What are the performance features of a shrink machine?
The shrinkage machine combines both shrinking and loosening functions, enabling simultaneous loosening and shrinking of fabric—making it suitable for use in both knitted and woven textiles. It’s ideal for stabilizing and shaping a wide variety of fabrics, significantly boosting productivity. The machine features adjustable fabric-feeding speed and comes equipped with an automatic feeding mechanism, making it perfect for large, medium, and small-scale garment factories, fabric stores, and shrinkage processing plants. It ensures consistent shrinkage rates while allowing precise control over the process. Additionally, the machine offers variable-frequency control to fine-tune the fabric-feeding speed, ensuring optimal performance throughout the entire shrinking cycle. Key mechanical features of the shrinkage machine include: 1. **Transportation System**: The machine utilizes a high-temperature-resistant fluorinated iron mesh conveyor belt with stepless speed adjustment. The mesh belt is designed with an automatic edging feature to prevent it from catching or pulling on knitted fabrics, smoothly guiding the material into the steam-shrinking zone. 2. **Shrinking Zone**: This area is fitted with 304 stainless steel anti-rust spray plates, combining both direct and steam-spray methods for efficient shrinking. The steam temperature is continuously adjustable (100–170°C), and the system includes electric heating elements alongside steam pressure plates, which help maintain uniform heat distribution across the shrinking zone. This design also prevents steam leakage and minimizes water droplets, ensuring clean and effective shrinking. 3. **Drying Zone**: Equipped with both steam-based and electric heating capabilities, this zone allows precise temperature control (100–250°C). By efficiently converting thermal energy, the drying zone delivers rapid, targeted heat that achieves thorough drying and shrinking in minimal time, resulting in superior shrinkage outcomes. 4. **Cooling Zone**: A dehumidification cooling system rapidly cools the fabric after shrinking, leveraging temperature differences to lock in the desired shape and texture.
Shrink machine Featuring both shrinking and loosening functions, this machine can simultaneously loosen and shrink fabrics, making it suitable for both knitted and woven textiles. It’s ideal for pre-shrinking and stabilizing a wide variety of fabrics, significantly boosting productivity. The machine allows users to independently adjust the fabric-feeding speed and comes equipped with an automatic feeding mechanism. Perfect for large, medium, and small-scale garment factories, fabric stores, and fabric-shrinking processing plants, this machine ensures consistent shrinkage rates while offering precise, frequency-based control over fabric-feeding speed. The shrinking machine is specifically designed for pre-heating and finishing fabrics, effectively reducing shrinkage, maintaining dimensional stability, and enhancing the overall hand feel of the textile.
Shrink machine Mechanical performance characteristics;
1. The transport system uses a high-temperature-resistant fluororubber mesh belt conveyor with stepless speed adjustment. The mesh belt features an automatic edging function to prevent knitted fabrics from being carried away, ensuring smooth delivery of the material into the steam shrinking zone.
2. Shrink Zone: The steam spray plate is made from 304 stainless steel to prevent rust, combining steam spraying with direct spraying methods. The steam temperature is adjustable (100–170°C), and the system features both electric heating and steam pressure plates to enhance the temperature of the steam shrink zone plate. This design effectively blocks steam and prevents condensation from dripping.
3. Drying Zone: Equipped with steam heating and electric heating tube functions, the temperature is adjustable (100–250°C). This zone facilitates efficient heat conversion, enabling rapid delivery of effective drying and thermal shrinkage energy, ultimately achieving a more optimal shrinking effect.
4. Cooling Zone: A dehumidifying cooling system is used to rapidly cool the fabric, leveraging temperature differences to achieve shaping and stabilization.

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2022-11-22