YGLA introduces the energy-saving sideband filter
YGLA filter technology
Stable pleats. Rigid frame. Larger filtration area.
The YGLA energy-saving sideband filter is engineered to support low pressure drop, higher dust-holding capacity and better AHU operation.
VDI 6022 compliant
Designed for hygienic HVAC use
Fully water-resistant
Synthetic media and Fiberplast frame
Up to 650 × 650 mm
Stable custom production
Custom solutions
Flexible configurations
Sideband filter design
Five engineered advantages
The YGLA sideband design combines open media area with controlled pleat spacing, a stable frame and precise automated assembly.
Pleat separators keep the pleats open and evenly spaced.
01
Controlled pleat spacing
Separators keep pleats open throughout service life, reducing sudden pressure-drop increases and supporting higher dust-holding capacity, lower fan load and quieter AHU operation.
02
Greater rigidity
The stiffer Fiberplast frame resists deformation and makes filter installation faster and more straightforward.
03
Larger filtration area
Two open edges expose more media to incoming air, supporting lower pressure drop and reduced fan energy consumption.
04
Wide dimensions capability
Stable construction enables custom sizes up to 650 x 650 mm.
05
Consistent automated tightness
Automated assembly ensures consistent tightness, eliminates dust leakage and protects AHU components (such as the heat exchanger, heating and cooling coils).
Construction comparison
Three filter types. One integrated solution.
The YGLA sideband concept combines the open inlet area of a conventional sideband filter with the pleat control, rigidity and tightness associated with a fully framed ventilation filter.
YGLA energy-saving
Sideband filter
Construction stability
High
Engineered Fiberplast frame
Pleat support
Controlled
Adhesive separators
Exposed inlet area
Large
Two open media edges
Tightness
High
Precise automated assembly
Available dimensions
Wide range
Stable custom production
YGLA standard
Ventilation filter
Construction stability
High
Full perimeter frame
Pleat support
Controlled
Adhesive separators
Exposed inlet area
Reduced
Four-side frame coverage
Tightness
High
Enclosed construction
Available dimensions
Full
All market dimensions
Conventional
Automotive-type sideband
Construction stability
Lower
Weak construction
Pleat support
Limited
No separators
Exposed inlet area
Large
Two open media edges
Tightness
Less consistent
Difficult to ensure tightness
Available dimensions
Limited
Mainly small-sized
Illustrative construction views and qualitative comparison. Actual performance depends on filter class, dimensions, airflow, AHU design and operating conditions.
Designed for low pressure drop, more even dust loading and reduced air-handling unit energy consumption.
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Request a tailored filter quotation
Provide dimensions, ISO 16890 class, rated airflow and quantity.
