New Energy Material Hybrid Modification Machine, Modification Dispersing Machine, Modification Coating Machine

Release time:

2026-02-24 08:25

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In the current era of rapid iteration in the new energy industry, breakthroughs in the performance of power batteries and energy storage devices consistently rely on advancements in the processing technologies of core materials. The quality of surface modification for key materials such as lithium iron phosphate, silicon-carbon anodes, and spherical graphite directly determines the battery’s cycle life, energy density, and safety performance. As a continuous powder-processing equipment integrating multiple functions, the Hive Mill is leveraging its core advantages—“process integration, precise modification, and highly efficient production”—to make significant strides. Widely used in New energy materials processing field.

The honeycomb mill is specially designed for surface treatment of micro- and nano-sized powders. Its application scenarios deeply cover key processing stages in new energy materials, making it particularly well-suited for handling materials with stringent requirements on particle size control and coating uniformity. In the field of cathode materials, it can achieve surface carbon coating and metal oxide coating on lithium iron phosphate and ternary materials, addressing issues such as insufficient conductivity and structural instability during cycling. In the field of anode materials, it effectively mitigates volume expansion in silicon-based materials and optimizes the morphology and dispersibility of graphite particles, meeting the modification needs of silicon-carbon composite anodes and spherical graphite. Meanwhile, it can also be adapted for the depolymerization and modification of battery additives such as nano-silica and alumina, providing performance support for electrolytes and separator materials.

Unlike traditional equipment, which can handle only a single type of material, the Hive Mill, with its modular design, can flexibly adapt to various raw materials—including dry powders, wet filter cakes, and slurries—and its processing capacity covers a wide range. 0.05–15 tons/hour, with a maximum water evaporation rate of up to 3 tons/hour, this equipment can meet both small-batch R&D needs in laboratories and support large-scale industrial production. It is well-suited to the diverse processing requirements of the new energy industry.

The core competitiveness of the honeycomb mill stems from its... The innovative process logic of “deagglomeration first, then drying, with simultaneous surface treatment” breaks the conventional limitations of traditional modification equipment, which typically performs drying, deagglomeration, and coating in separate steps. By integrating these processes into a single, unified workflow, it enables precise control over powder properties. The equipment is equipped with automatic metering and feeding systems, variable-frequency speed control, and a temperature-controlled system, allowing real-time adjustment of operating parameters based on material characteristics to ensure process stability and product consistency.

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