The TENCAN Double Cone Mixer is engineered for uniform blending of powders and granular materials. Its design supports applications across ceramics, magnetic materials, chemicals, metallurgy, pharmaceuticals, feed production, and related industries.
Construction options include polished stainless steel or liners made of wear-resistant materials such as corundum or polyurethane, depending on process requirements. The mixer is optimized for free-flowing powders and fine granular materials, delivering consistent results that meet international quality standards.
High Mixing Uniformity: Ensures homogenous distribution of additives and micro-materials
Energy Efficient: Low power consumption compared to traditional mixers
User-Friendly Operation: Simple design reduces labor intensity
Versatile Material Handling: Capable of mixing fine powders, wet mixtures, and granular materials
Durable Construction: Stainless steel and optional wear-resistant liners for extended service life
Scalable Capacity: Available in laboratory (5 L) to industrial-scale (300 L) models
Ceramics: Alumina, zirconia, technical ceramics
Magnetic Materials: Ferrites, soft magnetic powders
Chemicals & Pharmaceuticals: Powders, granules, additives
Metallurgy: Alloy powders, metal composites
Feed & Food Industry: Nutrient blends, dry feed formulations
Other Industries: Micro-material blending, powder coating, specialty materials

Working Principle
The Double Cone Mixer operates similarly to a V-type mixer. Materials are loaded into the double-cone-shaped container, which rotates at high speed, causing the contents to undergo continuous tumbling and impact. This motion ensures thorough and uniform mixing.
| Parameter | Specification |
|---|---|
| Product Name | Double Cone Powder Mixer |
| Brand | TENCAN |
| Model | 5–300L |
| Capacity | 5–300 L |
| Mixing Method | Dry / Wet |
| Mixer Body Material | Polished stainless steel or lined with corundum / PU |
| Suitable Materials | Free-flowing powders, granular materials, wet mixtures |
| Energy Consumption | Low (high energy efficiency) |
| Operation | Manual or motor-driven rotation |
| Applications | Ceramics, chemicals, magnetic materials, pharmaceuticals, feed, metallurgy |
| Features | Uniform mixing, low labor intensity, scalable capacity |

