Paint Booth Air Filters
This filter material has progressive density construction. This allows it to meet the widest variety of finishing applications, designed to provide longevity and efficiency. Available in multiple sizes.
- Used for spray booths
- Roll filter
- Standard capacity
- Lifespan depends on volume of spray
This Multi-layer paper paint arrestor with design elements aimed at longevity. Often used as a pre-filter or with two filters in tandem, provides steady air flow. Meets the needs of spray booth applications.
- Used for spray booths
- Roll filter
- Standard capacity
- Lifespan depends on volume of spray
This filter material has progressive density construction. This allows it to meet the widest variety of finishing applications, designed to provide longevity and efficiency. Available in multiple sizes.
- Used for spray booth applications
- Roll filter format
- Brown kraft expanded paper
- Lifespan depends on volume of spray
Self supported tackified polyester intake filter constructed with a premium grade, 100% polyester fiber, 3 stage media, dry open web on the air entering side catching larger particles, smaller particles are caught by the second layer, final layer is a tightly needled matrix with a non migrating tackifier to catch smallest particles
Self supported tackified polyester intake filter constructed with a premium grade, 100% polyester fiber, 3 stage media, dry open web on the air entering side catching larger particles, smaller particles are caught by the second layer, final layer is a tightly needled matrix with a non migrating tackifier to catch smallest particles
Self supported tackified polyester intake filter constructed with a premium grade, 100% polyester fiber, 3 stage media, dry open web on the air entering side catching larger particles, smaller particles are caught by the second layer, final layer is a tightly needled matrix with a non migrating tackifier to catch smallest particles
Self supported tackified polyester intake filter constructed with a premium grade, 100% polyester fiber, 3 stage media, dry open web on the air entering side catching larger particles, smaller particles are caught by the second layer, final layer is a tightly needled matrix with a non migrating tackifier to catch smallest particles
Self supported tackified polyester intake filter constructed with a premium grade, 100% polyester fiber, 3 stage media, dry open web on the air entering side catching larger particles, smaller particles are caught by the second layer, final layer is a tightly needled matrix with a non migrating tackifier to catch smallest particles
Self supported tackified polyester intake filter constructed with a premium grade, 100% polyester fiber, 3 stage media, dry open web on the air entering side catching larger particles, smaller particles are caught by the second layer, final layer is a tightly needled matrix with a non migrating tackifier to catch smallest particles
Self supported tackified polyester intake filter constructed with a premium grade, 100% polyester fiber, 3 stage media, dry open web on the air entering side catching larger particles, smaller particles are caught by the second layer, final layer is a tightly needled matrix with a non migrating tackifier to catch smallest particles
Self supported tackified polyester intake filter constructed with a premium grade, 100% polyester fiber, 3 stage media, dry open web on the air entering side catching larger particles, smaller particles are caught by the second layer, final layer is a tightly needled matrix with a non migrating tackifier to catch smallest particles
Self supported tackified polyester intake filter constructed with a premium grade, 100% polyester fiber, 3 stage media, dry open web on the air entering side catching larger particles, smaller particles are caught by the second layer, final layer is a tightly needled matrix with a non migrating tackifier to catch smallest particles
Self supported tackified polyester intake filter constructed with a premium grade, 100% polyester fiber, 3 stage media, dry open web on the air entering side catching larger particles, smaller particles are caught by the second layer, final layer is a tightly needled matrix with a non migrating tackifier to catch smallest particles
Self supported tackified polyester intake filter constructed with a premium grade, 100% polyester fiber, 3 stage media, dry open web on the air entering side catching larger particles, smaller particles are caught by the second layer, final layer is a tightly needled matrix with a non migrating tackifier to catch smallest particles
Self supported tackified polyester intake filter constructed with a premium grade, 100% polyester fiber, 3 stage media, dry open web on the air entering side catching larger particles, smaller particles are caught by the second layer, final layer is a tightly needled matrix with a non migrating tackifier to catch smallest particles
Self supported tackified polyester intake filter constructed with a premium grade, 100% polyester fiber, 3 stage media, dry open web on the air entering side catching larger particles, smaller particles are caught by the second layer, final layer is a tightly needled matrix with a non migrating tackifier to catch smallest particles
Self supported tackified polyester intake filter constructed with a premium grade, 100% polyester fiber, 3 stage media, dry open web on the air entering side catching larger particles, smaller particles are caught by the second layer, final layer is a tightly needled matrix with a non migrating tackifier to catch smallest particles
Self supported tackified polyester intake filter constructed with a premium grade, 100% polyester fiber, 3 stage media, dry open web on the air entering side catching larger particles, smaller particles are caught by the second layer, final layer is a tightly needled matrix with a non migrating tackifier to catch smallest particles
Self supported tackified polyester intake filter constructed with a premium grade, 100% polyester fiber, 3 stage media, dry open web on the air entering side catching larger particles, smaller particles are caught by the second layer, final layer is a tightly needled matrix with a non migrating tackifier to catch smallest particles
Self supported tackified polyester intake filter constructed with a premium grade, 100% polyester fiber, 3 stage media, dry open web on the air entering side catching larger particles, smaller particles are caught by the second layer, final layer is a tightly needled matrix with a non migrating tackifier to catch smallest particles
Self supported tackified polyester intake filter constructed with a premium grade, 100% polyester fiber, 3 stage media, dry open web on the air entering side catching larger particles, smaller particles are caught by the second layer, final layer is a tightly needled matrix with a non migrating tackifier to catch smallest particles
Self supported tackified polyester intake filter constructed with a premium grade, 100% polyester fiber, 3 stage media, dry open web on the air entering side catching larger particles, smaller particles are caught by the second layer, final layer is a tightly needled matrix with a non migrating tackifier to catch smallest particles
Self supported tackified polyester intake filter constructed with a premium grade, 100% polyester fiber, 3 stage media, dry open web on the air entering side catching larger particles, smaller particles are caught by the second layer, final layer is a tightly needled matrix with a non migrating tackifier to catch smallest particles
Self supported tackified polyester intake filter constructed with a premium grade, 100% polyester fiber, 3 stage media, dry open web on the air entering side catching larger particles, smaller particles are caught by the second layer, final layer is a tightly needled matrix with a non migrating tackifier to catch smallest particles
Self supported tackified polyester intake filter constructed with a premium grade, 100% polyester fiber, 3 stage media, dry open web on the air entering side catching larger particles, smaller particles are caught by the second layer, final layer is a tightly needled matrix with a non migrating tackifier to catch smallest particles