Made from 316 stainless steel, these propellers have excellent corrosion resistance.

These mixer propellers have a highly polished finish, leaving no room for bacteria to grow—they’re commonly used in sanitary environments such as food and pharmaceutical plants.

These propellers collapse to fit through openings, such as those found on intermediate bulk containers.

Bend the blades to your desired angle.

Cut through solid particles in your mixture.

These shafts have one threaded end to fit threaded propellers and one machined end to fit mixer shaft couplings.

Thread these mixers into a drum opening for a secure connection.

For reduced vibration and noise, this mixer has a clamp in addition to the thread-in connection.

Thread these mixers into a drum opening for a secure connection.

These mixers are CE marked, CSA certified, and CSA-US certified for use with food and beverages.

Motors are UL listed for use in environments with flammable gases and combustible dust.

Bolt the flange onto a closed tank.

The pipe-clamp connection allows you to quickly raise or lower these mixers to change containers.

Manually control and monitor mixing.

Generate the same mixing power as standard propellers at half the rotation speed.

Mix, spread, or scrape off material without scratching the surface. These spatulas have a flexible blade with smooth edges, so they’ll fit into corners and around curves.

Cleaned and bagged in a Class 8 clean room, these spatulas won’t contaminate your samples.

Also known as ink knives, use these spatulas to mix and spread paints, chemicals, and adhesives.

Use these spatulas when accidental sparks could be hazardous.

These paddles are often used with caustics such as detergents and cleaning fluids.

Reduce sample loss by mixing liquids in your own container.

Mix solvents and water-based liquids.

Use for pH control and chlorination. These mixers are more chemical resistant than nylon mixers.