In the fields of automotive manufacturing, electronics potting, and composite molding, the mixing quality of two-component materials directly dictates product performance. When facing challenges such as high viscosity differences, extreme mixing ratios, or filler-containing materials, traditional static mixing often falls short. Our Dynamic Mixing Pouring Equipment utilizes active forced shear technology to perfectly resolve these mixing pain points, achieving high-precision, bubble-free automated pouring.
Core Principle
Distinct from static mixers that rely on passive flow division, our equipment employs a motor-driven mixing core rotating at high speeds to actively shear and homogenize materials within the mixing chamber. This mechanism ensures the effective processing of complex materials—even those with great disparity viscosity differences, rapid curing times, or extreme ratios—maintaining stability even at low rotational speeds.
Key Performance Specifications
Extreme Ratio Capability: Supports a wide mixing range from 1:100 to 100:1, effortlessly handling working conditionwhere A/B components have vast viscosity differences.
Micro-Dosing High Precision: Capable of single shots as low as 0.008ml, with a metering accuracy of ±1% and repeatability >99%.
Modular Mixing Head: Mixing chamber volumes range from 0.2cm³ to 8.0cm³, adaptable to various flow requirements to achieve "one machine, multiple uses."
Eco-Friendly Design: Optimized low-dead-volume flow channels support water flushing, eliminating the need for chemical solvents and significantly reducing maintenance costs and waste disposal pressure.
Intelligent Anti-Drip: Equipped with a Nozzle Closing System (NCS) for rapid shut-off, preventing stringing and dripping to ensure workpiece cleanliness.
Application Scenarios & Industries
Automotive & E-Mobility: Potting of EV battery modules, motor coil casting, structural adhesive bonding, and lightweight composite component molding.
Electronics & Precision Manufacturing: Potting protection for PCBs and sensitive components, sensor encapsulation, and wire harness fixing to insulate against moisture, dust, and vibration.
Aerospace & Wind Power: RTM processes for aerospace composites, resin infusion, and structural bonding of large wind turbine blades.
Medical Devices & Optics: Assembly sealing for medical catheters and precision equipment, and optical lens centering glue injection, meeting strict cleanliness and micro-dosing requirements.
General Industry & Composites: Polyurethane foam molding (FIPFG), pultrusion of fiber-reinforced composites, insulating glass sealing, and comprehensive potting of electrical components.
For clients seeking process solutions for difficult two-component pouring, Dynamic Mixing Pouring Equipment is the ideal choice for handling extreme conditions involving wide ratios, high viscosity differentials, and fillers. As a professional manufacturer, we remain committed to providing flexible, customized, and precise solutions to help our clients upgrade their production processes.