You searched for: Dispersing Tools

Supplier: MorehouseCowles

Impellar, for abrasive applications such as water based, solvent-based, or titanium-dioxide dispersions where products cannot be in contact with metal, Material: Ultra High Molecular Weight Polyethylene, Symmetrical Side, For dispersing low/high viscosity material & mixing dry to liquid product, 2In

Supplier: MorehouseCowles

The COWLES impeller guard from MorehouseCowles, puts a focus on safety. The guard covers the COWLES hi-shear impeller allowing safe and easy handling of the blade. It makes in-tank maintenance and cleaning much easier by eliminating the risk of cuts and prevents injury from accidental bumping of the exposed impeller. Changing impeller blades is now possible without handling sharp edges.

Supplier: Ace Glass

Titanium extender screws into threaded end of ultrasonic horn

Supplier: Ace Glass

For use with 600W or 1500W Power Supply, to enable hands-off operation

Supplier: Ace Glass

When connected between the converter and horn, the booster increases the amplitude of vibration at the horn tip by a factor of two

Supplier: Ace Glass

Basic ultrasonic horns (probes) that focus the ultrasonic energy into the liquid

Supplier: IKA Works

Dispersing tool for T10 Basic homogenizer

Supplier: IKA Works

Dispersing tool for T25 Digital homogenizer

Supplier: Kinematica

W-design for fibrous/stringy materials. Special design to prevent the teeth clogging. Dispersing generators are made from high-alloy stainless steel 316L, electropolished, Ra≤1.6 μm as standard.

Supplier: Kinematica

F style generator for creating emulsions

Supplier: Kinematica

for Kinematica Polytron PT 1200 E, PT-DA 1207/2 EC-E, 7 mm diameter

Supplier: Kinematica

M-design rotor with knives for pre-cutting. Outside blades pre-crush samples that are larger than the rotors diameter. Subsequently, they can be dispersed inside the generator. Dispersing generators are made from high-alloy stainless steel 316L, electropolished, Ra≤1.6 μm as standard.

Supplier: Kinematica

BIOTRONA® design high turbulence mixing. High-turbulence mixing head with low shear forces and energy inputs. Time saving with improved results compared to stirrers and dissolvers of up to 90%. Dispersing generators are made from high-alloy stainless steel 316L, electropolished, Ra≤1.6 μm as standard.

Supplier: Kinematica

The smallest available generator in the industry for samples as small as 100 microliters.

Supplier: Kinematica

Polytron Generator for PT 1200 E, PT 1300 D, PT 2500 E as well as discontinud model PT 1600 E.

Supplier: Kinematica

Disposable/reusable generators for when processing multiple samples per day, where the required sterilization of stainless steel generators represents a significant time limitation.

Supplier: Kinematica

X-design for hard and brittle pills and gel caps. A special geometry designed for dispersing tablets and pills or for preventing suppositories from clogging. Dispersing generators are made from high-alloy stainless steel 316L, electropolished, Ra≤1.6 μm as standard.

Supplier: Kinematica

Fits Polyron models, PT 1200 E, PT 1300 D, PT 2500 E as well as discontinued model PT 1600 E.

Supplier: Kinematica

Dispersing aggregates available as standard (EC design) and special aggregates (W, B design).

Supplier: OMNI INTERNATIONAL

Patented Omni Tip™ Plastic Generator Probes are designed to completely eliminate cross-contamination between samples during homogenization

Supplier: Kinematica

Standard dispersing generators come with the EC (EasyClean) design and rotor/stator geometries with two, four or six teeth rows. This is all you need for popular applications in the preparation of samples, formulation development and small-scale production. Dispersing generators are made from high-alloy stainless steel 316L, electropolished, Ra≤1.6 μm as standard.

Supplier: VELP SCIENTIFIC INC.

A wide range of dispersing tools ensures excellent performance for many applications for small samples, sizes such as biological matrices, and large volumes (up to 4 liters as a high-speed mixer).