How many types of cores are there for PU timing belts? And the difference between cores
PU timing belt is an efficient and reliable transmission device widely used in various fields. The core of the timing belt plays an important role in the performance and application scenarios of the timing belt. PU timing belt is also a polyurethane timing belt. There are three main core: galvanized steel wire core, stainless steel wire core, and Kevlar rope core. Timing belts with different cores are suitable for different application scenarios. Therefore, when choosing a timing belt, you should choose according to the specific application scenario to ensure the stability and efficiency of the transmission system.
Zinked steel cords timing belt
Zinked steel cords timing belt has high tensile strength and creep resistance. The zinc layer on the surface of the galvanized steel wire core can effectively prevent steel wire corrosion and extend its service life. This timing belt is suitable for heavy-load, high-speed, and automated mechanical equipment. These fields have extremely high requirements for the bearing capacity and transmission accuracy of the timing belt. The galvanized steel wire core timing belt can ensure the stable operation of the transmission system.
Stainless steel wire core timing belt
Stainless steel wire core timing belt combines the high strength and excellent corrosion resistance of stainless steel. It can maintain a stable transmission effect in harsh environments, can withstand large transmission loads and is not easily affected by harsh environments such as moisture and corrosion. This timing belt is suitable for shipbuilding, mining, chemical industry, food processing machinery and equipment, etc. These industries have high corrosion resistance. The stainless steel wire core timing belt is the ideal choice to meet these needs and can operate stably in harsh chemical environments.
Kevlar cords timing belt has high strength, high toughness, good dynamic flexibility, light weight, high water resistance, and non-magnetic characteristics. This timing belt is suitable for applications that require high precision and smooth transmission, such as ticket machines, biopharmaceuticals and food industries. These fields require the timing belt to be highly wear-resistant and corrosion-resistant, and at the same time, it cannot be interfered by magnetic fields or rust.
