Particle filtration, improved.
MST Particle Discharge Principle
MST is a next-generation particle filtration technology designed to remove particles from liquids. At its core is the patented MST Particle Discharge Principle, which drives particles away from the central filter element and out through the discharge outlet. The result: MST Filters deliver reliable particle filtration with effective discharge and no noticeable flow interruption.
An innovative approach to delivering particle-free liquids
Particle filtration with integrated discharge
MST Filters introduce an innovative and highly effective approach to particle filtration. Instead of relying primarily on the filter element to capture particles, MST uses the patented MST Particle Discharge Principle: a flow-directing principle that drives particles away from the central filter element, towards the outer wall of the filter housing and then out through the discharge outlet. This relieves the central filter element, supports reliable flow and allows separated particles to be discharged from the filter housing quickly and effectively. The MST principle can be applied across multiple filter configurations.
Where conventional filters retain particles, MST discharges them.
Why conventional filters reach their limits
Conventional particle filters retain particles in the filter element. As soon as the system starts operating, particle build-up begins. Over time, this build-up can saturate the filter element. This can restrict flow, increase the pressure drop across the filter and eventually require cleaning or replacement.
Because particle build-up is inherent to conventional filter designs, many systems rely on additional cleaning mechanisms, larger filter surfaces or removable filter elements to manage saturation. These measures can add complexity, increase filter size and still require the system to be stopped for cleaning or maintenance. Other separation solutions can be large, costly or inefficient.
For applications where reliable flow is important, this creates practical challenges that directly affect system operation: maintenance interruptions, higher operating costs, recurring consumable filter replacement and additional waste.
MST was developed to address these limitations by changing the way particles are separated and discharged.
The filter element as a final barrier
How MST Filters work differently
Inside an MST Filter, particle separation and discharge are controlled by the MST Particle Discharge Principle. A flow-directing plate with hollow openings directs the liquid flow, creating a strong circular movement inside the main filter housing. This circular movement separates particles from the liquid flow before they reach the central filter element and enables them to be discharged from the housing.
This circular flow carries particles towards the inner side of the outer wall of the filter housing, rather than allowing them to build up in the central filter element. The main particle separation function is therefore performed by the MST principle itself, relieving the central filter element and supporting reliable flow, thereby tackling one of the main challenges particle filters face: saturation.
The separated particles remain in the outer zone of the housing and are discharged through the discharge outlet when the discharge valve is opened. As the MST rotating-flow system does not depend on particle size, this applies across particle sizes.
Filtered liquid passes through the central filter element. Particles that may escape the circular flow are retained by the filter element as a final barrier, helping prevent any remaining particles that may escape the rotating flow from entering the filtered-liquid outlet.
Where desired, the MST CoreJet system can clean the filter element from inside the central filter element. When activated, MST CoreJet releases a targeted internal water pulse through the filter element, helping release particles that may occasionally become trapped in the filter openings.
One principle,
Multiple configurations
A configurable filtration platform
MST is a configurable filtration technology platform. At the core of every MST Filter is the patented MST Particle Discharge Principle, which can be combined with different configuration options to meet specific application, particle and operating requirements.
This flexibility allows MST Filters to be adapted to different filtration challenges. Depending on the application, the platform can support manual or automatic discharge, coarse or fine particle control, additional filter element cleaning, or combinations of these within one filter concept.
A step-change for particle filtration
What this means in practice
MST changes particle filtration as we know it, with its innovative approach to separating and discharging particles from liquids.
MST combines simple, compact filter design with highly effective particle filtration. This creates clear advantages across applications where particles need to be removed from liquids, especially in flow-critical systems, demanding particle conditions and applications with particle discharge needs. By significantly reducing filter element saturation and removing the need for consumable filter cartridges, MST offers a cleaner, more practical and more sustainable way to manage particles in liquids.
For users, this means reliable operation with minimal maintenance and fewer interruptions. For manufacturers, it means a versatile filtration technology platform with strong commercial potential. For the wider world, it means less waste and a more responsible approach to particle filtration.
MST represents a step-change in particle filtration, with the potential to set a new standard for the industry.
Differentiated filter products based on MST technology
From platform to product
MST is a validated filtration technology platform. Multiple MST Filter prototypes have been developed and validated, demonstrating the practical application and distinctive performance of various MST Filter configurations. The final product design can be shaped around a filter manufacturer’s market, product strategy and application requirements.
For filter manufacturers, this creates a differentiated value proposition in competitive markets.
These images are design examples only. A final product may differ in size, shape and configuration depending on the application.
These images are design examples only. A final product may differ in size, shape and configuration depending on the application.
These images are design examples only. A final product may differ in size, shape and configuration depending on the application.
These images are design examples only. A final product may differ in size, shape and configuration depending on the application.
These images are design examples only. A final product may differ in size, shape and configuration depending on the application.
These images are design examples only. A final product may differ in size, shape and configuration depending on the application.
More than particle filtration
Key benefits explained
MST Filters offer clear benefits combined with excellent filter qualities:
Cost-effective
MST Filters are based on a cost-efficient design. Integrated discharge, minimal maintenance, long filter element life and simple, compact construction help reduce costs across production, operation, maintenance, handling and distribution. Together, these features can contribute to lower life cycle cost.
Continuous-flow operation
Particle discharge can take place while the filter remains in use, without noticeable flow interruption. This supports reliable flow in systems that need to keep operating.
Versatile platform
MST is a configurable filtration technology platform that can be adapted across applications, particle sizes and operating conditions. Configurations can be used separately or in combination to create an application-specific filter concept.
Quick and easy discharge
Captured particles can be discharged quickly and effectively from the MST Filter housing in seconds, without disassembling the filter. Discharge can be manual or automatic, triggered by a timer or pressure sensor when pressure builds up inside the housing.
User-friendly operation
MST Filters are based on a highly effective yet simple design, making installation and operation straightforward. No special tools or specialist expertise are required.
Low maintenance
The MST design helps minimise maintenance through a simple, compact design and reduced particle build-up in the filter element. Particles are kept in motion and discharged quickly and effectively from the filter housing, supporting longer maintenance intervals. Where required, the MST CoreJet can provide additional filter element cleaning.
Gravity-independent operation
MST Filters operate independently of gravity, allowing 360° mounting for flexible installation. This makes them suitable for compact installations and space-constrained systems.
Sustainable design
The MST Particle Discharge Principle is simple and compact, requiring limited space inside the filter housing. Because particles are kept in motion and discharged from the housing, less capacity is needed for particle accumulation or flow obstruction. This supports compact filter design, long filter element life and no consumable filter cartridges.
filter your way
Configure for your application
MST Filters can be configured to suit specific operating conditions, discharge requirements, particle loads, and filtration levels.