Detailed description of the mechanical characteristics of textile machinery

Here, the manufacturer introduces the mechanical characteristics of textile machinery for you.

1. standardization

The repetition coefficient of each machine is the characteristic of textile machinery. Machinery factories producing these parts need to design corresponding tools, fixtures, moulds and special multi-station automatic machine tools or special assembly lines according to the batch size of the parts to ensure the high quality and low cost of production of these parts. The complexity of textile machinery parts is also manifested in types, because different processing objects require different kinds of parts designed and manufactured according to different raw materials such as cotton, hemp, wool, silk and chemical fibers. For example, wool spinning spindles are larger than cotton spindles, but their structures are similar.

2. serialization

In a set of machines designed according to serialization, some parts or components unrelated to the parameters of the machine series can be applied to various machines of this series in a certain range, such as spinning locomotive head parts, lifting parts and so on. In addition, some parts play the same function in different types of machines, such as the guide roll and roll of printing and dyeing machine. These components are called general components or general devices, and they are further developed into general units in dyeing and printing machines.

3. generality

In the design of mechanical products, people consciously revise the structure layout and implement the principle of generalization as much as possible, besides using general components, general devices and general units. Standardization, serialization and generalization of textile machinery have begun to cross the border between countries and become internationalized. For example, parts and components of drafting mechanism, knitting needles and clothing, the same parameters have been adopted in many countries.

4. low energy consumption

Textile machinery saves energy on dyeing and finishing equipment, because there is great potential in this area. Although the power consumption of jet dyeing solution is increased by large capacity pumps, the total energy consumption is still economical. Transfer printing has been applied to production practice in 70s, and its characteristics are low emission, energy saving and less pollution. The use of solvent sizing can reduce water consumption and energy consumption.