Filter your way
Configure for your application
At the core of every MST Filter is the patented MST Particle Discharge Principle. Around this principle, filters can be configured to meet specific market and application needs. Different configurations can be used separately or combined to create an application-specific filter concept.
Discharge mechanism
Discharge your way
MST Volcan Plate
Coarse particle control
Central filter element
Your screen inside
MST CoreJet
Clears trapped particles
MST Lamellae Filter
Advanced fine filtration
Discharge your way
MST Filters can be equipped with either a manual or automatic discharge mechanism, depending on the application and operating conditions.
How it works
Separated particles are guided towards a dedicated discharge outlet inside the MST Filter housing. From there, they can be released quickly without disassembling the filter.
With manual discharge, an operator opens the external valve to release the collected particles.
With automatic discharge, the discharging valve can be activated by a timer or by a pressure sensor when the pressure build-up inside the filter reaches a predefined threshold.
How it can be used
Manual discharge is suitable for applications where periodic operator control is preferred.
Automatic discharge is suitable for systems where regular particle removal is required with minimal manual intervention.
For off-grid, remote or backup applications, automatic discharge can also be powered by a stand-alone power source, such as a battery system or solar panel. This enables automated discharge without reliance on a continuous grid connection, including during power outages.
Coarse particle control
MST Filters can also be equipped with the patented MST Volcan Plate for applications involving larger particles, stones or coarse debris.
How it works
The MST Volcan Plate is a specially designed sieve plate with multiple raised, volcano-shaped openings. As liquid flows through the plate, larger particles are captured between the raised openings.
Because particles are caught between the openings, rather than directly inside the flow openings, the MST Volcan Plate helps reduce the impact of coarse particle capture on the liquid flow.
Captured particles can then be discharged through a dedicated outlet.
How it can be used
The MST Volcan Plate can be used as the sole filter element for coarse particle filtration. This option can be used, for example, as a pre-filter upstream of a separate downstream filter with a finer filter element.
It can also be combined with a finer filter element inside the same MST Filter housing. In this configuration, the MST Volcan Plate acts as a first filtration stage, capturing larger particles before they reach the finer internal filter element.
In a two-stage configuration, the MST Volcan Plate also helps prevent larger particles from blocking the flow-directing openings inside the filter housing. If these openings become blocked, the flow-directing principle can no longer function as intended.
Your screen inside
MST Filters can be equipped with a central standard filter element, such as mesh or screen, as part of the overall filter configuration.
How it works
The MST Particle Discharge Principle is designed to separate particles from the liquid before they reach the central filter element. Inside the filter housing, the flow-directing principle drives particles away from the central filter element and out through the discharge outlet.
The central filter element acts as a final retention layer. It catches particles that may escape the flow, while the main particle separation function is performed by the MST principle itself.
Because most particles are carried towards the discharge outlet rather than collected on the central filter element, the element is less exposed to particle build-up. This helps maintain reliable flow, supports longer filter element life and removes the need for consumable filter cartridges.
How it can be used
This configuration is suitable for applications where a conventional mesh or screen can serve as the central filter element behind the MST Particle Discharge Principle.
It allows a standard element to be used as a final retention layer, while the MST principle continues to perform the main particle separation function.
Clears trapped particles
MST Filters can be equipped with the MST CoreJet for applications where particles may become lodged in the openings of the internal filter element over time.
How it works
During normal operation, the circular flow inside the MST Filter housing helps keep particles moving around the central filter element. This reduces the risk of particles settling in the filter openings and allows separated particles to be carried towards the discharge outlet.
In some applications, however, certain particles may still become lodged in the openings on the outside of the internal filter element. MST CoreJet was developed to address this.
Positioned inside the central filter element, MST CoreJet releases a short, powerful water pulse from the centre of the filter element outwards. This targeted internal jet passes through the filter wall and helps dislodge particles trapped in the openings.
Once released, the particles are picked up again by the circular flow inside the filter housing and guided towards the discharge outlet.
How it can be used
MST CoreJet can be integrated into MST Filter configurations where additional filter element cleaning is required. It provides an active cleaning function from within the filter element, supporting reliable filtration performance over longer operating periods.
This makes MST CoreJet especially relevant for applications where particle shapes, particle loads or operating conditions may increase the risk of particles becoming trapped in the filter openings.
Advanced fine filtration
MST Filters can be equipped with the patented MST Lamellae Filter for demanding fine filtration applications, including microplastics and complex particle shapes.
How it works
Some fine particles are difficult to manage with conventional filters. Lightweight particles may not behave like heavier particles in the flow, while curved or irregularly shaped particles can become lodged in filter openings.
The MST Lamellae Filter uses movable lamellae that can open when activated by a clean-water flow under pressure. This releases particles that may have become trapped between the lamellae.
Once released, the particles are picked up by the circular flow inside the filter housing and guided towards the discharge outlet.
How it can be used
The MST Lamellae Filter can be integrated into MST Filter configurations where fine filtration and active particle release are required.
This makes it especially relevant for applications involving microplastics, fine particles or complex particle shapes that may increase the risk of filter blockage.
The MST Lamellae Filter can also be used as a pre-filter for a downstream fine filter, helping reduce the particle load and supporting reliable downstream filter performance.
Validated MST technology for differentiated filter products
Ready for commercial application
MST is a validated filtration technology platform with proven prototype performance and a clear competitive advantage. For filter manufacturers, MST creates a strong basis for differentiated filter products in competitive markets.