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Factors Affecting The Tension Of Linen Roving

Factors Affecting The Tension Of Linen Roving

Linen roving tension is the amount of drafting force applied to linen roving during the spinning process.

Factors Affecting The Tension Of Linen Roving

  1. The length, strength and degree of twist of linen fiber: the longer and stronger the linen fiber, the smaller the degree of twist, the greater the tension of linen roving. However, if the linen fiber is too long or too strong, it may lead to yarn breakage.
  1. Spinning machine speed and tension control system: the spinning machine speed and tension control system can adjust the size of the tension of linen roving. However, too high or too low tension can have a negative impact on yarn quality.
  1. Spindle size and rotation speed: The size and rotation speed of the spindle also affect the tension of the linen roving. Smaller spindles usually require a higher rotation speed to maintain yarn tension, while larger spindles require a lower rotation speed.
  1. Humidity and temperature: Linen fibers will absorb or release moisture when the humidity and temperature changes, which will affect the amount of tension of linen roving.

Advantages Of Linen Roving Tension Adjustment

Linen fibers have good strength and durability, and the tension of linen roving can be adjusted to ensure the quality of the yarn, making it suitable for making high-quality textiles and garments.

Disadvantages Of Linen Roving Tension Adjustment

Linen fiber is difficult to process, and tension adjustment of linen roving requires experienced operators and sophisticated spinning machinery.

Linen Roving Application Scenarios

Linen roving is usually used to make high-grade textiles and garments such as bed sheets, tablecloths, curtains, suits and summer clothing


What is roving tension?

The tension of roving during the building process is determined by the parameters of the ratchet wheel and lifter wheel. To maintain a consistent tension, the peripheral speeds of the flyer and bobbin are set to be slightly higher than the delivered length by the front drafting roller.

What are the factors affecting drafting force?

The drafting force is affected by several material parameters, including the length and fineness of the fibers, the degree of fiber crimp, the amount of friction between fibers, the number of fibers in the strand, the degree of fiber parallelization, the packing factor, the amount of twist applied, and any irregularities in the material.

What is the function of roving?

A roving is a continuous strand of fibers that is long and narrow in shape. It is commonly produced during the process of transforming raw materials such as wool fleece or raw cotton into spun yarn. Although primarily used for spinning purposes, rovings may also have specialized applications in knitting and other textile arts.

What is the process of roving?

Roving is a preparatory process that is exclusively used for ring spinning. In this process, finisher-drawn carded or combed slivers are fed into a roller drafting system, which reduces the linear weight of the fibers to an optimal size for the intended yarn count.

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