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Tubular singeing machines are diverse sewing machines with distinct applications and functionalities, each serving specific types of materials, fabrics, and tubular items.
The aforementioned machines are automatic, semi-automatic, or manual.
The tubular singeing machine's specifications will vary depending on the type, model, and specific applications. However, some key specifications of their machines are as follows:
Production Capacity
The machine's efficiency is typically measured by its production capacity or singeing speed, usually in meters per hour or units per hour. For example, some tubular singeing machines have a production capacity of around 80~90 m/hr and can singe and finish 1080~1200 pcs of Tibetan wool per 24 hours of continuous operation.
Applicable Tubular Fabrics
Some machines can accept materials such as chemical fiber, cotton, polyester cotton, and blended, while others may specify the types of fiber they can process. The diameter and length of the tubular fabric may differ, with some machines handling more extensive, longer fabric than others.
Temperature Control
Modern tubular singeing machines may incorporate advanced temperature control systems that allow operators to monitor and adjust the temperature of the burners. This can help optimize the singeing process and reduce the risk of fabric damage.
Power Requirements
An electric singeing machine's power requirement may differ depending on its motor, burner, and other electric parts. For example, a machine's power requirement is 4kw or 6-8kw. Depending on the model, it may require a three-phase power supply with a specified voltage.
High Efficiency
A tubular singeing machine will be more efficient than manual fabric singeing or finishing methods. For example, tubular singeing machines can efficiently process large quantities of tubular fabric in a relatively short time. Their efficiency varies by model, fabric type, and machine settings.
Automation
Depending on the model, some machines may incorporate automatic feeding, fabric tension control, and temperature regulation, among other auto functions. This helps streamline the singeing process, improve efficiency, and reduce reliance on manual labor.
When using a tubular singeing machine, there are some maintenance requirements to ensure optimal performance and a longer service life:
Machine Cleaning
Before and after each operation, all the parts of the machine should be cleaned by brushing off any fiber residues or singed materials. Applying lubricants to moving parts can reduce natural wear and tear and lower the risk of mechanical failures that lead to production downtime.
Regularly cleaning the oiling parts is essential to preventing dust and debris from clogging the system. But unlike other machines, a tubular singeing machine shouldn't be over-lubricated to avoid developing dirt and grime.
Singer Maintenance
The main function of the tube singeing machine is to remove the protruding fibers on the cotton fabric that become visible after weaving. Therefore, without sharp cutters or "singers," the device could do little to help the textile industry.
Hence, close attention must be paid to the singe's upkeep, which includes sharpening, oiling, and adjusting parts and replacing worn components.
Periodic inspections
Users should develop a maintenance schedule that includes regular inspections for signs of parts wear, belt wear and tension, roller wear, electric and hydraulic circuit disconnections, etc. The temperature calibration system and burner should also be included. Any issues that could lead to costly production delays and require more time and resources to fix should be addressed immediately.
Singeing is widely used in the textile industries and other related fields to burn off loose fibers and clean the surface of materials in several manufacturing factories.
When choosing a tubular fabric singeing machine for purchase, it is important to look at several features and specifications that may impact the performance of the machine.
By considering these features and more when choosing the tubular singeing machine, it is possible to select machines that will effectively remove fiber flaws from the fabric. This will lead to a more smooth and even surface on the material.
Q1: What kind of fuel is used in tubular singeing machines?
A1: Tubular singeing machines generally useLP Gas, Diesel, Kerosene, or Fuel as the energy sources.
Q2: What are the benefits of using tubular singeing machines in textile industries?
A2: Tubular singeing machines improve the quality of fabrics by removing protruding fibers, resulting in smoother cloth. They enhance the fabric's appearance, making it more attractive to consumers. Additionally, these machines increase production efficiency by streamlining the preprocessing of fabrics, allowing for faster subsequent production stages.
Q3: What types of fabrics can be processed using tubular singeing machines?
A3: Tubular singeing machines are versatile and can be used to process various types of fabrics, including cotton, blended, chemical fiber, linen, wool, velveteen, silk, and stretchy fabric.