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Designed for Home and Light Commercial Use Where Particles in the 5 Micrometer Range and Larger are Present
Reduces Dust Accumulation on Household Furniture
Reduces Maintenance Costs of Home Heating and Air Conditioning Systems
Increases Filtration Efficiency - Improves IAQ
Moisture Resistant Beverage Board Frame with Double Wall Construction
Unique Face Board Design Lowers Initial Static Pressure
Self-supported media-no metal wire backing
100% synthetic media resists moisture, mold and damage
High strength and rigidity, resulting in full depth loading and enhanced dust holding capacity
Die cut, 1-piece beverage board frame
100% water repellent, high-strength adhesive coats entire interior of frame
Boxed pleat tips provide surface area for adhesion
Pleat Consistency
Synthetic media does not support microbial growth
Fully incinerable, environmentally friendly disposal
Durable and damage resistant construction
Die cut adhesion and design engineered for high strength and support
Uniform pleat spacing maximizes performance
Made in USA
Self-supported media-no metal wire backing
100% synthetic media resists moisture, mold and damage
High strength and rigidity, resulting in full depth loading and enhanced dust holding capacity
Die cut, 1-piece beverage board frame
100% water repellent, high-strength adhesive coats entire interior of frame
Boxed pleat tips provide surface area for adhesion
Pleat Consistency
Synthetic media does not support microbial growth
Fully incinerable, environmentally friendly disposal
Durable and damage resistant construction
Die cut adhesion and design engineered for high strength and support
Uniform pleat spacing maximizes performance
Made in USA
Resistant to moisture and microbial growth
Extremely low pressure drop and high dust-holding capacity
Pleats hold together even when wet, preventing delaminating, excessive buckling, collapsing, racking, warping and bending
Low initial resistance contributes to energy saving
Resistant to moisture and microbial growth
Extremely low pressure drop and high dust-holding capacity
Pleats hold together even when wet, preventing delaminating, excessive buckling, collapsing, racking, warping and bending
Low initial resistance contributes to energy saving
Resistant to moisture and microbial growth
Extremely low pressure drop and high dust-holding capacity
Pleats hold together even when wet, preventing delaminating, excessive buckling, collapsing, racking, warping and bending
Low initial resistance contributes to energy saving
Resistant to moisture and microbial growth
Extremely low pressure drop and high dust-holding capacity
Pleats hold together even when wet, preventing delaminating, excessive buckling, collapsing, racking, warping and bending
Low initial resistance contributes to energy saving
Resistant to moisture and microbial growth
Extremely low pressure drop and high dust-holding capacity
Pleats hold together even when wet, preventing delaminating, excessive buckling, collapsing, racking, warping and bending
Low initial resistance contributes to energy saving
Resistant to moisture and microbial growth
Extremely low pressure drop and high dust-holding capacity
Pleats hold together even when wet, preventing delaminating, excessive buckling, collapsing, racking, warping and bending
Low initial resistance contributes to energy saving
Resistant to moisture and microbial growth
Extremely low pressure drop and high dust-holding capacity
Pleats hold together even when wet, preventing delaminating, excessive buckling, collapsing, racking, warping and bending
Low initial resistance contributes to energy saving
Resistant to moisture and microbial growth
Extremely low pressure drop and high dust-holding capacity
Pleats hold together even when wet, preventing delaminating, excessive buckling, collapsing, racking, warping and bending
Low initial resistance contributes to energy saving
Resistant to moisture and microbial growth
Extremely low pressure drop and high dust-holding capacity
Pleats hold together even when wet, preventing delaminating, excessive buckling, collapsing, racking, warping and bending
Low initial resistance contributes to energy saving
Resistant to moisture and microbial growth
Extremely low pressure drop and high dust-holding capacity
Pleats hold together even when wet, preventing delaminating, excessive buckling, collapsing, racking, warping and bending
Low initial resistance contributes to energy saving
Resistant to moisture and microbial growth
Extremely low pressure drop and high dust-holding capacity
Pleats hold together even when wet, preventing delaminating, excessive buckling, collapsing, racking, warping and bending
Low initial resistance contributes to energy saving
Quality Engineered
Expanded Metal Pleat Supports
Low Initial Resistance for Energy Savings
Consistently Produced
Made in USA
Quality Engineered
Expanded Metal Pleat Supports
Low Initial Resistance for Energy Savings
Consistently Produced
Made in USA
Resistant to moisture and microbial growth
Extremely low pressure drop and high dust-holding capacity
Pleats hold together even when wet, preventing delaminating, excessive buckling, collapsing, racking, warping and bending
Low initial resistance contributes to energy saving
Resistant to moisture and microbial growth
Extremely low pressure drop and high dust-holding capacity
Pleats hold together even when wet, preventing delaminating, excessive buckling, collapsing, racking, warping and bending
Low initial resistance contributes to energy saving
Resistant to moisture and microbial growth
Extremely low pressure drop and high dust-holding capacity
Pleats hold together even when wet, preventing delaminating, excessive buckling, collapsing, racking, warping and bending
Low initial resistance contributes to energy saving