In the production and application process of DTF (Direct to Film) Transfer Film, environmental control is one of the key links to ensure color accuracy and consistency. With its unique thermal transfer characteristics, DTF technology has shown great potential in many fields such as personalized customization, fashion design, and sporting goods. As one of the core elements of a product, color's stability and accuracy are directly related to the product. market acceptance and customer satisfaction.
1. Understand the impact of environment on color
We need to realize that environmental factors such as light, temperature, humidity, etc. will have a significant impact on the color performance of DTF Transfer Film. Instability of light may cause color deviation, temperature fluctuations may affect the curing effect of the ink, and changes in humidity may interfere with the adhesion and color saturation of the film.
2. Light control
1. Standardized lighting environment: Install standardized lighting equipment in the production workshop and color inspection area, such as using D50 standard light source box, to ensure the consistency of color evaluation at different times and between different observers. Avoid direct sunlight or strong artificial light sources that interfere with color perception.
2. Avoid light reflection and refraction: Reduce the reflection and refraction of light in the workshop through reasonable layout design to ensure the accuracy of color evaluation. Use matte or light-absorbing materials to cover walls and floors to reduce unnecessary reflections.
3. Temperature control
1. Constant temperature production environment: Equip the DTF Transfer Film production workshop with a constant temperature system to keep the indoor temperature within a suitable range, usually 20-25 degrees Celsius. Stable temperature helps the ink spread and solidify evenly on the film, reducing color deviation.
2. Precise temperature control of the thermal transfer process: During the thermal transfer process, the temperature and time of the heating plate are strictly controlled. Too high or too low temperature may affect the ink transfer effect and color performance. Use advanced temperature control equipment to ensure consistent temperature conditions for each transfer.
4. Humidity control
1. Monitor and adjust humidity: Install a hygrometer in the production workshop to monitor air humidity in real time and adjust it with a humidifier or dehumidifier. Appropriate humidity helps maintain the flatness of the film and good adhesion of the ink, reducing color distortion.
2. Avoid humidity fluctuations: Try to avoid critical production steps in rainy or high-humidity weather, as sudden changes in humidity may adversely affect color accuracy.
5. Comprehensive environmental management
1. Regular environmental testing: Regularly test environmental parameters such as light, temperature, humidity, etc. in the production workshop to ensure that they are always within the set range.
2. Train employees: Strengthen employee training so that they understand the importance of environmental control for color accuracy and learn to correctly use and maintain environmental control equipment.
3. Continuous improvement: Based on data feedback during the production process, environmental control strategies are continuously optimized to improve color accuracy and consistency.
Environmental control is an important means to ensure the color accuracy and consistency of DTF Transfer Film. Through standardized lighting environment, constant temperature production, precise humidity control and comprehensive environmental management, we can effectively reduce the interference of environmental factors on color performance and improve product quality and customer satisfaction. With the continuous advancement of technology and changing market demands, Zhejiang Yueqianshu Digital Technology Co., Ltd. will continue to pay attention to new technologies and methods in the field of environmental control, and continuously improve its production capabilities and competitiveness.、