YJ1000M High Speed Electron Controlled Draw Texturing Machine

The YJ1000M High Speed Electron Controlled Draw Texturing Machine is an advanced textile machinery solution designed for high-speed and efficient production of Draw Textured Yarn (DTY). With a maximum mechanical speed of 1000 m/min, the machine is engineered to process polyester and polypropylene fibers into low-, medium-, and high-stretch textured yarn through controlled heating and twisting.

Available in 264, 288, and 312 spindle configurations, the YJ1000M combines Type 8 disc friction texturing, precision biphenyl air heating, electronic control, and a touchscreen operating system. Its stable transmission, low-noise operation, and easy process adjustment make it suitable for continuous industrial yarn production.

Key Features

• High-Speed DTY Production: Maximum mechanical speed of up to 1000 m/min using the W2 feed roll speed.

• Flexible Spindle Configurations: Available with 264, 288, and 312 spindles for different production capacities.

• Type 8 Disc Friction Unit: Provides reliable and consistent yarn texturing during high-speed operation.

• Advanced Biphenyl Heating: The first deforming heater and second setting heater use biphenyl air heating technology.

• Precise Temperature Control: Computer-controlled heating maintains temperature precision of approximately ±1°C, helping provide consistent processing conditions across spindles.

• High-Quality Yarn Processing: Uniform heating supports stable yarn properties and improved dyeing consistency.

• Electronic Control System: Advanced electrical controls simplify operation and improve running reliability.

• Touchscreen Interface: Man-machine interaction can be performed through a convenient touchscreen control system.

• Reliable Mechanical Design: Simple construction, reliable transmission, low noise, and easy technological adjustment support efficient production.

• Intermingled Yarn Capability: With an optional intermingling nozzle, the machine can also produce intermingled fiber.

Main Technical Parameters