What are the specifications of wire cutting molybdenum wire?
In terms of diameter, the diameter of wire cut molybdenum wire is usually 0.18mm, which is a common specification. In addition, there are other diameters available, such as 0.2mm, 0.25mm, etc. These molybdenum wires with different diameters are suitable for different wire cutting needs.
In terms of length, the length of molybdenum wire is usually 2000 meters or 2400 meters, and the specific length may vary depending on the brand and product. Some products offer fixed length options, such as 2000 meters fixed length, while others offer non fixed length options, allowing users to choose the appropriate length according to their own needs.
What are the factors affecting the lifespan of wire cut molybdenum wire?
1. Usage frequency: The higher the usage frequency, the shorter the lifespan of wire cut molybdenum wire. Because molybdenum wire is prone to wear and stretching during use, resulting in damage. Therefore, the normal maintenance and scheduling of downtime for the machine are key to extending the lifespan of wire cutting molybdenum wire.
2. Material of wire cut molybdenum wire: The material of wire cut molybdenum wire also affects its lifespan. Common materials include hard alloys, high-speed steel, pure tungsten, etc. Different materials have different characteristics and lifetimes. Hard alloy molybdenum wire has high hardness and wear resistance, and can maintain the sharpness of the blade for a longer period of time during use. Its lifespan is generally around 120-150 hours; The service life of high-speed steel molybdenum wire is generally 80-120 hours; The service life of pure tungsten molybdenum wire is relatively short, usually around 50-80 hours.
3. Working environment: The environment in which the wire cutting machine operates during the processing can also affect the lifespan of the molybdenum wire. For example, when processing materials with higher hardness, the lifespan of wire cut molybdenum wire is shorter compared to processing materials with softer hardness. Therefore, it is necessary to pay attention to strategies and coordination during the processing of workpieces.