Beads Mill Series

High Efficient Horizontal Dual Power Sand Mill

Structure description: 1. Grinding system material can be selected according to material characteristics and requirements; 2. The dual power structure is developed on the basis of the rod-pin sand

Dual-power Centrifugal Bead Mill

Structure description: 1. Grinding system material can be selected according to material characteristics and requirements; 2. The dual power structure is developed on the basis of the rod-pin sand

Ceramic Nano Sand Mill For Producing Dye Ink Pigment Ink

Introduction: The ceramic sand mill adopts ceramic rotor and ceramic grinding chamber, and the product covers laboratory and industrial production equipment. Ceramic sand mills are widely used in

Dual Power Nano Sand Mill

Introduction: Yushun intelligent dual power nano Sand mill series represents the current advanced wet mechanical nano grinding technology. The entire grinding chamber is designed with all ceramic

Horizontal Bead Mill

The Horizontal bead mill is horizontal type, suitable for ultra-fine grinding of solid-liquid suspensions. PLC control, simple and convenient operation.. 1. Milling Type: PS pin type, WS large flow

Nano Grinding Mill

1. Compact structure, convenient operation, practical and beautiful.. 2. The pin structure, the rotating pin strongly impacts the beads and acts on the material to force grinding and dispersion to

Laboratory Horizontal Bead Mill

The laboratory sand mill is a wet ultra-fine grinding equipment tailored for R&D and small-scale production. It achieves nano-level dispersion and grinding by agitating grinding media (e.g., zirconia

Disc Type Bead Mill

Large-flow static discharge device, the grinding efficiency is 70%-100% higher than the ordinary type, and it is widely used in coatings, paints, inks, pesticides and other fields.

Pin Type Bead Mill

The rotor is a pin structure, which has the characteristics of strong shearing force, uniform power distribution, and good fluidity of materials and media in the grinding chamber.