Other grinding equipment

TENCAN Other Grinding Equipment

TENCAN Other Grinding Equipment category is designed for special grinding, dispersion, pulverizing and laboratory sample preparation applications that cannot be fully covered by standard planetary ball mills, drum ball mills, stirred ball mills, vibration mills or sand mills. These machines provide more targeted solutions for high-viscosity materials, ultra-fine dry powders, wet emulsions, mineral samples, ceramic powders, resin materials and small-batch laboratory testing.

This series includes three roll mills, micro air jet pulverizers, laboratory air jet mills, colloid mills, laboratory rod mills, agate grinders, small powder grinders, resin ball mills, rapid ball mills, laboratory sand mills, basket sand mills and laboratory conical ball mills. Each machine is designed around a specific grinding principle and material requirement.

Why Choose TENCAN Other Grinding Equipment?

Different materials require different grinding methods. Some materials need strong shear rather than ball impact. Some high-value powders require very small-batch processing and high recovery rate. Some wet materials need emulsification and homogenization rather than dry milling. Some mineral samples require rod grinding for laboratory analysis. This category provides flexible equipment options for these special processes.

For laboratories, these machines help researchers test different grinding principles before selecting larger process equipment. For production users, they can solve special material problems such as high viscosity, agglomeration, heat sensitivity, contamination control, wet emulsification or fast sample preparation.

Three Roll Mill for High-Viscosity Materials

The three roll mill uses three horizontal ceramic rollers. Through roller compression, speed difference and strong shear force, it grinds, disperses and refines high-viscosity materials. It is suitable for pastes, inks, pigments, coatings, electronic pastes, ceramic slurries, adhesives and other materials that are difficult to process with ordinary ball mills.

The roller gap can be adjusted to control fineness, while ceramic roller materials help reduce contamination and improve wear resistance. For users working with thick slurry or paste systems, the three roll mill is a practical and efficient dispersion solution.

Air Jet Mills for Ultra-Fine Dry Pulverizing

Micro air jet pulverizers and laboratory air jet mills are designed for ultra-fine dry grinding. They use high-speed compressed airflow to make particles collide, shear and rub against each other inside the grinding chamber. Because there is no traditional grinding media, air jet mills are suitable for materials that require low contamination and fine particle size.

Micro air jet pulverizers are suitable for very small amounts of high-value powders. They are useful for laboratories that frequently change materials and need high recovery. Laboratory air jet mills are suitable for high-hardness, brittle, cohesive and fibrous materials, including zircon sand, zirconia, silica, alumina, calcium carbonate, carbon black, coatings, phosphors, plastics and rubber fillers.

Air jet grinding is also suitable for some heat-sensitive materials because the process can occur at relatively low temperature under airflow cooling.

Colloid Mill for Wet Refining and Emulsification

The colloid mill is mainly used for wet material refining, emulsification, homogenization and mixing. It is suitable for food, pharmaceutical, chemical and related industries. Through high-speed relative movement between the stator and rotor, the material is subjected to strong shearing, grinding and high-frequency vibration, helping semi-wet materials and emulsions reach a finer and more uniform state.

This machine is suitable for sauces, suspensions, emulsions, wet chemical materials and other fluid or semi-fluid systems. It is selected when the process requires both particle refinement and liquid-phase homogenization.

Laboratory Rod Mill and Sample Grinders

The laboratory rod mill is designed for small-batch grinding of ores, ceramics, chemical raw materials and other materials. It uses steel rods as grinding media and can support dry or wet grinding. It is widely used in mineral testing, material research, metallurgy, chemical processing and teaching laboratories.

Agate grinders and agate mortar systems are suitable for high-purity sample preparation where metal contamination should be reduced. They are useful for geological samples, chemical powders, ceramic materials and laboratory analysis.

Small powder grinders and rapid ball mills provide convenient solutions for quick sample preparation. They are suitable for users who need simple operation, compact structure and fast grinding results for routine laboratory work.

Laboratory Sand Mills and Basket Sand Mills

Laboratory sand mills and basket sand mills are suitable for wet grinding, dispersion and emulsification of small-batch materials. They are often used in coatings, inks, ceramic slurry, electronic materials, magnetic materials, catalysts, rare earth polishing powders, battery materials and nano material research.

Compared with production sand mills, these laboratory models are more compact and flexible. They allow researchers to test grinding media, slurry concentration, speed, time and target particle size before scaling up to pilot or production equipment.

Difference from Main Grinding Categories

Other grinding equipment is not a replacement for planetary, drum, stirred, vibration or nano sand mills. Instead, it complements them. Planetary ball mills are suitable for high-energy laboratory milling. Drum ball mills are better for gentle batch grinding. Stirred ball mills and sand mills are suitable for wet fine grinding and dispersion. Vibration mills are good for fast impact grinding.

Other grinding equipment is selected when the material or process needs a more specialized method, such as roller shear, airflow pulverizing, colloid emulsification, rod grinding, agate contamination control or small-batch rapid testing.

Customization and Selection Support

Selecting the right equipment depends on material state, viscosity, hardness, feed size, target fineness, dry or wet process, purity requirement, temperature sensitivity and batch volume. TENCAN can help users choose suitable machines and configurations according to actual grinding goals.

Whether the requirement is high-viscosity dispersion, ultra-fine dry pulverizing, wet emulsification, high-purity sample preparation, mineral testing or laboratory process development, TENCAN Other Grinding Equipment provides flexible solutions for special powder and material processing needs.