Gantry-type hydraulic lifting mixer (disperser)/emulsification)

Product Introduction

Gantry-type hydraulic liftingThe mixer, also known as a multi-shaft multifunctional hydraulic lifting mixer, is a product designed by Yongyan that integrates multiple functions such as dispersion, emulsification, and mixing. This product has excellent adaptability to medium and high viscosity as well as thixotropic materials.Multiple stirring methods are available, including conventional options such as anchor, butterfly, and frame types. Dispersion, emulsification, and stirring can be carried out simultaneously, offering strong adaptability. Non-standard customization can also be provided based on the characteristics of the customer's materials and production process requirements.

Working principle

Stir Driven by the power unit, the mixing paddle rotates in a fixed direction. During rotation, it drives the material to perform both axial and radial rotation. The material inside the mixer undergoes simultaneous axial and circumferential motion, thereby generating shear as well. Several stirring forms, such as stirring and diffusion stirring, are capable of effectively and rapidly stirring and mixing materials. The dispersion disc operates at high speed, causing the material to form a circular flow, generating a strong vortex that descends in a spiral pattern to the bottom of the vortex. ParticlesIntense shearing, impact, and friction occur between the materials, achieving rapid dispersion and dissolution. The stirring disc generates effective radial force through circular motion, accelerating material circulation and improving dispersion efficiency. The precise processing technology of the emulsifying head, The rotor and stator are highly coordinated. The powerful motor rotates at high speed, creating a vacuum between the rotor and stator, causing the material to be drawn in from the top and bottom of the rotor and stator. The strong kinetic energy enables the rotor to achieve extremely high linear velocity, allowing the material to be processed within the rotor and stator. After intense impact, crushing, centrifugation, liquid layer friction, and powerful shearing between the sub-gaps, the material is ejected outward. Under the action of multiple forces in different directions, a strong turbulent flow is generated. With an appropriate amount of emulsifier and a mature process, the material undergoes Repeated cycles of depolymerization, dispersion, homogenization, refinement, and shearing over a certain period produce a stable emulsion. The gantry-type hydraulic lifting mixer drives the hydraulic plunger to lift through the operation of the hydraulic pump, thereby raising the entire transmission mechanism and working group.

Technical Parameters