The high speed mixer is suitable for mixing, dissolving, and dispersing liquid and liquid-powder phase materials in paint, dyestuff, ink, pigment, cosmetics, resin, adhesive, emulsion, medicine, petroleum, etc. at high speed, and the speed can be adjusted arbitrarily. It can be divided into single-shaft agitator and double-shaft agitator according to the application. The speed regulation of a high speed mixer usually adopts step-less speed regulation (such as for water-based paint), explosion-proof frequency conversion speed regulation (such as for oil-based paint), and other forms. So, what is the working principle of the high speed mixer?
Here is the list of contents
Working principle of high speed mixer
Application of high speed mixer
The serrated circular dispersion disk of the high speed mixer rotates in the vessel at high speed to complete the process of solid-liquid dispersion, wetting, depolymerization, and stabilization. The following is the working principle of the high speed mixer.
To make the slurry in a rolling circular flow, generating a strong vortex, with the slurry surface particles descending in a spiral to the bottom of the vortex.
Forming a turbulent zone at the edge of the dispersion disk 2.5-5mm, where the slurry and particles are strongly sheared and impacted.
The upper and lower beam flow is formed outside the area, and the slurry is fully circulated and turned.
The dispersion disk of the mixer is in a laminar flow state below, and the slurry layers with different flow rates spread each other to play a dispersion role. The high speed mixer has various functions such as hydraulic lifting, 360-degree rotation, and stepless speed adjustment. It can be configured with 2-4 containers at the same time. The hydraulic lifting stroke of 1000㎜ and 360-degree rotation function can better meet the multi-purpose of one machine and can change from one cylinder to another cylinder for operation in a very short time, which greatly improves the working efficiency and reduces the manual labor intensity at the same time.
high speed mixer can carry out the pre-dispersion process. The so-called pre-dispersion means that the pigment is mixed with part of the paint material and turned into a semi-finished pigment paste. Pre-dispersion is the first process of color paste production, the purpose is
To make the pigment mixed evenly;
To make the pigment partially wetted;
To break the large pigment aggregates initially.
Pre-dispersion is mainly mixing, playing a part in dispersion, and preparing for the next grinding process. The pre-dispersion effect directly affects the quality and efficiency of grinding and dispersion. Therefore, the pre-dispersion effect can be a good measure of the performance of a high speed mixer. For example, if the pigment used in the production of color paint is easy to disperse, or the fineness of color paint is not high, then the color paint can be directly dispersed by the high speed mixer.
Zhangjiagang Chenxing Machinery Co., Ltd., its predecessor is Sanxing Plastic Machinery Factory. It evolved into a joint-equity enterprise in 1996 from the former collective enterprise. Founded in 2002, Chenxing Company is specialized in producing plastic machinery equipment. If you are interested in our products, please contact us for more information, we are looking forward to your visit.
The global medical tubing market is undergoing a structural expansion that no medical device manufacturer can afford to ignore. According to MarketsandMarkets, the market was valued at USD 12.53 billion in 2025 and is projected to reach USD 18.41 billion by 2030, growing at a compound annual growth
A practical guide for small factory owners in emerging marketsThis guide explains how a 5-to-30-person plastic factory can bring compounding in-house for under $50,000 total landed cost. You'll learn exactly which four machines you need, the realistic budget breakdown, a 14-day commissioning timelin
The EU Green Deal and dual carbon goals are reshaping chemical management. Discover how AI-powered eco-friendly dosing solutions with low-energy pumps, carbon tracking, and waste minimization are redefining sustainable manufacturing.The Green Mandate: When AI Meets Sustainability in Industrial Dosin
The automated fluid dispensing systems market is racing toward $0.17 billion at 8.70% CAGR through 2035. Explore how semiconductor packaging, flip-chip underfill, and pharmaceutical sterile filling are driving precision micro-fluid dosing innovation.The Micro-Fluid Revolution: Semiconductor and Phar
Meta Description: EPA regulations now mandate precision chemical dosing for emission control. Discover how AI-integrated dosing pumps with nanoliter accuracy are transforming wastewater treatment, pharmaceutical sterile filling, and industrial chemical management.The Regulatory Tsunami: Why EPA Pres
Over 60% of US manufacturers are adopting digital controls. Discover how IoT-enabled smart dosing systems with real-time monitoring, AI analytics, and predictive maintenance are transforming Industry 4.0 plastic manufacturing.How IoT-Enabled Dosing Systems Are Redefining Smart ManufacturingIndustry
The $9.15 Billion Signal: What the Dosing Systems Market Boom Means for ManufacturersThe industrial dosing systems market is experiencing explosive growth. Valued at approximately $5.6 billion in 2023, it is projected to reach [$9.15 billion by 2030](https://www.chenxingmachinery.com/liquid-automati
OverviewThe global plastic recycling industry is undergoing a fundamental transformation as artificial intelligence technologies drive unprecedented investment activity and deliver quantifiable returns on investment. With global plastic recycling rates remaining stubbornly low—just 12% in the Unit
OverviewIndia's plastic pipe industry stands at a historic inflection point. The convergence of the world's largest national water infrastructure program, accelerating urbanization, agricultural modernization, and a fundamental policy shift away from metal and concrete pipes is creating a demand env
OverviewOn August 12, 2026, the European Union's Packaging and Packaging Waste Regulation (PPWR 2025/40) will enter full application, marking the most significant regulatory shift in packaging legislation in nearly three decades. Replacing the previous Packaging and Packaging Waste Directive (94/62/


