• 목록
• 답변
• 글쓰기
• 게시판 리스트 옵션
  • 수정
  • 삭제

Filter presses are widely used in various industries such as pharmaceutical and processing solid-liquid tasks for separation purposes. They work by applying pressure to a filter cake, forcing water to pass through while retaining the particles. However, filter press machine manufacturers presses have a common bottleneck in terms of processing capacity, which limits their adoption in high-volume industries.

Boosting the capacity of a filter equipment is crucial to improving product standard, reducing production time, and making it more efficient. One approach to boosting filter press productivity is through improved design. With this in mind, new innovative designs are being developed to improve the filter press throughput.

One of the key challenges facing filter press manufacturers is the size of the plates. Larger board sizes limit the quantity of particle material that can be applied to the plates at any given period, therefore, lowering the total throughput. Additionally, the new design should enable for better board alignment and closure without jeopardizing the overall structural integrity of the equipment.

Manual board shifters are often used in modern filter presses, they allow plates to be quickly replenished and recovered between cycles, substantially lowering the downtime associated with human operation.

Batch plate filtration design is another developing approach to relieve filter press bottlenecks. This method involves distributing a ongoing stream of material through the filter press plates as they are in motion. This offers many benefits, including minimal stress drop, consistent cake properties and high flux rates. The utilization of drive technology advancements, such as zero-maintenance motors and high-torque gearboxes also streamlines maintenance duty, and therefore, results in better performance and lower operational costs.

Additionally, another important technology aspect to consider is the type of filter cloth used in the press. Different filtration fabrics are designed for unique fluid characteristics and each one exhibits its own efficiency. So developing designs with flexible filter cloths and novel filtration components may increase the overall filtration throughput.

As the industry continues to push towards increasing production volume, engineers and designers are stepping up to provide creative solutions to address the existing limitations. With better designs on the horizon, filter presses look poised to elevate their performance and answer the growing industry demand for high-operating capacity and increased efficiency.