Wet Polishing Machine: Driven by Both Environmental Protection and Precision, Leading the New Paradigm of Surface Treatment

Wet Polishing Machine: Driven by Both Environmental Protection and Precision, Leading the New Paradigm of Surface Treatment

Wet polishing technology, with the dual advantages of efficient dust suppression and surface quality improvement, is gradually replacing traditional dry polishing processes. Based on the precise design of fluid mechanics theory, this wet polishing machine integrates a water circulation filtration and explosion-proof dust removal system, showing excellent technical strength in the processing of stainless steel, aluminum alloy and other materials, and its core parameters have passed authoritative testing and verification: the main motor adopts a dust explosion-proof design, and the dust filtration efficiency exceeds 99%.
The environmental performance breaks through the limitations of traditional equipment: the 800L capacity circulating water tank is equipped with a 450W special water pump, adopting a two-stage filtration structure of 0.5mm aperture stainless steel filter screen and water solvent special filter cotton. The wastewater can be recycled after precipitation treatment, realizing near-zero pollutant discharge. During operation, the equipment's running noise is ≤69dB (A), far lower than the noise level of more than 85dB of traditional dry polishing equipment, fully complying with the GB/T 17421.5－2015 noise emission standard. The instant spark extinguishing design and full explosion-proof electrical configuration ensure that the equipment can be safely applied in flammable and explosive dust environments, and has passed the national explosion-proof safety certification.
The polishing precision and process adaptability have been verified by multi-material tests: for the processing of 6063 aluminum alloy radiators, 1mm diameter stainless steel needle abrasive is used, configured according to the volume ratio of abrasive to workpiece of 3:1. After 15 minutes of polishing, the surface roughness is reduced from Ra3.2μm to Ra0.4μm, the burr removal rate exceeds 95%, and there is no residual impurity in the gaps of the heat dissipation fins. In the stainless steel kitchenware polishing scenario, the equipment can accurately control the surface roughness between Ra0.2-0.5μm, and can perfectly match various surface process requirements such as matte and brushed finish by replacing abrasives of different meshes. The double-station design and switchable speed configuration make the single-shift production capacity of the equipment 60% higher than that of traditional single machines, adapting to the small-batch and multi-specification production mode.