Propeller stirrer for Synthesis reactors EasySyn Advanced and Starter, PTFE PTFE-coated propeller stirrer for use with reactor systems EasySyn. Type R 4011 SY Stirring head Ø 40 mm Stirring rotor Ø...
Propeller stirrer for Synthesis reactors EasySyn Advanced and Starter, PTFE PTFE-coated propeller stirrer for use with reactor systems EasySyn. Type R 4012 SY Stirring head Ø 50 mm Stirring rotor Ø...
Propeller stirrer for Synthesis reactors EasySyn Advanced and Starter, PTFE PTFE-coated propeller stirrer for use with reactor systems EasySyn. Type R 4013 SY Stirring head Ø 75 mm Stirring rotor Ø...
Propeller stirrers, 4-blade, stainless steel 1.4571 The 4-blade propeller stirrers provide axial flow and create increasing shear forces at higher stirring speeds. Recommended for medium to high sp...
Propeller stirrers, 4-blade, stainless steel 1.4571 The 4-blade propeller stirrers provide axial flow and create increasing shear forces at higher stirring speeds. Recommended for medium to high sp...
Propeller stirrers for overhead stirrer EUROSTAR 20 high speed digital / control Type R 1401 Stirring head Ø 55 mm Flow Axial Type of stirrer Propeller stirrers
Propeller stirrers for overhead stirrer EUROSTAR 20 high speed digital / control Type R 1405 Stirring head Ø 45 mm Flow Axial Type of stirrer Propeller stirrers
Propeller stirring rotors, 3-blade, stainless steel 1.4305 The 3-blade propellers produce axial flow, and reduce shear forces to a minimum, even at high stirring speeds, thanks to their optimised b...
Propeller stirring rotors, 3-blade, stainless steel 1.4305 The 3-blade propellers produce axial flow, and reduce shear forces to a minimum, even at high stirring speeds, thanks to their optimised b...
Propeller stirring rotors, 3-blade, stainless steel 1.4305 The 3-blade propellers produce axial flow, and reduce shear forces to a minimum, even at high stirring speeds, thanks to their optimised b...
Propeller stirring rotors, 3-blade, stainless steel 1.4305 The 3-blade propellers produce axial flow, and reduce shear forces to a minimum, even at high stirring speeds, thanks to their optimised b...