They get very heavy as they get larger.
Mixer propeller blades.
The left handed design is good for de aeration.
Collapsible mixer propellers for small openings blades collapse to fit through 2 diameter and smaller openings such as 55 gallon drums with a npt opening size of 2.
It is a standard used in most applications.
Mixers shakers and stirrers.
Almost every process industry utilizes this product in some capacity from chemical and coatings to pharmaceutical and.
They have limited reach.
In stock and ready to ship.
Being left handed these mixer propeller blades will pump in a downward direction when rotating clockwise.
However there are many blades styles currently available which are superior to this technology.
Being left handed these stainless steel propeller blades will pump in a downward direction when rotating clockwise.
At high tip speeds driven by sufficient.
Mixing propellers from grainger feature a 3 blade marine propeller style that can provide highly efficient multipurpose mixing.
Unity lab services.
Indco offers a multitude of mixing impeller designs for industrial mixing and high shear dispersion.
Stirrers and stir bars.
Dlab 18900075 dlab ptfe propeller stirrer shaft length 35 diameter 6 5 cm ptfe coated 10 height 2 36 width 10 length.
Machine pitch propellers offer a 1 1 blade diameter to pitch ratio and super pitch types offer a 1 1 5 pitch ratio for more aggressive mixing.
The 3 bladed stainless square pitch impeller is the staple impeller for many mixing processes due to its efficiency and durability.
This is a very common mixing blade similar to a boat prop which mixes material in one direction.
Overhead stirrer propellers and blades 1 30 1132.
Overhead stirrer propellers and blades.
Mixer direct s mixer propeller blades are solid 316l for maximum corrosion resistance in most environments.
Double blade propeller rod type stirring electric overhead stirrer accessories mixer shaft stirring rod currently unavailable.
Choose from machine pitch and super pitch styles.
Dispersion blades convert energy primarily to shear and therefore produce a different result.