图片名称

Why the power shift of the plasma surface processor is too large

If you need to deal with it, please contact professional personnel, the actual processing process is complex and changeable. The reasons why the power supply of the plasma surface treatment machine deviates are as follows: 1. Inversion phenomenon exists between positive and negative electrodes of the electrode plate of the vacuum chamber. 2. Whether the power switch of the matcher is turned off; 3, electrode needle male and female head oxidation is serious, poor conduction. 4. Whether the connection cable between the power supply and the distribution box is loose or the welding wire falls off. 5. Whether the system parameters of the plasma surface processor have been set. Test and trial operation mode is as follows: Keep automatic mode in automatic mode: suitable for the system with little difference between ignition position and coordination. 1. Connect the system as needed. 2. Switch to maintain, automatic and operating state. 3. Turn on the radio frequency. 4. Automatic matching. 5. After turning off RF, the system will automatically record the matching position and adjust the position from the next time. Automatic mode under preset: it is suitable for the system where there is a big difference between ignition position and pairing position. 1. Connect the system as needed. 2. Switch to the preset and automatic operating state. 3, RF off, automatically adjust the position of CACB, so that it is in the ignition position in automatic and preset state. 4. Turn on the radio frequency. 5. Automatic matching.

MORE +

Vacuum low temperature plasma cleaning machine vacuum pump operation on the role of cleaning effect

Vacuum pump is the key component of vacuum low-temperature plasma cleaning machine. Its role is to vacuum the cavity material to achieve the effect of cleaning activation or improve adhesion, but do you know how to control in the vacuum low temperature plasma cleaning machine, so as to achieve a good practical effect? The use of vacuum low-temperature plasma cleaning machine makes people have a certain understanding of product cleaning under vacuum environment. One might ask, "Why vacuum cleaning?" Because cleaning in a vacuum environment can achieve a stronger treatment effect. The product is placed in a sealed chamber for a sustained period of time. If there are small particles such as dust on the surface of the product, it will be removed according to the continuous pumping time. Duration here means that you have to keep the vacuum situation at a relatively stable vacuum state. In addition, the charging and discharging of low-temperature plasma cleaning equipment must be carried out in a stable vacuum environment. 1. Control mode of vacuum pump of small vacuum low temperature plasma cleaning machine: Most vacuum plasma cleaning machines use vacuum pumps to remove dry, gas pump chamber. Some applications are standalone and some are combined pumps. Small and medium vacuum low temperature plasma cleaning machine adopts independent pump. Its actual operation control panel key consists of keys, status indicator, passive buzzer with display light, output power controller, data display vacuum gauge, timer, knob switch and total flow of float ball. This is made up of dashboards and other components. The start and stop control of the vacuum pump is the immediate control of the DC contactor by means of a lock activated light out button. DC contactor contact point connection and disconnection control vacuum pump three-phase power supply connection and disconnection. This control method can fully take into account the control provisions of small and medium-sized plasma cleaning machine. If this method is used for automatic control, it is not only difficult, but also difficult to stipulate the precision and safety factor of control. 2. On-line and sliding door type vacuum low-temperature plasma cleaning machine vacuum pump control method: Vacuum plasma cleaners are commonly used for linear and manual doors. The vacuum pump used is 1, 2. They are actually operated and controlled by touch screen. This control mode is divided into manual control and full automatic control. 3. Manual control mode: The basic principle of most manual controls is similar to that of the test vacuum cryogenic plasma cleaner. Press the relative button to turn on the vacuum pump. The difference is that one is controlled by hardware-configured keys, while the other is controlled by virtual keys on a touch screen. The hardware of the key driver is configured as the electromagnetic coil of the automobile relay, while the soft element of the touch-screen key driver controller. Based on the logical measurement, the controller outputs the results to the output terminal of the controller, the position of the small relay of the driver, and the contact point of the small relay of the alternating vacuum pump of the driver. The contact point of the electromagnetic coil of the vacuum pump is connected and disconnected, so as to control the three-phase power supply of the vacuum pump motor. 4. Full automatic control mode: Fully automatic control refers to the automatic execution of all positions according to the order of keys. According to the standard of relative logic, the vacuum pump is started and stopped in the control step of the whole process. Whether manual control or automatic control, assuming that the vacuum degree is maintained at a certain value, steam flowmeter alone can not meet the requirements. If you can easily control the speed of the vacuum pump motor, you can easily control the vacuum degree within the set scope. If the vacuum degree of the inner cavity is less than or equal to the preset value, the speed ratio of the vacuum pump motor of the vacuum low-temperature plasma cleaning machine is completely automatically adjusted according to the value, so that the rated power of the motor is kept within the set vacuum degree range; If the vacuum degree of the inner cavity is affected by other factors, and if there is an error between the specific vacuum degree and the set vacuum degree, the program flow will automatically measure the speed of the vacuum pump and automatically adjust to maintain the set vacuum value. This control is called PID control. P is the proportion effect, I is the integral effect, and D is the differential effect. PID not only has the rapid proportion effect, but also has the error clearance effect of integral effect and the regulation effect of differentiation effect. When the error step occurs, the guidance funct

