrial Development Zone, with research centers and factories in both Zhengzhou and Dengfeng. Currently, the company focuses on the development of ultra-large-scale, high-power industrial microwave technologies and related drying equipment.

The microwave diamond drying equipment offers several key advantages: First, it uses rotary drying with uniform heating. Since microwaves are static electromagnetic waves, they do not alter the microstructure of the material, preserving its quality. The technology directly targets water molecules within the material, ensuring even drying without being affected by uneven moisture distribution or thin layers.

Second, the system allows precise temperature control with minimal thermal inertia. The adjustable output power makes it suitable for automated control and continuous production processes.

Third, the equipment is highly energy-efficient and environmentally friendly. Unlike traditional methods, microwave energy directly heats the material without any heat loss, making it a clean and sustainable option. The drying process produces no "three wastes" (waste gas, waste water, and solid waste), contributing to a greener manufacturing environment.