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EmulXion Liquid Process RFQ Checklist
A data checklist for high-shear mixing, homogenization, powder induction, vacuum emulsification and deaeration projects.
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Featured article
How to Select the Right Industrial Mixer for Your Application
Key factors to consider when choosing a mixer, including material properties, batch size, process goals and more.
Featured resource
A Complete Guide to High-Shear vs. Low-Shear Mixing
Learn the key differences, advantages and ideal applications for high-shear and low-shear mixers.
Resource library
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Technical article
Adding Liquids to Powders in Batch Mixers
Nozzle selection, droplet size, spray rate and powder circulation must be engineered together to avoid wet lumps and uneven coating.
Technical article
Mixing Fragile Powders and Granules
A selection framework for limiting particle breakage, fines generation, heat and segregation during blending and discharge.
Technical article
Cohesive Powder Mixing and Deagglomeration
How cohesion, moisture, electrostatics and soft agglomerates influence mixer intensity, chopper selection and batch time.
Technical article
Sanitary Mixer Design and Cleaning Access
A practical review of surface finish, access doors, seals, discharge geometry, spray devices and cleaning verification.
Technical article
Vacuum Mixing and Drying: Building the Design Basis
The data required to size a vacuum mixer or mixer-dryer, including vapor load, heat sensitivity, filtration and solvent recovery.
Technical article
Information Required for an ATEX Mixer Design
The area classification, material hazard data and operating scenarios needed before selecting hazardous-area mixing equipment.
Technical article
Industrial Mixer Scale-Up from Pilot to Production
A disciplined scale-up method using material movement, fill range, tool speed, power input and batch-cycle measurements.
Technical article
Complete Discharge and Residual Hold-Up in Mixers
How vessel geometry, valve design, powder flow and downstream transfer determine residual heel and cleanout time.
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QuantumX Application Data Checklist
The process, pressure, temperature, hazard and documentation information needed for a faster specialty-system review.
Technical article
Bulk Density and Working Volume in Mixer Sizing
Why batch mass, loose bulk density, operating density and usable fill range matter more than gross vessel volume.
Technical article
Ribbon vs. Paddle vs. Plough Mixer Selection
A practical comparison of material movement, shear, liquid addition, particle fragility and deagglomeration capability.
Video
How an Industrial Ribbon Mixer Works
A visual explanation of inner and outer ribbon flow, fill level, discharge and common powder-blending applications.
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Ribbon Mixer Product Brochure
Horizontal and vertical ribbon mixer configurations, features, application guidance and standard construction boundaries.
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Industrial Mixer Selection Guide
Compare ribbon, plough, paddle and double cone mixers and identify when the application should move to QuantumX or EmulXion.
Case study
Plough Mixer for Powder Coating and Liquid Addition
An application framework for distributing a liquid onto cohesive powder while controlling agglomeration and cycle time.
Case study
Nutraceutical Ribbon Mixer for Blend Uniformity
A structured application review for powders with particle-size and bulk-density variation, sanitary access and repeatable discharge.
Technical article
Low-Pressure Jackets vs. ASME Mixer Systems
Understand when a standard non-ASME jacket is appropriate and when vacuum, pressure or code-rated service moves to QuantumX.
Technical article
Ribbon Mixer vs. Paddle Mixer: How to Select
Compare agitator geometry, product movement, shear, particle fragility and density variation before selecting a powder mixer.
Blog
Protein Powder Blending Case Study for Better Batches
This protein powder blending case study shows how process mixing, liquid addition, and controls improve uniformity, throughput, and cleanability at scale.
Blog
Process Scaleup Guide for Reliable Production
This process scaleup guide explains how to move from pilot trials to full production with controlled mixing, consistent quality, and capacity planning.
Blog
How to Reduce Mixing Energy Without Losing Quality
Learn how to reduce mixing energy through mixer selection, batch design, controls, and maintenance while protecting uniformity, throughput, and quality.
Blog
Vacuum Emulsifying Equipment Buying Guide
Use this vacuum emulsifying equipment buying guide to evaluate shear, vacuum, heating, controls, cleaning, and capacity for repeatable production batches.
Blog
How to Scale Pilot Batches Without Losing Control
Learn how to scale pilot batches by protecting mixing, heat transfer, ingredient addition, and control strategies from pilot trials to production safely.
Blog
Adhesive Mixing Throughput Case Study Results
An adhesive mixing throughput case study showing how mixer selection, feed control, vacuum, and discharge design raise capacity while protecting quality.
Blog
Continuous Manufacturing Trends That Matter
Continuous manufacturing trends are reshaping mixing, feeding, automation, and quality control. Learn where engineering decisions create measurable gains.
Blog
How to Select an Emulsifier for Industrial Production
Learn how to select an emulsifier by matching formulation, shear, viscosity, sanitation, scale-up, and controls to repeatable production at plant scale.
Blog
Industrial Mixer Maintenance Guide for Reliable Batches
This industrial mixer maintenance guide helps plants protect batch consistency, reduce downtime, and extend equipment life through disciplined daily care.
Blog
Sanitary Vessel Design Requirements That Matter
Sanitary vessel design requirements determine cleanability, product safety, uptime, and validation confidence before fabrication in regulated plants.
Blog
What Defines a Custom Mixer Design Process?
See how the custom mixer design process turns material data, production targets, and validation requirements into reliable, efficient equipment for plants.
Blog
Colloid Mill vs Homogenizer: Which Process Fits?
Compare colloid mill vs homogenizer performance for emulsions, dispersions, and slurries. Select equipment by viscosity, particle size, throughput goals.
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