MORE +

The role of lithium battery plasma surface treatment equipment in the battery manufacturing process

Power lithium battery is a kind of commonly used lithium battery which is powered by pneumatic tool display driving force. This is a clean and environment-friendly driving power supply. In today's application scenarios, it is widely used in pure electric vehicles, electric trains, electric vehicles and so on. In recent years, with the rise of new energy vehicle sales market, the safety and reliability of power lithium battery has become a topic of concern and discussion. The reason lies not only in the fact that power lithium-ion battery is the key component of power drive system software, but also in the fact that the production process of power lithium-ion battery itself has high reliability and reliability requirements. Take automotive lithium battery as an example. What role can plasma surface treatment equipment play in the manufacturing process of power lithium battery? What can be done to help? In the manufacturing process of automotive power lithium battery, the surface treatment of plasma surface treatment equipment is generally carried out from three levels, that is, to improve the lubrication performance of the ceramic film before the positive and negative plate coating; The cleaning of the connection before lithium welding; As well as improving the surface adhesion of insulation board, end board, PET plastic film and other metal composite materials and their insulation materials before external adhesion of them and their lithium battery components. Next, I'll summarize briefly, and then go into more detail one by one. 1. Plasma surface treatment equipment to solve the problem of positive and negative two-stage coating in front of ceramic membrane plasma cleaning machine: The positive and negative grades of the automotive power lithium battery are made from the positive grades of the ceramic film and the cathode materials of the battery. Compared with ethanol and other aqueous solution cleaning, plasma cleaning machine treatment will not damage the raw material, and can remove the organic matter on the surface of the raw material, improve the lubrication of the film surface, improve the uniformity of the coating, heat resistance and safety factor. 2. Cleaning treatment of plasma surface treatment equipment before welding: The lithium connector is actually the part of the metal strip that correctly guides the positive and negative stages of the rechargeable battery. It is point contact during battery charging and discharging. Whether the surface of the connection is cleaned or not will do great harm to the reliability and performance of the electrical connection. Before electric welding, plasma cleaning machine can remove organic matter, particles and other residues on the weld surface, so that the weld surface becomes uneven, so as to improve the quality of welding. 3. Plasma surface treatment equipment for the treatment of lithium battery modules: Lithium-ion battery assembly is a process in which several rechargeable battery modules are connected in series into a series of parallel circuits to produce a lithium battery pack. In order to keep the power line and insulation layer safe, in this process, it is necessary to affixed external rechargeable batteries to improve the safety factor of the application. Before that, please use the plasma cleaning machine to clean the insulation board, end board, PET film and other parts. Isoionization treatment can thoroughly clean the dirt surface, make the surface become not smooth, and improve the adhesion of strong glue or strong glue. After years of development trend, China's power lithium battery industry chain has begun to take shape, but there are still some problems, such as technical strength and R&D ability is not strong, can not be fully utilized. It is believed that with the improvement of technical standards, the requirements of plasma surface treatment equipment will be put forward more detailed and diversified provisions.

