How should the Mixing Paddle shape be selected?

Confirm the target liquid volume, cup-bottom geometry, speed range, mixing time, and whether bubbles or splashing are acceptable. Flat, spiral, and angled blades suit different mixing methods.

Can a surface coating be provided?

Yes. A coating can reduce liquid retention, improve cleanability, or meet specific fluid requirements. The coating color and material should be confirmed for the project.

How can the Mixing Paddle minimize bubbles or splashing during mixing?

Confirm the reaction cup shape, liquid level, target volume, speed range, and blade structure. Blade angle, width, concentricity, and mixing depth all affect bubbles, splashing, and mixing stability.

What applications is surface coating on the Mixing Paddle intended for?

Surface coatings are typically used to reduce liquid retention, improve cleanability, or meet fluid-compatibility requirements. Whether a coating is needed depends on the sample or reagent, cleaning method, color requirements, and service-life requirements.

Custom Mixing Paddles for Reaction Vessels

FOREACH custom mixing paddles mix samples, reagents, diluents and reaction fluids in automated analyzers. Paddle geometry is developed for the reaction vessel, target liquid volume and drive arrangement as an instrument component.

Options include flat, helical and 90-degree-angle paddle geometries. Define paddle dimensions, working position, concentricity and mounting ends around the vessel bottom, liquid level, speed range and available motion space.

Materials, welding and coatings are reviewed for fluid compatibility, cleaning and strength. Provide vessel drawings, mixing time and bubble or splash requirements. Evaluate mixing performance and residue after cleaning using the actual fluid and vessel.

Typical Applications:

mixing, mixing, mixing, In-Cup Mixing, Coating for Reduced Liquid Retention, automated analytical instruments

Model:This product is custom-made

Drawings or Samples	structure, mixing
Reaction Vessel	confirm, and
Paddle Geometry	, 90 mixing and confirm
Mixing Conditions	, mixing, whether,
Mounting Structure	confirm, connection, and structure
Surface Treatment	, and fluid and service-life requirements confirm

No 2D Drawing

Datasheet not yet available

The datasheet for this product has not been uploaded yet.

Frequently Asked Questions

Blade shape, diameter, length, and mounting-end structure depend on the reaction cup dimensions, liquid volume, and available mixing space. A single standard model should not be selected without considering these factors.

Need to confirm the impeller geometry and mixing performance?

Please provide the reaction-cup dimensions, target liquid volume, speed range, mixing time, blade geometry, mounting-end structure, and whether a coating is required. Foreach can help confirm a custom impeller design.

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