- High-precision coating: Coating equipment requires high-precision control to ensure uniformity and consistency in the thickness of the adhesive film coating. Precision coating systems are capable of achieving nanometer-level coating control.
- Versatility: The equipment should support a variety of coating processes, such as squeegee coating, spraying, roll coating, etc., in order to adapt to the needs of different types of adhesive films.
- Automation: A highly automated system reduces human error and improves productivity. The equipment should be equipped with automatic feeding, coating, drying and winding.
- Temperature and humidity control: During the coating process, temperature and humidity are critical to the formation and curing of the adhesive film, so the equipment should be equipped with an accurate environmental control system to ensure a stable coating environment.
- Easy cleaning: The equipment should be designed for easy cleaning to ensure fast and effective equipment cleaning between coating different materials to avoid cross contamination.
- Material compatibility: Coating equipment should be able to handle many types of raw materials, including glues of different viscosities and properties, to ensure a wide range of applications.
- Safety and reliability: equipment design should comply with relevant industrial safety standards and be equipped with necessary safety protection devices to ensure the safety of operators.
- Data recording and feedback system: the coating process can be monitored in real time, and each parameter and result can be recorded to facilitate quality control and subsequent analysis.
- Preparation before coating: Ensure that the adhesive film, substrate and equipment are in a clean condition. Check the formulation and viscosity of the adhesive and make necessary adjustments to suit the coating process.
- Setting of coating parameters: According to the characteristics of the adhesive and the planned coating thickness, set the appropriate coating speed, pressure and coating width.
- Environment control: Coating is carried out under relatively constant temperature and humidity conditions, usually in a constant temperature and humidity environment, to ensure that the performance of the adhesive film reaches the best state.
- Coating process monitoring: online monitoring technology is used to observe the uniformity and thickness of the coating in real time and make immediate adjustments if necessary.
- Drying and curing: After coating, drying or curing is required to ensure that the film reaches the expected physical and chemical properties by adopting appropriate temperature and time settings.
- Quality Inspection: Quality inspection of the coated product, including film thickness, adhesion, uniformity and other important indicators, to ensure that product specifications are met.
- Maintenance: Regular maintenance and upkeep of the equipment to ensure normal operation and productivity and to extend the service life of the equipment.