MORE +

Small vacuum plasma surface treatment machine brand seal parts importance

When we type vacuum plasma surface treatment machine brand for quality and reliability evaluation, or all of its compliance with standards, typically the first thing to note is the equipment of many key components, such as vacuum pump, plasma generator, and other key components, but in fact there are some incorrect selection or improper selection of widgets or inside the equipment, the common failures appeared for the actual operation of the vacuum plasma surface treatment machine is also very important. Today, we will first introduce the necessity of vacuum plasma cleaning machine parts sealing in detail. Plasma cleaning machine vacuum part, seal key for sealing. Incorrect selection of the sealing ring will damage the operation function of the equipment. At present, there are three kinds of seals on the market, one is the O-ring, one is the pipe support point seal, the other is the seal ring. In which part of the vacuum plasma cleaning machine is the sealing device applied? 1.O type ring small vacuum plasma surface processor brand application: The O-ring consists of a low friction filled polytetrafluoroethylene (PTFE) ring and an O-shaped vulcanized rubber seal ring. Type O, prestressing force can provide adequate seal vacuum plasma surface treatment machine is the key for vacuum cavity connected with other components of the plasma cleaning machine, vacuum vacuum plasma cleaners, and sealing function, such as vacuum chamber and vacuum sealing, electric level between the door and vacuum chamber between the seal and vacuum chamber and vacuum the seal between the sealing hole in the middle. 2. Tube rack seal for vacuum plasma plasma surface treatment machine: The main advantage of pipe support seals is that they are easy to install and do not require any special tools. Good sealing; In the vacuum plasma cleaning machine, the key is to connect in the middle of the vacuum tube. Based on the extruded vacuum clamp, the supporting point in the pipe is sealed and clamped to achieve the actual sealing effect. Use a common seal in the middle of the pipe. 3. Gasket for vacuum plasma cleaning machine. Seals are the key parts used in industrial equipment, used to connect the parts of machinery equipment to the mechanical parts. The acid-resistant alkali stone rubber gasket commonly used in vacuum plasma surface treatment machine is made of high quality stone wool. Made of chemical fiber, acid and alkali resistant chemical fiber, fillers, additives and other materials. It has good wear resistance, temperature resistance and sealing property. It is mainly used for vacuum pump shell of vacuum plasma cleaning machine.

