碳氢清洗机合适的清洗温度是多少？在正常情况下，不允许加热低闪点的碳氢清洗剂进行清洗。高闪点碳氢清洗剂的加热对温度控制关重要。如果是初次使用，请务必在碳氢清洗机专门的技术人员的指导下，做好防范工作。

What is the appropriate cleaning temperature for the hydrocarbon washer? Under normal conditions, it is not allowed to heat hydrocarbon cleaning agent with low flash point for cleaning. The heating of high flash point hydrocarbon cleaning agent is very important for temperature control. If it is used for the first time, be sure to do a good job of safety precautions under the guidance of the special technicians of the hydrocarbon washer.

碳氢清洗机清洗温度主要取决于所用碳氢清洗剂的清洗过程和闪点。随着加热温度的升高，烃类清洗剂的清洗能力一般都有一定程度的提高。然而，由于碳氢的易燃性，清洗温度越高，碳氢蒸汽的挥发速度越快。因此，在加热的同时需要严格控制加热温度。

The cleaning temperature of hydrocarbon cleaning machine mainly depends on the cleaning process and flash point of hydrocarbon cleaning agent used. With the increase of heating temperature, the cleaning ability of hydrocarbon cleaning agents is generally improved to a certain extent. However, due to the flammability of hydrocarbons, the higher the cleaning temperature is, the faster the hydrocarbon vapor volatilizes. Therefore, it is necessary to strictly control the heating temperature while heating.

一般来说，碳氢清洗的温度控制比碳氢的闪点低15℃左右，因此隐患相对较小。因此，有必要综合考虑碳氢清洗过程和闪点的性质，以设置产品的清洗温度。

Generally speaking, the temperature control of hydrocarbon cleaning is about 15 ℃ lower than the flash point of hydrocarbon, so the potential safety hazard is relatively small. Therefore, it is necessary to comprehensively consider the hydrocarbon cleaning process and the nature of flash point to set the cleaning temperature of the product.

目前，碳氢清洗机常用的清洗方法主要分为超声波清洗和真空超声波清洗。碳氢清洗机清洗工艺的具体选择应结合待清洗工件和原始清洗工艺确定。

At present, the commonly used cleaning methods of hydrocarbon cleaning machines are mainly divided into ultrasonic cleaning and vacuum ultrasonic cleaning. The specific selection of the cleaning process of the hydrocarbon cleaning machine shall be determined in combination with the workpiece to be cleaned and the original cleaning process.

不同的清洗方法也有各自的特点。比如说，超声波清洗分为普通超声波清洗和真空超声波清洗。普通超声波清洗，资金投入少，可手动操作，灵活方便。然而，洗涤剂损失和液体更换频率相对较高。

Different cleaning methods also have their own characteristics. For example, ultrasonic cleaning is divided into ordinary ultrasonic cleaning and vacuum ultrasonic cleaning. Ordinary ultrasonic cleaning, less capital investment, manual operation, flexible and convenient. However, detergent loss and liquid change frequency are relatively high.

盲孔产品的清洁能力较弱。真空超声清洗投资较大，通常为自动清洗，使用简单方便。清洗剂损失小，换液频率低，对有盲孔的产品清洗效果更好。清洗质量更稳定，性更强。关注我们，带您了解更多相关内容！

The cleaning ability of blind hole products is weak. Vacuum ultrasonic cleaning has a large investment and is usually automatic cleaning, which is simple and convenient to use. The cleaning agent loss is small, the liquid change frequency is low, and the cleaning effect is better for products with blind holes. The cleaning quality is more stable and the safety is stronger. Follow us at to learn more about it!