Application explanation of low temperature plasma surface treatment technology characteristics of wide-width plasma cleaning machine:

• Categories:Company Dynamics
• Author:Plasma cleaning machine-CRF plasma plasma equipment-plasma surface treatment machine manufacturer-chengfeng intelligent manufacturing
• Origin:
• Time of issue:2022-04-08
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(Summary description)Application explanation of low temperature plasma surface treatment technology characteristics of wide-width plasma cleaning machine: The surface treatment technology of the wide-width plasma cleaning machine can be matched with a variety of different post-processing processes, among which the typical post-processing includes printing, bonding, and painting. The low-temperature wide-width plasma cleaning machine is suitable for industrial applications in various fields. It can provide subsequent bonding, coating, and pre-printing treatment for different materials or composite materials, so that two different materials can be effectively and reliably combined together. The plasma surface treatment equipment for plasma cleaning, surface cleaning, activation and coating mainly provides pretreatment for bonding, painting, sputtering and other processes in the digital industry. The low-temperature plasma surface treatment technology is widely used in digital products for mobile phone casings, mobile phone keys, notebook computer casings, notebook keyboards, plastic products, etc. Widely used raw materials for printing, coating and bonding of polyethylene, polypropylene, polyvinyl chloride, polyester, polyoxymethylene, PTFE, vinyl, nylon, (silicon) rubber, plexiglass, ABS and other plastics Surface pretreatment of other processes. The shape, width, height, material type, process type, and need for online processing of these materials all directly affect and determine the solution of the entire surface treatment equipment. The main features of the low-temperature wide-width plasma cleaning machine: 1. High uniformity: atmospheric pressure plasma is a glow-type plasma curtain, which directly acts on the surface of the material. Experiments have shown that the processing uniformity of the same material at different positions is very high. This feature is useful for the next step in the industrial field. Coating, printing and other processes are very important. 2. Controllable effect: Atmospheric pressure plasma has three effect modes to choose from. One is to use argon/oxygen gas combination, which is mainly used for non-metallic materials and requires higher processing effect. The second is to use an argon/nitrogen combination, mainly for the metal area of ​​the product to be treated that cannot be treated. Due to the strong oxidation of oxygen, this problem can be controlled after replacing the nitrogen in this scheme. The third is the case where only argon is used. The surface modification can also be achieved by only using argon, but the effect is relatively low. This is a special case, and it is a solution adopted by a few industrial customers when a limited and uniform surface modification is required. 3. Safe and stable: atmospheric pressure plasma, also low temperature plasma, will not cause damage to the surface of the material. No arc, no vacuum chamber, and no harmful gas suction system, and it will not cause physical damage to the operator for a long time.