The failure rate of ceramic vacuum filters is usually low, and the annual failure rate of high-quality equipment under normal operating conditions can be controlled below 0.5%, far lower than traditional filtration equipment.
This is due to its advanced structural design, durable core components, and high degree of automation. Based on multiple industry application data and manufacturer feedback, the low failure rate of this equipment is mainly reflected in the following aspects:
1. Long lifespan of core components, reducing sudden failures
Ceramic filter plate: made of high-strength alumina or silicon carbide material, corrosion-resistant and wear-resistant, with a service life of generally 3-5 years. Some high-quality products (such as Lianyungang Boyun Machinery) have been continuously operated for more than 6000 hours without failure in copper and iron ore projects.
High sealing performance of vacuum system: Advanced manufacturers ensure a sealing qualification rate of 99.9% through precision machining and testing, effectively avoiding the problem of vacuum degree decrease caused by air leakage.
2. Intelligent design reduces human and operational risks
Equipped with a PLC fully automatic control system, it can monitor parameters such as vacuum degree, speed, and liquid level in real time, support remote diagnosis and warning, and reduce faults caused by misoperation.
A certain international mining group's African project has been using Boyun mechanical equipment for 3 years, processing an average of 1500 tons of slurry per day, with equipment failure rates consistently below 0.5%, helping customers achieve an annual increase of 120000 tons of concentrate.
3. Efficient cleaning system to prevent blockages and malfunctions
Built in automatic backwashing+ultrasonic/acid washing combined cleaning system, automatically cleans for 1 hour every 8 hours, effectively preventing micropore blockage and maintaining stable flux.
According to customer feedback from Lianyungang Gelushi Environmental Protection Equipment Co., Ltd., the failure rate of their equipment has decreased by 60% and the continuous operation cycle has exceeded 8000 hours.