1. Solar Panel Manufacturing
1. Conveying Process: In the solar panel production line, the polyester mesh belt is used to transport silicon wafers from one processing station to the next. For example, between processes such as silicon wafer cutting, cleaning, and coating, the polyester mesh belt ensures the smooth transportation of silicon wafers with its good flatness and stable operation performance. Its smooth surface can prevent scratching the surface of the silicon wafers, which could affect the photoelectric conversion efficiency of the solar panels.
2. Drying Process: During the drying process before the encapsulation of solar panels, the polyester mesh belt serves as a loading device and can operate inside the drying equipment. Due to the certain temperature resistance of the polyester material, it can adapt to the temperature environment required for drying. At the same time, the good air - permeability of the mesh belt helps the moisture to dissipate quickly, improving the drying efficiency and ensuring the encapsulation quality.
2. Wind Power Equipment Manufacturing
1. Blade Coating Treatment: In the manufacturing process of wind turbine blades, the blade surface needs to be coated to enhance its weather resistance and corrosion resistance. The polyester mesh belt can be used to transport the blades into the coating equipment. Its flexibility and strength can adapt to the irregular shape of the blades, ensuring the stability of the blades during transportation. Moreover, the polyester mesh belt will not react chemically with the coating material, avoiding adverse effects on the coating quality.
1. Printed Circuit Board (PCB) Manufacturing
1. Etching and Cleaning: In the etching and cleaning processes of PCB production, the polyester mesh belt is used to carry the PCB boards. It can withstand the chemical corrosion of the etching solution and cleaning solution, ensuring that the mesh belt itself will not be damaged during long - term contact with these liquids, thus guaranteeing the continuous and stable production of PCB boards. At the same time, the reasonable design of the mesh structure of the polyester mesh belt is conducive to the penetration and discharge of the etching solution and cleaning solution, improving the etching and cleaning effects.
2. Baking Process: After the PCB board has completed processes such as soldering, it needs to be baked to remove moisture and enhance the stability of the solder joints. The polyester mesh belt can be used as a conveying carrier inside the baking equipment. Its good temperature - resistant performance can meet the temperature conditions required for baking, ensuring the smooth transportation of the PCB board during the baking process and avoiding deformation or damage of the PCB board due to unstable transportation.
2. Electronic Display Manufacturing
1. Glass Substrate Conveying: In the manufacturing of electronic displays such as liquid - crystal displays (LCDs) and organic light - emitting diode displays (OLEDs), the glass substrate is an important basic material. The polyester mesh belt is used for the transportation of the glass substrate from cutting, grinding to coating, assembly, and other processes. It can accurately control the conveying speed and position of the glass substrate, ensuring the high - precision positioning of the glass substrate during the processing, thus improving the production yield of the display. In addition, the electrostatic elimination function of the polyester mesh belt can effectively prevent the glass substrate from adsorbing dust and other impurities due to static electricity, affecting the display quality of the display.
1. Petrochemical Industry
1. Filtration and Separation: In the petroleum refining process, the filtering equipment made of stainless steel wire mesh is used to separate impurities, catalyst particles, etc. in the petroleum. For example, before the fractionated oil after crude oil distillation enters the subsequent processing units, it is finely filtered through a stainless steel wire mesh filter to ensure the quality of the oil entering the unit, prevent impurities from causing wear and blockage to the equipment, and improve the operational stability and service life of the production unit.
2. Gas - Liquid Separation: Inside equipment such as reaction towers and distillation towers in petrochemical production, the gas - liquid separator made of stainless steel wire mesh can efficiently achieve the separation of gas and liquid phases. Its unique structure and material properties enable the gas to pass smoothly, while the liquid is intercepted and refluxed, ensuring the effective separation of substances and the normal progress of the process during production.
2. Nuclear Power Generation
1. Reactor Coolant Filtration: In nuclear power plants, stainless steel wire mesh is used for the filtration of reactor coolants. During the circulation process, the coolant may carry some corrosion products, wear particles, and other impurities. The stainless steel wire mesh filter can effectively remove these impurities, ensuring the cleanliness of the coolant and the safe and stable operation of the reactor. Due to the special environment of nuclear power plants, the stainless steel wire mesh must have extremely high radiation resistance and corrosion resistance to adapt to long - term harsh working conditions.
1. Electronic Component Manufacturing
1. Powder Metallurgy Filtration: In the manufacturing process of some electronic components (such as resistors, capacitors, etc.), powder metallurgy processes are involved. Stainless steel wire mesh is used to filter metal powder slurries, removing impurity particles in them and ensuring the performance stability and reliability of the final - made electronic components. For example, in the production of ceramic capacitors, filtering the ceramic slurry through stainless steel wire mesh can improve the dielectric properties and voltage - resistant properties of the capacitors.
2. Shielding Material: Due to its good electrical conductivity and electromagnetic shielding properties, stainless steel wire mesh can be used as an electromagnetic shielding material inside electronic devices. The stainless steel wire mesh is made into a specific structure or shape and installed inside the electronic device, which can effectively block electromagnetic interference, prevent signal interference between electronic devices, and improve the working stability and signal transmission quality of the electronic device.
2. Electronic Waste Treatment
1. Metal Recycling and Screening: In the process of electronic waste recycling and treatment, stainless steel wire mesh is used to screen and separate metal particles of different particle sizes. Through a screening system composed of stainless steel wire meshes of different mesh numbers, the metal particles obtained after pre - treatment such as crushing and sorting of electronic waste can be accurately classified, facilitating further metal recovery and purification. For example, for the metal particles recovered from waste printed circuit boards, screening with stainless steel wire mesh can separate copper, tin, and other metal particles of different sizes, improving the metal recovery efficiency and purity.
