Media filters - Import export

Introducing the MPR Synthetic Media Filter – a high-performance solution for diverse air filtration needs. Crafted with a molded plastic frame and synthetic media, it achieves efficiency levels from G4 to M6. Ideal for automotive, gas turbines, and general ventilation in offices, industrial, food processing, and labs. Boasting a low initial pressure drop, high dust-holding capacity, and a rigid self-supporting design, it ensures durability and energy efficiency. Plus, it's incinerable, aligning with eco-friendly practices. Upgrade to MPR for reliable, efficient filtration in various applications.

Carbolescer is a combination of plated coalescing media, carbon layer, and wrapped particulate media. Aerosol form of oil is eliminated with coalescing action in the plated media. When oily compressed air enters the unit, oil droplets accumulate and fall down through the filter media. Collected liquid oil is drained from the automated drain.

MTF-H SERIES Filters are constructed using Micro Glass Fiber. Simply, there is no better performing filter media available to meet the flow performance requirements and high efficiency filtration needs for turbo machinery.

MPG Filters are fine filters with glassfiber media and galvanized steel frame. They are available between M5-F8 efficiency (EN 779:2012) / ISO ePM10 - ISO ePM1 (ISO 16890). They are suitable for HVAC and pre-filter of absolute filters applications.

Filter press systems are equipment used in separating solids from liquids in various industrial processes. The system includes a series of filter plates arranged in a stack within a filter press unit. The plates are normally covered with filter cloth or filter medium that will allow the liquid component to pass through while holding back solid particles. During the process of filtration, a slurry or suspension is typically pumped into a filter press, where pressure is applied that squeezes the liquid component through the filter media, leaving solid particles trapped within the filter cakes. Afterwards, these cake solids are discharged from the filter plates, and the clarified liquid is discharged at the end of a filtration process to have efficient separation and dewatering of the solids from the liquid phase.

What is a Reverse Flow Baghouse Filter? The reverse flow baghouse filter is also known as the reverse air baghouse filter. It is a dust collector type designed to collect particulate matter and deal with air pollution in different industrial contexts. This design efficiently cleans filter media by reversing airflow inside the baghouse that houses the filter bags. Reverse flow to this equipment has an effective dust removal mechanism, deposited on filter bags, hence assuring continuous performance and dust collection. In the reverse flow baghouse filter, dirty air is introduced to a baghouse where it will pass through the filter bags. These bags entrap dust particles and avoid them from getting into the atmosphere. Traditional systems use forward flow of air; this system, periodically reverses the direction of airflow, shaking off and emitting dust accumulated on filter bags in the process.

The reverse flow baghouse filter is also known as the reverse air baghouse filter. It is a dust collector type designed to collect particulate matter and deal with air pollution in different industrial contexts. This design efficiently cleans filter media by reversing airflow inside the baghouse that houses the filter bags. Reverse flow to this equipment has an effective dust removal mechanism, deposited on filter bags, hence assuring continuous performance and dust collection. In the reverse flow baghouse filter, dirty air is introduced to a baghouse where it will pass through the filter bags. These bags entrap dust particles and avoid them from getting into the atmosphere. Traditional systems use forward flow of air; this system, periodically reverses the direction of airflow, shaking off and emitting dust accumulated on filter bags in the process.

Filter press systems are equipment used in separating solids from liquids in various industrial processes. The system includes a series of filter plates arranged in a stack within a filter press unit. The plates are normally covered with filter cloth or filter medium that will allow the liquid component to pass through while holding back solid particles. During the process of filtration, a slurry or suspension is typically pumped into a filter press, where pressure is applied that squeezes the liquid component through the filter media, leaving solid particles trapped within the filter cakes. Afterwards, these cake solids are discharged from the filter plates, and the clarified liquid is discharged at the end of a filtration process to have efficient separation and dewatering of the solids from the liquid phase. Filter Press Systems find their application in a wide array of industries, such as chemical processing, wastewater treatment