Centrifugal stirring rotors, 2-blade, stainless steel 1.4305 The folding blades of this 2-blade centrifugal stirring rotor open with increasing speed, allowing use with narrow-neck vessels. The sti...
Paddle stirring rotors, stainless steel The paddle stirring rotor creates a tangential flow with minimum turbulence. Its design ensures a gentle action on sensitive products and good heat exchange....
Turbine stirring rotors, 3-blade with guide ring, stainless steel 1.4305 The 3-blade turbine stirring rotor produces axial flow; the guide ring surrounding the blades reduces shear forces, and offe...
Turbine stirring rotors, 3-blade with guide ring, stainless steel 1.4305 The 3-blade turbine stirring rotor produces axial flow; the guide ring surrounding the blades reduces shear forces, and offe...
Centrifugal stirring rotors, 2-blade, stainless steel 1.4305 The folding blades of this 2-blade centrifugal stirring rotor open with increasing speed, allowing use with narrow-neck vessels. The sti...
Paddle stirring rotors, stainless steel The paddle stirring rotor creates a tangential flow with minimum turbulence. Its design ensures a gentle action on sensitive products and good heat exchange....
Turbine stirring rotors, 3-blade with guide ring, stainless steel 1.4305 The 3-blade turbine stirring rotor produces axial flow; the guide ring surrounding the blades reduces shear forces, and offe...
Anchor stirrers, stainless steel 1.4571 The anchor stirrers create a tangential flow and high shear forces between the vessel wall and stirring blades. Especially suitable for medium to high viscos...
Anchor stirrers, stainless steel 1.4571 The anchor stirrers create a tangential flow and high shear forces between the vessel wall and stirring blades. Especially suitable for medium to high viscos...
Anchor stirrers, stainless steel 1.4571 The anchor stirrers create a tangential flow and high shear forces between the vessel wall and stirring blades. Especially suitable for medium to high viscos...
Blade stirrer, stainless steel 1.4571 Generates a radial flow. For drawing the material to be mixed from the top and bottom. For aerating of low viscosity media and for homogenizing solids in liqui...
Blade stirrer, stainless steel 1.4571 Generates a radial flow. For drawing the material to be mixed from the top and bottom. For aerating of low viscosity media and for homogenizing solids in liqui...
Blade stirrer, stainless steel 1.4571 Generates a radial flow. For drawing the material to be mixed from the top and bottom. For aerating of low viscosity media and for homogenizing solids in liqui...
Dissolver stirrers, stainless steel 1.4571 The dissolver stirrers create a radial flow with high turbulence. The mixture is drawn from top to bottom. High shear forces are created at the dissolver ...
Dissolver stirrers, stainless steel 1.4571 The dissolver stirrers create a radial flow with high turbulence. The mixture is drawn from top to bottom. High shear forces are created at the dissolver ...
Dissolver stirrers, stainless steel 1.4571 The dissolver stirrers create a radial flow with high turbulence. The mixture is drawn from top to bottom. High shear forces are created at the dissolver ...
Moebius stirrer, stainless steel 1.4571 Generates axial flow. For drawing the material to be mixed from above. For circulating and handling low to medium viscous liquids. Recommended for medium spe...
Overhead Stirrer shafts Stainless steel. Supplied as separate 8mm diameter shaft with tapped screwthread end onto which can be attached a choice of paddle types. Lengths as indicated. Type Shaft, 3...
Overhead Stirrer shafts Stainless steel. Supplied as separate 8mm diameter shaft with tapped screwthread end onto which can be attached a choice of paddle types. Lengths as indicated. Type Shaft, 5...
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 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...
Safety limit switch SI 400 The SI400 consists of an end switch (normally closed contact / switch) and a magnetic switch contact (actuator) which is mounted either on the floor stand R472 with the f...
Safety limit switch SI 400 The SI400 consists of an end switch (normally closed contact / switch) and a magnetic switch contact (actuator) which is mounted either on the floor stand R472 with the f...
Safety limit switch SI 400 The SI400 consists of an end switch (normally closed contact / switch) and a magnetic switch contact (actuator) which is mounted either on the floor stand R472 with the f...
Spiral stirrer, stainless steel 1.4571 Generates axial flow. Medium is conveyed from the bottom upwards. For homogeneous mixing and heat exchange of medium to high viscosity media. Recommended for ...
Spiral stirrer, stainless steel 1.4571 Generates axial flow. Medium is conveyed from the bottom upwards. For homogeneous mixing and heat exchange of medium to high viscosity media. Recommended for ...
Spiral stirrer, stainless steel 1.4571 Generates axial flow. Medium is conveyed from the bottom upwards. For homogeneous mixing and heat exchange of medium to high viscosity media. Recommended for ...