W3500 Introduction

W3500 is an environmentally friendly water-based cleaning agent developed for camera module lens cleaning, mainly suitable for removing particle pollutants such as oil stains, fingerprints, static particles, dust, etc. that adhere to camera lenses. Combined with ultrasonic cleaning process, it can be used for high-precision and high-density cleaning of camera modules and other high-tech components such as microBGAs and Flip Chips. This product is developed using our company's patented technology, with strong cleaning power, light odor, and no halogen. The mild formula has good material compatibility with sensitive metals and electronic components used in FPC and other boards, making it an ideal environmentally friendly water-based cleaning agent.

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W3500 Product Features

? High cleaning load capacity, ultra long service life, and low maintenance cost.
? Suitable for cleaning precision electronic parts with high precision, density, and cleanliness requirements, such as camera modules.
? The formula is mild and has good material compatibility with sensitive metal alloys and electronic components used in FPC and other materials.
? Can effectively remove residual static electricity, dirt, metal ions, dust and other particles on the surface of the lens, with a cleaning rate of over 95%;
? Contains no halogen, safe to use, and does not require additional explosion-proof measures.

W3000D-2

W3500 Applicable process

W3500 is suitable for ultrasonic cleaning processes..

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W3500 environmentally friendly water-based cleaning agent is mainly used to remove pollutants such as oil stains, fingerprints, static particles, dust, etc. It also has a certain cleaning effect on metal oxide layers.

W3500 is used in the ultrasonic cleaning process, which can batch clean electronic assembly parts with complex structures. It can also achieve good cleaning results for low gap flux residues on the base. In the ultrasonic cleaning process, the parts needs to be cleaned are immersed in the cleaning tank, and the cavitation, acceleration, and direct inflow effects of ultrasound in the cleaning agent are combined with the super solubility of the cleaning agent to dissolve, disperse, emulsify, or peel off the dirt layer to achieve the cleaning purpose.

The application effects are listed in the following list.