Process application

High-Speed Disperser

Improving the efficiency and safety of material dispersion

Agitation and dispersion of solid-liquid mixed materials.

High-Speed Disperser

Product Characteristics

Efficient dispersion

Rapidly disrupts interparticle van der Waals forces, electrostatic forces, and cavitation effects.

Controllable Quality

Deterministic dispersion design ensures minimal batch-to-batch variation in slurry, preventing quality fluctuations at the source.

Precise Temperature Control

Small flow cross-section + multi-channel cooling structure + PID dynamic adjustment prevent material degradation due to high temperatures.

Stable Powder Supply

Multi-parameter linkage control automatically adjusts powder feeding speed, eliminating risks of clogging and overload in high-viscosity conditions.

Technical Parameters

NameParameters
Equipment NameHigh-Efficiency Disperser
Processing Capacity5L/h~1500L/h
Motor Power1.1kW~220kW
Standard Linear Velocity10m/s~40m/s

Maintenance and Services

of High-Efficiency Disperser

Cannot find the solution you are looking for? Please visit our Q&A Center for answers, or contact us for further help and support.
Q Working Principles of the High-Speed Disperser
The core principle is "high-speed shearing + intense dispersion." The motor drives the dispersing disc to rotate at high speeds of 500-3000 r/min, generating strong vortices and shear forces that tear apart and break up agglomerated materials. Simultaneously, it drives the material in radial and axial circulatory motion, rapidly dispersing solid particles into the liquid medium to achieve uniform mixing and refinement. This process is widely suitable for production in industries such as coatings and inks.
Q Can the high-speed disperser be customized?
Q Maintenance of High-Speed Disperser
Q Precautions
Before starting, ensure the dispersion disc rotates freely, the vessel is securely fixed, and perform a normal no-load test run before feeding material. Strictly prohibit processing excessively hard impurities to avoid damaging the disc. Do not approach rotating parts during operation; perform lifting operations slowly. For high-viscosity materials, gradually increase speed to prevent motor overload. Disconnect power before maintenance and ensure proper securing and protection when disassembling the dispersion disc.

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