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How Cler works
Continuous ultra-clean air
How Cler works
Continuous ultra-clean air
How Cler works
How Cler works
Continuous ultra-clean air
Filters work, until they don't
Traditional filters trap particles in material.
The material clogs. Pressure rises, energy increases, performance drops and the denser the filter, the faster it happens.
Cler doesn't trap particles. It separates them.
Air spins at high speed, centrifugal force pulls particles out by weight, and they drain away continuously.
Filters work, until they don't
Filters work, until they don't
Traditional filters trap particles in material. As the material fills up, pressure rises, energy increases and performance drops. The denser the filter, the faster it happens.
Cler doesn't trap particles. It separates them. Air spins at high speed, centrifugal force pulls particles out by weight, and they drain away continuously.
How Cler is built
Air spins at high speed. Centri-fugal force separates particles by weight. Forces up to 5,000 g. Catches particles down to PM0.5.
Stacked cone-shaped plates. Air passes through narrow gaps. 25-000 m² separation surface. Low pressure drop maintained under heavy load.
Particles rinse away continuously. 0.5 dl/month for a 1,000 m² building. No manual cleaning. The separation surface stays clear.
How Cler is built
High-speed separation
Air spins at high speed. Centri-fugal force separates particles by weight. Forces up to 5,000 g. Catches particles down to PM0.5.
Stacked cone-shaped plates. Air passes through narrow gaps. 25-000 m² separation surface. Low pressure drop maintained under heavy load.
Selfcleaning during operation
Particles rinse away continuously. 0.5 dl/month for a 1,000 m² building. No manual cleaning. The separation surface stays clear.
How Cler is built
High-speed separation
Air spins at high speed. Centrifugal force separates particles by weight. Forces up to 5,000 g. Catches particles down to PM0.5.
Stacked cone-shaped plates. Air passes through narrow gaps. 25,000 m² separation surface. Low pressure drop maintained under heavy load.
Particles rinse away continuously. 0.5 dl/month for a 1,000 m² building. No manual cleaning. The separation surface stays clear.
No performance drop.
No replacement cycle.
No performance drop.
No replacement cycle.
No performance drop.
No replacement cycle.
No performance drop.
No replacement cycle.
How Cler works in practice
Commercial kitchens
Grease captured before it enters ducts. Clean ventilation ducts. Minimal maintenance and a system that runs continuously.
Commercial buildings
Consistent ultra-clean indoor air quality. No filter schedules. No performance drop between maintenance.
Industrial facilities
Consistent ultra-clean indoor air quality. No filter schedules. No performance drop between maintenance.
Data centers
Handles extreme particle loads. No clogging under dust bursts. Continuous operation in harsh environments.
Talk to a technical expert about how Cler works for your business.
No performance drop.
No replacement cycle.
How Cler works in practice
Grease captured before it enters ducts. Clean ventilation ducts. Minimal maintenance and a system that runs continuously.
Consistent ultra-clean indoor air quality. No filter schedules. No performance drop between maintenance.
Particle removal without downtime. Stable cooling performance. No risk of filter-related outages.
Handles extreme particle loads. No clogging under dust bursts. Continuous operation in harsh environments.
How Cler works in practice
Grease captured before it enters ducts. Clean ventilation ducts. Minimal maintenance and a system that runs continuously.
Consistent ultra-clean indoor air quality. No filter schedules. No performance drop between maintenance.
Particle removal without downtime. Stable cooling performance. No risk of filter-related outages.
Handles extreme particle loads. No clogging under dust bursts. Continuous operation in harsh environments.
Talk to a technical expert about how Cler works for your business.
Cler is cleaner
Cler is cleaner