Ideal for stirring that dislikes liquid fragmentation!
The "C-Mix Lab Use Series SUS316 Type" is a stirring body made of SUS316, which is the optimal material for stirring that dislikes liquid fragmentation. It generates very low shear force, minimizing material degradation and oxidation. Additionally, it draws liquid from the lower hole, creating both lateral and vertical flow. This reduces the stirring time required for reactions, uniformity, and mixing. This series also offers a "Fluororesin Type." Please choose according to your purpose and application. 【Features】 ■ Non-shear stirring capability ■ Significant reduction in bubbles generated during stirring ■ Non-cavitating stirring ■ Minimizes material degradation and oxidation ■ Shortens stirring time *For more details, please refer to the catalog or feel free to contact us.
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basic information
【Lineup】 ■LD-019W03S-8300S ■LD-025W03S-8300S ■LD-035W03S-8300S *For more details, please refer to the catalog or feel free to contact us.
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For more details, please refer to the catalog or feel free to contact us.
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AquaTex Co., Ltd. utilizes the blade-less centrifugal mixing device C-MIX to propose solutions to the challenges and issues related to mixing that arise in manufacturing and development settings. **Features** C-MIX: - Reduces the incorporation of air and bubbles during mixing. - Distributes the mixing flow throughout the entire tank using centrifugal force. - Effectively eliminates sediment with powerful suction, and is also suitable for high-viscosity liquids. - Does not have protrusions like blades, allowing for mixing without damaging or degrading the materials. - Can be manufactured in various materials and sizes, including stainless steel, aluminum, and plastic (resin), to suit mixing conditions. For example: - Struggling with air or bubble contamination during mixing. - Wanting to reduce the risk of contamination (foreign material inclusion) during mixing. - Looking to eliminate sediment that settles at the bottom of containers. - Wanting to uniformly mix lightweight powders that float on the liquid surface without incorporating air. - Needing to mix quickly but concerned that strong mixing will degrade the liquid due to shear. - Wanting to reduce accidents caused by contact with blades. We address various other mixing issues as well. Please feel free to contact us.