The automatic plate shifter has the task of moving the individual filter plates or the filter plates connected to form a package for discharging the filter press. Experience has shown that this is done manually for smaller filter presses. With larger plate sizes, however, plate shifting is more difficult and requires a plate shifting system. This system makes handling much easier.

>> Learn More

MSE Filter Presses‘ industry-leading Filter Cloth Washing System is a device that uses PLC to ensure fully automatic cleaning of filter cloths without operator intervention. Cleaning is accomplished with water sprayed at high pressure onto the surface of the filter cloths. The automatically operating high pressure filter cloth cleaning system for periodic cleaning of soiled filter cloths offers the following advantages:

• The filter press works more efficiently while maintaining the good condition of the filter cloths and requiring less operator effort
• The service life of the filter cloths can be significantly extended under certain circumstances
• The cloths are cleaned automatically without supervision, e.g. even at weekends or at night, during downtimes

>> Learn More

The vibrating device is used for fully automatic emptying of filter presses and is a consistent further development of the MSE Filterpressen® plate shifting system, which is known as robust. This system consists of:

• Filter cake discharge aid by vibrating device, integrated in knife gate valve.
• Tried-and-tested modular basic system for plate shifting
• Individual emptying of the chambers
• Hydraulic lifting device that transmits lifting pulses to the filter plate with adhering filter cake
• A preconfigured active anti-sway device

Advantages:

• The operator himself can optimally adapt the mode of operation of the shaking device to the respective application with just a few parameters
• This always ensures the shortest possible emptying time
• Advantages of a fully automatic filter press at comparatively low investment costs

>> Learn More

Filter presses greatly influence the degree of dryness of the solids through the use of membrane technology in the filter plates. In this process, a flexible, impermeable membrane attached to the carrier body compresses the cake in the chamber after the feeding process is completed. Depending on the degree of dewatering, different dry substance contents (dry substance content – percentage by weight of dry substance in the filter cake) can be achieved in the filter cake by re-pressing with membrane plates.

>> Learn More

Filter cake washing, especially in combination with membrane technology, is an optional process step in filter cake post-treatment. This involves chemical/physical treatment of the filter cake or replacement of the filtrate still contained in the filter cake by a washing medium. The dewatering properties of the suspension determine the required filtration or washing pressure. In addition, the maximum permissible pressure depends on the following factors:

• On the permissible operating pressure of the press frame.
• From the permissible pressure and temperature stress on the membrane filter elements

>> Learn More

In a wide variety of filtration applications, filter cake may not be able to form completely in the turbidity channel (in the inlet area of the filter plates). Whereas in other applications, e.g. fully automatic filter presses, a solid filter cake in the turbidity channel is not desired. If a liquid slurry remains in the turbidity channel after filtration without core blowing, it escapes when the plate pack is opened, which can cause correspondingly serious problems. Soiled filter cloths or deposits on the lower edge of the filter plates are just a few of the undesirable effects. Poor filtration results and high mechanical loads for the fiter press are the consequences.

>> Learn More

Residual liquid in the finished filter cake and between the filter cake and filter cloth can never be completely excluded. This results in high and unnecessary disposal and transport costs. The filter cake is dried by compressed air. The compressed air from the pressure plate shoots through the filter cake to the washing plates. The residual water runs off via filtrate drains provided for this purpose. The compressed air forces part of the capillary water out of the filter cake. In this connection, the capillary water adhering between the filter cloth and the filter cake is reduced. This consequently leads to an improvement in the dissolving behavior and the dry substance content (DS content) in the filter cake.

>> Learn More

With the versatile applications of a chamber filter press as well as membrane filter press, breakthroughs of the slurry can occur from time to time. To keep contamination of the environment as minimal as possible as a result, there are various options. In addition to a splash guard, a preliminary leakage test is used to check the filter plate package for leaks and preventively minimize damage. How does this work? Contact us!

The removable spacer is the ideal solution if you want to secure the possibility of expanding the capacity of your filter press in the future. In doing so, you are spared the need for another new purchase. Each new filter press is optionally and upon request expandable with a spacer for future plate expansions. If a larger capacity intake is required, the cylindrical spacer, which is attached to the hydraulic cylinder and the moving pressure plate, can be removed quickly and easily. The filter press can thus be supplemented by the additional filter plates. However, the maximum capacity expansion depends on the filter press architecture. We will be happy to advise you on this.

>> Learn More

Based on the decisive properties of the flexible material, rubber coated filter presses are used primarily for the filtration of particularly aggressive slurrys, such as solvents or acids. In this context, conventional painting of the steel parts is no longer sufficient. In a complex process, the supporting filter press components are accordingly coated with a layer of 3mm thick rubber. In the case of the rubber-coated filter press, the hydraulic column, charging column, pressure plate and support bars are hard rubber-coated for this purpose, and smaller components are made of polypropylene. It is also possible to rubberize only the components that come into contact with the product, such as the charging column and pressure plate. The composition of the rubber coating depends on the special surface requirements of our customers.

>> Learn More

Drip-proof filter plates (CGR) are used in particular when the filter chambers must have a particularly high degree of tightness during the filtration cycle. For this purpose, the filter plates are available with a variety of sealing materials such as EPDM, silicone, NBR, and FKM, depending on the resistance requirements and individual customer needs.

>> Learn More

MSE’s filter press and plant controls are as individual as their filtration tasks. In addition to our standards, we offer electrical equipment and control systems tailored to your requirements. In all aspects, from the storage of your spare parts to the control technology and the level of knowledge of your personnel in maintenance, we adapt our technology to yours for this purpose.

Control systems:

• ABB
• Allen-Bradley
• Rockwell
• Schneider
• Siemens SIMATIC-S7

>> Learn More

Feed pumps have the task of filling the chambers of the closed plate pack with a slurry and thus „feeding“ the filter press for filtration. MSE Filterpressen® relies on an intensive partnership with well-known pump manufacturers. The close cooperation results in innovative solutions with which MSE distinguishes itself from the pure spare parts market through excellent quality – and this for 40 years now.

>> Learn More

The MSE 2FAST unloading technology significantly reduces the cycle times of the filter press. The unmanned high-speed unloading process results in a faster restart of filtration and thus increases the productivity of the machine.

FAST OPENING/CLOSING OF THE FILTER PRESS

• Special design of the hydraulic unit of the filter press, which ensures the following:
• Automatic electro-hydraulically controlled fast opening/closing of the filter press.
• Minimization of unproductive dead time during unloading of the filter press -> low delay.
• The fast opening/closing principle results in shorter cycle times as well as lower operating costs
• Optimized control philosophy for simultaneous operation of the individual functions
• Low maintenance requirements