德国施密茨、德国TAPROGGE清洗海绵胶球、标准剥离胶球、环砂胶球等以其优质的胶球在全球电厂、海水淡化领域和冷凝器胶球清洗系统制造等行业享有盛誉。 它已受到全球数千名用户的信任。 橡胶球具有质地柔软、弹性好、材质均匀、吸水后不膨胀、高温不粘性、使用寿命长等优点，有多种型号和硬度可供选择。
schmitz taprogge, germany, the high-quality rubber balls are widely used in power plants, desalination and condenser rubber ball cleaning system manufacturing in the world. it has gained the trust of thousands of users all over the world. the rubber ball has the advantages of soft texture, high elasticity, uniform material, non-swelling after water absorption, non-stick at high temperature and long service life.
橡胶球**清洗系统应用：
在使用冷却水作为冷却介质的情况下，换热器不可避免地会遇到结垢、腐蚀、污垢沉积等问题。 滚珠清洗系统在冷却水入口处注入直径略大于换热器管内径的滚珠。 冷却水流迫使橡胶球通过热交换器管。 由于橡胶球的直径略大于管道的内径，当橡胶球通过换热器管时，它会不断擦洗沉积物，带走水垢、淤泥、水垢和微生物。 球在冷却水出口处被网截住，并由球泵收集到球循环装置，再次注入系统，再次开始清洗过程。 橡胶球清洗系统在换热器运行过程中不断清洗换热器，使冷凝器的性能和换热率可以长期保持。
rubber ball on-line cleaning system application: with cooling water as the cooling medium, the heat exchanger will inevitably encounter scaling, corrosion, fouling deposition, etc. ,it is very troublesome to clean the heat exchange equipment manually after shutdown, and it can not guarantee the best working condition of the equipment, and will cause some damage to the heat exchange equipment. the rubber ball cleaning system injects the rubber ball whose diameter is slightly larger than the inner diameter of the heat exchange pipe into the cooling water inlet. the cooling water forced the rubber ball through the heat exchange tube. as the diameter of the rubber ball slightly larger than the diameter of the pipe, when the rubber ball through the heat exchange tube, will keep scrubbing sediment, take away scale, silt, scale and microorganisms. the rubber ball is intercepted by the collecting net at the cooling water outlet and collected by the rubber ball pump to the rubber ball circulation device, and injected into the system again to start a cleaning process. the rubber ball cleaning system carries on the continuous on-line cleaning to the heat exchanger when the heat exchanger is running, so that the condenser performance and the heat exchange rate keep the best efficiency for a long time.