Supplier: Chemglass

Agitator assembly is constructed of 316 L stainless steel and screws into the M30 thread in the center of the headplate. Design ensures contamination-free sealing around the shaft.

Supplier: Bellco Glass

Manufactured from 316 L stainless steel with RA32 finish or better inside and out. The assemblies attach to the headplate.

Supplier: Dynalon

The polypropylene stir bar retriever can be used with all stir bars

Supplier: Chemglass

Agitator, one-piece, PTFE, four-blade, 30 mm, for 400 mm internal diameter flange 100 L reactor.

Supplier: Heidolph NA, LLC

A 4-zone reaction station offering safe and precise heating, active cooling, software control and data-logging for 24/7 unattended chemistry.

Supplier: Electron Microscopy Sciences

External temperature controller for digital hot plates: Controls the temperature of liquids up to 200 °C in vessels on top of the Pyroceram heated top of Pyroceram heated top

Supplier: Sper Scientific

Perfect for mixing in test tubes, micro centrifuge tubes and other containers which are too narrow for conventional mixers.

Supplier: Arrow Engineering

Variable pitch Arrow propellers are designed so that user can set the pitch of the paddles at several angles within a range to achieve the best agitation result for your application

Supplier: Chemglass

Shaft is precision ground and polished to fit our CG-2077-H, CG-2077-G and CG-2077-U style 10 mm PTFE bearings.

Supplier: Lightnin

A310 impeller made of stainless steel 316 have laser designed paddles to develop 50% more mixing action for high-flow, low-shear mixing.

Supplier: Caframo

Caframo U-Shaped Anchor paddles are designed for viscous mixing.

Supplier: Caframo

The Caframo Pivoting Blade Impeller features a 2.4" diameter, and is pinned to a 5/16" by 16" shaft

Supplier: Caframo

The Caframo Crossed Blade Impeller features a 2" diameter, and is welded to a 5/16" diameter by 16" shaft

Supplier: Caframo

The model A131 radial flow impeller is effective for high speed, low viscosity mixing

Supplier: Caframo

These tangential flow impellers are effective for low speed, high viscosity mixing

Supplier: Caframo

Caframo 2.5" diameter pitched blade propeller is cast 316L electropolished stainless steel with 5/16" bore

Supplier: Caframo

The Caframo Collapsible Blade Impeller features a 3.5" diameter, and is pinned to a 5/16" by 16" shaft

Supplier: Caframo

Caframo Dispersion Blade Impellers are electropolished 316 stainless steel dispersion blades ideal for high shear mixing at medium to high speeds, include blade only.

Supplier: Caframo

Dispersion Blade Set with 8 mm dia (⁵⁄₁₆") bore - includes three different blades for high shear mixing at medium to high speeds.

Supplier: Caframo

Caframo Turbine Propellers are composed of 316L electropolished stainless steel

Supplier: Caframo

Caframo Pitched Blade Propellers are composed of 316L electropolished stainless steel

Supplier: Caframo

Pitched blade turbine composed of electropolished 316L stainless steel. The 0.8 cm bore is compatible with all Caframo shafts. Axial flow with moderate shear for moderate viscosity mixing.

Supplier: VWR International

Available with a steel core or in solid PTFE, these rods are chemically resistant, inert, and non-abrasive.

Supplier: Mettler Toledo

Propeller style stirring rod for use with DL50 Graphix and DL50 Rondolino Titrators.

Supplier: GSC International

Stirring rods made of borosilicate glass and with fire polished ends.

Supplier: Ace Glass

Use Ace-Thred adapters to mate glass or PTFE (stainless steel core) baffles to any standard taper joint

Supplier: Bel-Art Products, a Part of SP

This solid, polypropylene plastic stirring rod with rounded end is useful for mixing chemicals and liquids.

Supplier: Puritan Medical Products

Wooden applicator sticks are made for general purpose functionality.

Supplier: DWK Life Sciences (KIMBLE)

With rounded annealed ends

Supplier: Thermo Fisher Scientific

Versatile stirring rod with a flat, flexible, 15.9x15.9mm (⁵/₈x⁵/₈") paddle at one end, and a triangular paddle at other end