Get Superior Overspray Capture with Venjakob Sprayone Exhaust Filter #6!

• 20' 22-Gram Fiberglass Paint Arrestor Roll, also available in 100' or 300' long rolls

• Exceptional Paint Holding Capacity: Progressive density from front to back means more paint held and longer intervals between changes

• High Efficiency: 99.4% efficiency rating for top - notch performance

• Bright Yellow Visibility: Illuminates the spray booth while maintaining optimal airflow

PA Series 22 - Gram Paint/Spray Booth Exhaust Filters

Extra Density (22 Gram) fiberglass paint arrestors incorporate progressive density, leading to superior paint holding capacity.

The best fiberglass paint arrestor available, offering unmatched service life, paint holding capacity, and efficiency at a low in - use cost.

Technical Specs:

• 99.03% efficient
• Average holding capacity of 2.22 pounds in a 20'x20' pad
• Compliant with EPA 6H law

HIGH - DENSITY YELLOW FIBERGLASS PAINT ARRESTOR: Our high - density yellow fiberglass paint arrestor is perfect for automotive and industrial coatings. It's made of two - stage continuous fiberglass strands, 2.5 inches thick. With 22 grams of density per square foot, it's 50 to 80 percent heavier than our standard green one, offering better removal efficiency and durability. It captures 99.6% of overspray, meeting all US environmental laws.

Total Finishing Supplies has tried to list the proper filter size for each equipment model. But we don't get notified of design changes from manufacturers. ALWAYS measure and confirm the size before ordering.

Filters are custom/cut to order and are not returnable.

This Venjakob Sprayone 22 - gram fiberglass paint arrestor roll is great for automotive and industrial coating applications. It's designed for professionals in paint shops who need to capture overspray effectively. The roll comes in 20', 100', or 300' lengths. In a 20'x20' pad, it can hold an average of 2.22 pounds of paint. It's 2.5 inches thick and has a density of 22 grams per square foot, which makes it heavier and more efficient than standard models.