Overview

The FDM-1400C Continuous Fabric Decatizing Machine is an advanced textile finishing system engineered for continuous steam decatizing. Fabrics pass through the machine in a nonstop process, significantly improving production efficiency and consistency.

With precise control of steam, tension, and cooling, the machine eliminates head-to-tail variation and ensures uniform finishing results. It enhances dimensional stability, surface smoothness, and fabric hand feel, making it an ideal solution for high-quality textile production.

Features

• PLC & Touch Screen Control SystemIntelligent control for stable operation and easy parameter adjustment.
• Continuous Processing for High EfficiencyFabric runs continuously, increasing productivity and reducing downtime.
• Precise Steam Control SystemEquipped with an electric proportional valve to accurately regulate steam input.
• Frequency-Controlled Cooling SystemAdjustable cooling airflow ensures optimal finishing results and fabric feel.
• Dual Inverter Tension ControlMaintains uniform blanket tension for consistent fabric treatment.
• Seamless Heavy-Duty Decatizing BlanketLong service life with stable and reliable performance.
• Optional Overfeed DeviceImproves shrinkage control and enhances finishing quality.

Technical Specifications

• Model: FDM-1400C
• Working Width: 1800–2300 mm
• Steam Roller Width: 1900–2430 mm
• Steam Roller Diameter: 1400 mm
• Fabric Inlet Speed: 0–30 m/min
• Total Power: 45 kW
• Steam Pressure: 4 bar
• Steam Consumption: 60–70 kg/h
• Air Pressure: 6 bar

Applications

The FDM-1400C is widely used in:

• Wool fabrics
• Worsted fabrics
• Suiting materials
• Blended textiles
• High-end textile finishing production lines

It is especially suitable for manufacturers requiring consistent quality, high efficiency, and premium finishing results.

Why Choose FDM-1400C

✔ Continuous operation with no head-to-tail variation
✔ Excellent dimensional stability and shrinkage control
✔ Superior fabric surface and hand feel
✔ High efficiency up to 30 m/min
✔ Reliable and stable performance for industrial production