SYH-50 Three-Dimensional Mixer Machine 50L Capacity 0.75kW Motor for Pharmaceutical and Chemical Powder Blending

The SYH-50 Three-Dimensional Mixer features a mixing barrel suspended at the end of main and driven axles through two Y-type universal joints. These joints intersect and remain perpendicular to each other in space. When the drive shaft rotates, the universal joints enable the barrel to perform complex movements including translation, rotation, and rolling motions. Materials within the cylinder follow three-dimensional compound movement in axial, radial, and circumferential directions, allowing multiple materials to flow, diffuse, and blend with each other to achieve uniform mixing.

Specially designed for mixing PTFE polymer powder with materials like fiberglass, graphite, carbon, and bronze without temperature increase.

• Comprehensive system including base, drive system, universal wall-rocking mechanism, unique mixing barrel design, and electrical control system
• Rational design with fine processing, stable movement, and stepless speed adjustment
• Large loading coefficient with high mixing uniformity and easy discharge
• GMP-compliant design with easy cleaning capabilities
• Clamp flange sealed inlet and outlet for easy operation and excellent airtightness
• Eccentric cone discharge end with asymmetric design for superior material mixing
• Unique butterfly valve design ensures complete discharge with no residual material
• Stainless steel universal rocker arm mechanism with mirror finish for durability and aesthetics

• Pharmaceutical Industry: Blending powders and granules for tablets, capsules, and pharmaceutical products
• Chemical Industry: Mixing dyes, pigments, fertilizers, catalysts, and various powder materials
• Food Industry: Processing dry ingredients including spices, flour, sugar, and food additives
• Cosmetics Industry: Blending powders, pigments, and additives for foundation, eyeshadow, and face powders
• Research & Development: Laboratory experimentation and small-scale production studies