Position these exhausters above drums, tanks, and distillers to remove fumes, vapors, and fine dust particles from your space. All include a pulley system to adjust the hood height. Add an optional swivel wall bracket (sold separately) for side-to-side movement.

Note: Airflow depends on the resistance created by ductwork. This resistance, known as static pressure (SP), is measured in inches of water.

Mount these exhausters to the floor to remove fumes, vapors, and fine dust particles from your space. They are commonly used in welding, soldering, and other operations that create fumes.

Note: Airflow depends on the resistance created by ductwork. This resistance, known as static pressure (SP), is measured in inches of water.

Use open dripproof exhausters in relatively clean, dry, well-ventilated indoor locations.

Totally enclosed exhausters have an external fan for cooling. These exhausters offer more protection than open dripproof exhausters. They can be used in dirty, dusty, and damp environments, but are not airtight.

Single-duct kits (sold separately) maximize airflow at one fume collection point. They include a hose, a nozzle, and two clamps.

Dual-duct kits (sold separately) create two points for fume collection, although each will have lower airflow than the one collection point of a single-duct kit. These kits include two hoses, two nozzles, four clamps, and a wye connector.

In addition to using the handle to carry these exhausters, you can mount them to a wall, bench, or floor. They remove fumes, vapors, and fine dust particles from your space. They are commonly used in welding, soldering, and other operations that create fumes. All have a totally enclosed motor enclosure, which can be used in dirty, dusty, and damp environments. They have a flexible hose with nozzle to capture fumes at the source and rubber pads on the base to reduce vibration.

Note: Airflow depends on the resistance created by ductwork. This resistance, known as static pressure (SP), is measured in inches of water.

Single-duct kits (sold separately) include a hose, a nozzle, and two clamps to replace existing components.

Double-duct kits (sold separately) create two points for fume collection, although each will have lower airflow than the one collection point of a single-duct kit. These kits include two hoses, two nozzles, four clamps, and a wye connector.

Remove fumes, vapors, and fine dust particles from your space. This exhauster is commonly used in welding, soldering, and other operations that create fumes. It has an open dripproof motor enclosure for relatively clean, dry, indoor locations.

Note: Airflow depends on the resistance created by ductwork. This resistance, known as static pressure (SP), is measured in inches of water.

Position these exhausters above drums, tanks, and distillers to remove fumes, vapors, and fine dust particles from your space. All have a motor that is UL listed for Class I, Divisions 1 and 2, Groups C and D; and Class II, Divisions 1 and 2, Groups F and G locations. Exhausters include a pulley system to adjust the hood height. Add an optional swivel wall bracket (sold separately) for side-to-side movement.

Note: Airflow depends on the resistance created by ductwork. This resistance, known as static pressure (SP), is measured in inches of water.

This fume exhauster has a motor that is UL listed for Class I, Divisions 1 and 2, Groups C and D; and Class II, Divisions 1 and 2, Groups E, F, and G locations. Use it to remove fumes, vapors, and fine dust particles from your space. It is commonly used in welding, soldering, and other operations that create fumes.

Note: Airflow depends on the resistance created by ductwork. This resistance, known as static pressure (SP), is measured in inches of water.

This fume exhauster has a motor that is UL listed for Class I, Divisions 1 and 2, Groups C and D; and Class II, Divisions 1 and 2, Groups E, F, and G locations. Use it to remove fumes, vapors, and fine dust particles from your space. It is commonly used in welding, soldering, and other operations that create fumes.

Note: Airflow depends on the resistance created by ductwork. This resistance, known as static pressure (SP), is measured in inches of water.

These hoods protect against paint and dust. Wear with protective eyewear.

Style A are also known as paint spray hoods. The interior is large enough to wear a respirator under the hood. These hoods are made of lightweight, breathable cotton with an acetate lens.

Style B are often worn during abrasive blasting and grinding jobs. They are made of durable cotton duck fabric with an acrylic lens that is reinforced with a mesh screen. An internal bump cap protects your head against impact from flying debris. Mesh vents on the sides and back provide some breathability.

Designed to meet clean room standards, these hoods act as a barrier between the worker and the room to prevent pollutants, such as dust particles and microbes, from contaminating a space.

Lower clean room classes have fewer and smaller contaminants.

Tyvek polyethylene holds up to occasional contact with nonhazardous liquids, such as water and paint spray. It is made of heat- and pressure-bonded fibers for a material that’s soft yet strong. These hoods are disposable.

Polyester greatly outlasts Tyvek polyethylene. It withstands liquid splashes and abrasion and is reusable when laundered to clean room standards—lasts for up to 100 washes. Must be laundered prior to first use.

These mobile respirators filter contaminants to deliver breathable air without the need for an air line connection. The pump sits on your back to allow unrestricted movement, so these respirators are often used in welding, painting, and pharmaceutical applications. Made of Tychem 2000 (formerly known as Tychem QC), these hood respirators have two layers: an outer bib for overspray protection and an inner bib that tucks into your clothing for splash protection. Respirators include a rechargeable lithium ion (Li-Ion) battery that provides approximately four hours of continuous use when fully charged. Respirators have a ratchet suspension that adjusts with an easy-turn knob.

When connected to an air pump, respirators provide a continuous supply of clean air. They have a chemical-resistant Tychem 2000 (formerly known as Tyvek QC) hood that protects against light liquid splashes. Tuck the hood with outer bib and inner bib into your clothing for splash protection.

Pinlock suspension hats adjust with interlocking straps. Ratchet suspensions adjust with an easy-turn knob.

Add extension hose (sold separately) to increase your span up to 300 ft. To maintain NIOSH approval, respirators must be used with the hoses listed.

Made of chemical-resistant Tychem 2000 (formerly known as Tyvek QC), these hood respirators have both an outer bib and an inner bib that tucks into your clothing for splash protection. They hook up to your plant's air lines—because you don’t need to draw air through a filter or cartridge, resistance and fatigue are minimized. Respirators have a ratchet suspension that adjusts with an easy-turn knob.

Add extension hose (sold separately) to increase your span up to 300 ft. To maintain NIOSH approval, respirators must be used with the hoses listed.

Use a cooling tube (sold separately) to cool incoming air by as much as 30° F.

Connect these dust hoods to your vacuum system to contain and remove dust and fine particles while grinding or cutting. They fit all major brands of angle grinders, including DeWalt, Milwaukee, and Makita. These dust hoods are OSHA compliant for point-of-origin dust containment. To attach these dust hoods to a standard 2" dia. vacuum hose, they either include an adapter hose or you can add a vacuum adapter (sold separately).

Dust hoods for cutting cover the wheel of your angle grinder while tuck-pointing and crack chasing.

ABS dust hoods are disposable, so they’re good for quick jobs. Cut away the front edge of the hood to grind close to a wall or an edge. They don’t come with an adapter hose.

Nylon dust hoods contain glass filler, so they’re durable and resist abrasion. They have a sliding front edge for grinding close to a wall or an edge.