Overview of IR Lab Dyeing Machine TD130 and Its Features

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The IR Lab Dyeing Machine TD130 is a laboratory dyeing machine designed for dyeing small samples of fabric, yarn, or fibers. It uses infrared radiation to heat the dye bath, which allows for faster and more efficient dyeing compared to conventional heating methods.

The machine has a maximum capacity of 1 kg of fabric or yarn and can operate at temperatures up to 140°C. It also has a built-in timer and temperature control system for precise control of the dyeing process. The IR Lab Dyeing Machine TD130 is a compact and easy-to-use machine that is ideal for research and development purposes or for small-scale production runs.

Some of the benefits of using the IR Lab Dyeing Machine TD130 include faster dyeing times, reduced energy consumption, and improved color consistency. Additionally, the use of infrared radiation eliminates the need for water circulation or mechanical agitation, which can be damaging to delicate fabrics or fibers. Overall, the IR Lab Dyeing Machine TD130 is a versatile and efficient tool for dyeing small samples of textiles.

Some extra clarification.

Of course, I’d be happy to clarify. The IR Lab Dyeing Machine TD130 is a piece of equipment used in textile dyeing that is designed for use in a laboratory setting. It is used to dye small samples of fabric, yarn, or fibers for research and development purposes or for small-scale production runs.

The machine uses infrared radiation to heat the dye bath, which provides faster and more efficient dyeing compared to traditional heating methods. It has a capacity of up to 1 kg of fabric or yarn and can operate at temperatures up to 140°C. The machine also has a timer and temperature control system to provide precise control over the dyeing process.

The benefits of using the IR Lab Dyeing Machine TD130 include faster dyeing times, reduced energy consumption, and improved color consistency. Additionally, the use of infrared radiation eliminates the need for water circulation or mechanical agitation, which can be damaging to delicate fabrics or fibers.

Overall, the IR Lab Dyeing Machine TD130 is a versatile and efficient tool for dyeing small samples of textiles. It provides a fast and controlled dyeing process while reducing the risk of damage to delicate fabrics or fibers.

Features of IR Lab Dyeing Machine TD130

  1. Infrared radiation heating: The IR Lab Dyeing Machine TD130 uses infrared radiation to heat the dye bath, which provides faster and more efficient dyeing compared to traditional heating methods.
  2. Capacity: The machine can dye up to 1 kg of fabric or yarn, making it suitable for small-scale production runs.
  3. Temperature control: The machine has a temperature control system that allows precise control over the dyeing process. It can operate at temperatures up to 140°C.
  4. Timer: The machine has a built-in timer that allows the user to set the desired dyeing time.
  5. Compact design: The IR Lab Dyeing Machine TD130 has a compact design that makes it easy to use in a laboratory setting.
  6. Energy efficiency: The use of infrared radiation reduces energy consumption compared to traditional heating methods.
  7. Water-saving: The IR Lab Dyeing Machine TD130 does not require water circulation or mechanical agitation, which reduces water usage.
  8. Improved color consistency: The use of infrared radiation and precise temperature control results in improved color consistency compared to traditional dyeing methods.
  9. Easy to operate: The machine is easy to operate, making it suitable for research and development purposes.

Overall, the IR Lab Dyeing Machine TD130 is a versatile and efficient tool for dyeing small samples of textiles. Its features allow for fast and precise dyeing while minimizing energy consumption and water usage.

Provisions of IR Lab Dyeing Machine TD130

  1. Maximum capacity: 1 kg of fabric or yarn
  2. Heating system: Infrared radiation
  3. Temperature range: Up to 140°C
  4. Timer: Built-in timer for setting the desired dyeing time
  5. Control system: Temperature control system for precise control over the dyeing process
  6. Water circulation: Not required, reducing water usage
  7. Energy consumption: Reduced energy consumption compared to traditional heating methods
  8. Dimensions: 570mm x 430mm x 800mm (W x D x H)
  9. Weight: 35 kg
  10. Power supply: AC 220V, 50/60Hz, 6A
  11. Safety features: Over-temperature protection and automatic power-off function
  12. Applications: Suitable for dyeing small samples of fabric, yarn, or fibers in laboratory settings for research and development purposes or small-scale production runs.

Overall, the IR Lab Dyeing Machine TD130 is a compact and efficient tool for dyeing small samples of textiles. Its specifications allow for precise control over the dyeing process, reduced energy consumption and water usage, and improved color consistency compared to traditional dyeing methods.

Remunerations for using the IR Lab Dyeing Machine TD130.

  1. Faster dyeing times: The use of infrared radiation heating allows for faster and more efficient dyeing compared to traditional heating methods, reducing production time.
  2. Reduced energy consumption: The IR Lab Dyeing Machine TD130 uses less energy compared to traditional heating methods, making it more energy-efficient.
  3. Water-saving: The machine does not require water circulation or mechanical agitation, reducing water usage.
  4. Improved color consistency: The use of infrared radiation and precise temperature control results in improved color consistency compared to traditional dyeing methods.
  5. Precise control over the dyeing process: The temperature control system and built-in timer allow for precise control over the dyeing process, resulting in consistent and high-quality results.
  6. Compact design: The IR Lab Dyeing Machine TD130 has a compact design that makes it easy to use in a laboratory setting.
  7. Easy to operate: The machine is easy to operate, making it suitable for research and development purposes.
  8. Suitable for small-scale production: The machine’s capacity of up to 1 kg of fabric or yarn makes it suitable for small-scale production runs.

Overall, the IR Lab Dyeing Machine TD130 provides several benefits such as faster dyeing times, reduced energy consumption and water usage, improved color consistency, and precise control over the dyeing process. It is also compact, easy to operate, and suitable for small-scale production runs, making it an ideal tool for research and development purposes

There are some examples.

  1. Research and development: The IR Lab Dyeing Machine TD130 is ideal for research and development purposes. It allows researchers to test different dyeing methods and formulations quickly and efficiently, reducing development time and costs.
  2. Small-scale production runs: The machine’s capacity of up to 1 kg of fabric or yarn makes it suitable for small-scale production runs. This allows small businesses and manufacturers to produce small batches of dyed textiles with improved color consistency and reduced energy and water usage.
  3. Education and training: The IR Lab Dyeing Machine TD130 is also a useful tool for teaching textile dyeing processes and techniques. Its compact design and easy operation make it suitable for educational institutions and training centers.
  4. Sustainable manufacturing: The machine’s reduced energy and water usage make it an ideal tool for sustainable manufacturing. By using less energy and water, manufacturers can reduce their environmental impact and operational costs.

Overall, the IR Lab Dyeing Machine TD130 provides benefits in various applications, including research and development, small-scale production runs, education and training, and sustainable manufacturing. Its efficient and precise dyeing capabilities, compact design, and easy operation make it an ideal tool for the textile industry.

Conclusion

In conclusion, the IR Lab Dyeing Machine TD130 is a compact and efficient tool for dyeing small samples of textiles in laboratory settings. Its use of infrared radiation heating and precise temperature control allows for faster dyeing times, improved color consistency, and reduced energy and water usage compared to traditional dyeing methods. The machine’s capacity of up to 1 kg of fabric or yarn makes it suitable for small-scale production runs, and its easy operation and compact design make it ideal for research and development purposes and educational institutions. Overall, the IR Lab Dyeing Machine TD130 provides several benefits and is a valuable tool for the textile industry.