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ABOUTProfessional supplier of toner for copiers and laser printers, whose products involve and have a full range of black and color toner suitable for copiers and laser printers
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ProductsHas a complete organizational structure and quality system R & D management team, the establishment of a product R & D center and product testing center, so that products can continue to maintain good quality and stability.
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News CenterKeep abreast of the latest information of Zhuhai Kexing Electronic Technology Co., Ltd.
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Contact UsFor all product or technical support inquiries, you can contact us through the hotline or email, we will be happy to serve you.
Physical and Chemical Properties of Color Toner
Mobility: Toner has fluidity, which directly affects the print quality. Poor fluidity can lead to uneven printing results.
Particle Distribution: The smoothness of toner particles plays a key role in determining the quality of the toner. The smoother the particle surface, the better the toner flows. When the toner bottle is shaken, it behaves more like a liquid due to its smooth, flowing consistency.
Melting Point: The optimal temperature for printing is generally around 80°C. If the temperature exceeds this, the toner’s ability to fuse properly onto the paper weakens, resulting in residual ash on the paper. Conversely, if the temperature falls below 80°C, particularly around 70°C, the printed text may become distorted. Whether too high or too low, improper temperature settings can lead to issues with paper rolling.
Ghosting and Other Issues: Occasionally, ghosting can occur, with a typical spacing between duplicate characters of 120.56 mm. However, this is relatively rare. More commonly, folding or double-imaging is visible in copies, often caused by issues with the photosensitive drum.