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Supplier: Bohlender

Stirrer shafts made of PTFE-jacketed stainless steel and the fan shaped stirring unit completely made of PTFE.

Supplier: Bohlender

Stirrer shafts made of PTFE-jacketed stainless steel and the propeller completely made of PTFE.

Supplier: Bohlender

Stirrer blades made of PTFE, with one sided groove and 10 mm bore diameter.

Supplier: Bohlender

Stirrer shafts made of PTFE-jacketed stainless steel and the propeller completely made of PTFE.

Supplier: Bohlender

Micro stirrer shafts made of PTFE-jacketed stainless steel with blade made completely of PTFE. With four round paddles.

Supplier: Heidolph Instruments GmbH & Co.KG

Chucks are designed for use with all RZR series overhead electronic stirrers.

Supplier: Bohlender

Stirrer blades made of PTFE, with double sided groove.

Supplier: DWK Life Sciences

Avec tige incassable en acier inoxydable pour remplacer la tige en verre fournie avec les flacons Celstir®. Ils permettent de compléter les flacons Celstir® existants.

Supplier: Bohlender

Stirrer shafts made of PTFE-jacketed stainless steel with fused lower end.

Supplier: Bohlender

Stirrer shafts made of PTFE-jacketed stainless steel and the blade/paddle completely made of PTFE.

Supplier: Bohlender

These bearings have sealing rings to ensure a perfect seal. A special gasket made of PTFE and a FPM o-ring which is compressed by a GL screw cap ensure the stirrer shaft is sealed.

Supplier: Bohlender

Stirrer shafts made of PTFE-jacketed stainless steel and the paddles made of PTFE.

Supplier: Bohlender

Stirrer shafts made of PTFE-jacketed stainless steel with the blade made completely of PTFE.

Supplier: Bohlender

Stirrer shafts made of PTFE-jacketed stainless steel, two each tilting half-moon stirrer blades with double-sided groove and access for the stirrer shaft completely made of PTFE.

Supplier: Bohlender

Centrifugal stirrer blades made of PTFE consisting of 2 paddles, bolt and clamp ring.

Supplier: Bohlender

Stirrer bearings made of PTFE, provides a safe seat in the reactor lid. The stirrer shaft is held by an invisible shaft guide made of borosilicate glass which has an adjustable vacuum sealing.

Supplier: Cytiva

Stirring Tools, Mixer M-925 mixing chamber, 2 ml

Supplier: Heidolph Instruments GmbH & Co.KG

Anchor-type impellers for mixing tasks with high viscosity.

Supplier: THERMO H + P LABORTECHNIK

Simplify operations with the Thermo Scientific™ Cimarec™ i 20C Controller, a user-friendly, menu-driven microprocessor controller that is included with the Micro, Mini, Compact, Maxi and Telesystems stirrers.

Supplier: Corning

The stir bar retriever contains a strong magnet to remove a stir bar from all glass and plastic containers used in the laboratory.

Supplier: Bohlender

Stirrer blades made of PTFE, with angular groove and 5,8 mm bore diameter.

Supplier: Bohlender

KPG stirrer shafts made of borosilicate glass, tiltable moon-shaped stirrer blade with angular groove and clamping bolts completely made of PTFE.

Supplier: RSG

Overhead stirrer shaft, Stirring Shaft, Ø: 6 mm, Longueur: 420 mm

Supplier: Bohlender

KPG stirrer shafts with double pivot made of ground and polished borosilicate glass, tiltable moon-shaped stirrer blade with double-sided groove completely made of PTFE.

Supplier: Bohlender

Stirrer shafts made of PTFE-jacketed stainless steel and the half-moon shaped stirrer blade made of PTFE.

Supplier: DWK Life Sciences

This unit includes a top cap with liners, glass stirring ball and connecting silicone tubing. This glass impeller assembly is designed for replacement on all Magna Flex™ style flasks.

Supplier: Bohlender

Stirrer shafts made of PTFE-jacketed stainless steel and the propeller with four blades completely made of PTFE.

Supplier: Bohlender

PTFE, with PFA support ring. The baffle can be mounted at any position on a temperature probe or a solo stirrer shaft.

Supplier: Bohlender

Conductor made of borosilicate glass with or without ground joint.

Supplier: KARTELL

Fit all standard button tip stirring shafts. 'Long groove' keyhole (Ø 9 mm) provides easy insertion into flask neck and proper position for stirring action. Can be used continuously at temperatures up to 250 °C and, for short intervals, to 300 °C.