The main types of textile machinery The main types of textile machinery
Textile is one of the important industries in the light industry. The modern textile industry has made great progress in technological transformation and equipment renewal. It is moving towards multi-function, high-speed, automation, energy saving, long life, no maintenance or less maintenance. development of. The correct selection of lubricants for textile machinery can minimize friction resistance, reduce mechanical wear, save energy, and give full play to the efficiency of mechanical equipment.
Since the raw materials of textiles are cotton, hemp, silk, silk and various synthetic fibers, the types, models, and specifications of the corresponding textile machinery are also complicated. It can be classified into carding machines, draw frames, high-speed spinning machines, roving frames, worsted spinning machines, warping machines, warping machines, sizing machines, looms, cloth inspection machines, cloth coding machines and packing machines. Machine waiting. These machines must be lubricated with oil.
The role of textile machinery oil:
It has the functions of reducing friction, reducing wear, cooling, anti-corrosion, shock absorption and buffering, cleaning and cleaning.
Performance requirements
Textile machinery oil should meet the following requirements; suitable viscosity, good oxidation stability and thermal stability, anti-corrosion and anti-emulsification, sufficient abrasion resistance, good foam resistance, good adhesion, etc.
General oil selection principles for textile machinery:
For heavy loads, use lubricating oils with high viscosity and oily or extreme pressure properties.
Use high-viscosity lubricants for high-speed moving parts, and use low-viscosity lubricants for low-speed moving parts. In humid environments or working conditions where there is more contact with water, it is necessary to select lubricants with strong anti-emulsification performance, oiliness and good anti-rust performance. For machinery operating in low temperature environments, lubricating oil with lower viscosity and pour point should be used. On the contrary, choose a lubricant with high viscosity, high flash point and good oxidation resistance.
