By learning the knowledge of toner, scientifically determine the quality of the print, and understand why different types of toner are best not to be mixed. Toner classification: Toner is the main raw material purpose of the laser printer Brother DR730 in the electrophotographic process. The manufacture of toner is the core technology of various professional printer companies. Different printer companies have chosen different toner manufacturing processes based on their own technical characteristics and evading patented technologies. However, many practitioners today are not very familiar with the toner technology and think that the difference between toners is not significant. Some people even use the toner on HP printer cartridges in the toner cartridges of Samsung printers, even though the printing effect can be Accepted, do not know how much damage will be done to the printer in the future! As a result, the toner cartridge is damaged, the machine is lost, and the customer’s consequences are lost.
Therefore, the right choice of Brother TN760 can really help customers achieve savings and environmental protection. How is toner classified? There are many ways to classify laser printer toner, as follows:
1. According to the electrical properties of carbon powder can be divided into: positive and negative powder;
The representative powder cartridges of positive powder are: Lenovo 2312/2500/2800/3000/2000; Brother 2050/6300/2800; Canon E-16 toner cartridge. The representative toner cartridges for negative powder are: HP, CANON series; Samsung, Xerox series; Epson 5700/5800/5900/6100/6200 series.
2. According to the magnetic properties of carbon powder can be divided into: with magnetic powder and no magnetic powder;
Representative toner cartridges include: HP, CANON series. Representative toner cartridges without magnetic powder are: Samsung, Xerox, Epson, Lenovo, Brother, Lexmark, Panasonic, etc.
3. In accordance with the manufacturing process of toner is divided into: physical powder and chemical powder.
The manufacturing method of physical powders mostly uses a smashing method. The granules produced by a physical method have a non-uniform shape, a large particle size, a poor flowability, a difficult-to-control surface property, and a high fixing temperature. Chemical powders are produced using polymerization methods. The toner particles produced by chemical methods are spherical, uniform in charge, and have a small particle size, maintain high fluidity, high transfer efficiency, and high-quality image quality. The only drawback is that High manufacturing costs.