MORE +

Low-temperature plasma surface treatment equipment which industry will be used

The low temperature plasma surface treatment equipment is composed of a plasma generator, a gas pipeline and a low temperature plasma nozzle. When an arc is discharged, the plasma generator generates high pressure and high frequency kinetic energy to produce plasma. This plasma technology is excited and controlled in the nozzle tube, and the gas such as air is passed into the material surface to spray plasma. When plasma technology touches the surface of a material, physical changes and chemical reactions occur. The treated surface layer has formed a high density chemical crosslinking layer, or due to the introduction of methyl and carboxyl groups, has the effect of promoting the adhesion of a variety of architectural coatings, and has been improved in the application of adhesion and paint. Plasma treatment of the surface layer can also obtain very thin ductile coating, so that the surface layer has good adhesion, coating and printing properties. Without the need for other industrial auxiliary equipment, more functional components can be obtained to improve adhesion. Plasma treatment can be used for daily necessities and electronic products, high-grade furniture surface treatment, immediate spraying, do not drop paint, surface treatment before bonding, surface treatment before bonding and smooth coating, surface treatment before printing, the coating is hard, do not drop paint after printing. Surface modification materials of low temperature plasma surface treatment equipment can improve the corrosion resistance of metal surface layer, improve the bonding property of metal surface, improve the strength and wear resistance of metal materials; Vulcanized rubber and plastic industry surface treatment; Laminated glass is pretreated to make the bonding more waterproof, and can be printed, glued, sizing and other sound insulation and noise reduction; Adjusted FRP products are pretreated with plasma treatment; The cell culture dishes in the laboratory were treated with hydrophilic and adhesive properties, and the cells were uniform after generation. Display pressing pre-processing, LCD soft film on the circuit board surface treatment, bonding the hard part of the pre-processing, to ensure the mobile phone shell and notebook case solid bonding. Paint is not easy to peel off the frame of mobile phone and laptop computer. The case sticks together, the case is not easy to peel off the paint, and the text is not easy to fade. The mobile phone and laptop keyboard stick together, and the text is not easy to peel off the paint. Low-temperature plasma pretreatment is carried out in the plastic surface treatment tube to improve the adhesion of printing, the surface printing of beverage bottle caps, nursing products packaging bottles, the surface treatment of small adhesive toys, the adhesion of shoes and other pre-treatment, to ensure that the strong glue does not open, the application of low-temperature plasma surface treatment equipment in the printing and dyeing industry. The low temperature plasma surface treatment equipment is used as a biotech medical catheter in medical instruments, and the combination after surface treatment is more compact. The compatibility and hydrophilicity of medical consumables can be considered in the surface treatment of human prosthetic materials. Medical machinery disinfection and sterilization. Low-temperature plasma surface treatment of ceramic surface coatings has previously been performed. No surface paint is required. Solid ceramic glazing oil pretreatment, enhance the cohesive force, used for printing special cable, fiber optic cable printing, laser engraving, printing chemical fiber cross, transparent printing, durable cars and shipbuilding very fastness bonding surface treatment, car seal more inseparable from caking, acoustic noise reduction, antifouling headlights bonding processing technology, strong adhesion, prevent dirt and stains, automobile brake pads waterproof, skeleton seal, bumper coating pretreatment, seamless splicing car surface, with dip coating printing solution, do not fade, the shipbuilding industry to pre bonded raw materials, printing and packaging industry mineral water bottles, and jam jars bonding, To achieve the purpose of firmness and reliability. Shenzhen Chengfeng Zhi Manufacturing Co., Ltd. is an enterprise mainly engaged in the development, design, manufacture and marketing of low-temperature plasma surface treatment equipment. If you need more details, please contact everyone.

MORE +

Effect of PTFE Plasma Surface Treatment on Interfacial Adhesion Properties of Microporous Film

Ptfe microporous membrane has stable chemical properties, high temperature resistance, corrosion resistance, excellent resistance to water, thin oil, such as performance, the high temperature, high humidity, corrosion and special gases such as organic fluid with good filtering performance, can be widely used in metallurgical, chemical, coal, cement and other industries of dust removal filter, is a production of high-temperature resistance composite filter material of thin film materials. However, its very low surface activity and outstanding non-viscosity make it difficult to composite with matrix materials, thus limiting its application. In recent years, more and more studies have been conducted on polytetrafluoroethylene (PTFE) surface treatment using etcet ions. The results show that plasma surface treatment can improve the viscosity of PTFE film well, but the main influencing factors are as follows: 1, processing power: The greater the power of plasma surface treatment is not the better. When the power is low, the shear strength of the treated film increases with the increase of power and decreases gradually after reaching the peak value. 2. Gas treatment: Under the same conditions, the treatment effect of O2 plasma is obviously higher than that of nitrogen plasma surface treatment. 3. Processing time: The contact Angle of the film surface decreases with the increase of treatment time, but the contact Angle has little change after a certain time. The above shows that the use of plasma surface treatment of polytetrafluoroethylene viscosity is good, need to constantly adjust the processing parameters, in order to obtain a good processing process, CRF Chengfeng plasma cleaning machine is simple to operate, can set a number of experimental parameters, and can store a variety of process parameters, which is of great help to explore the process parameters.

MORE +
< 1...171819...43 > proceed page