The two-shafts paddle mixer is a high-performance industrial solution designed for the continuous and rapid blending of powders, granules, flakes, and viscous materials. Its primary advantage is its compact, space-saving structure combined with a soft yet stable mixing action that prevents material degradation while maintaining environmental standards through a dust-free, leak-proof seal. Whether used for adding precise amounts of liquids or preparing materials for pelleting, the twin shaft paddle mixer from Liyang Yuda Machinery Co.,Ltd. ensures consistent output with minimal noise and zero pollution.
The double shaft paddle mixer is engineered for versatility across multiple sectors. Its ability to handle diverse material states makes it a cornerstone in modern production lines.
In feed engineering, this equipment is often flexibly installed upstream of keepers, ripening, or pelleting machines. It excels at incorporating liquid additives into dry bases, ensuring a uniform mix before the pelleting process begins. The gentle handling is crucial for maintaining the quality of fragile food or feed particles.
For pesticides and pharmaceutical powders, the twin paddle mixer offers a reliable, sealed environment. The no-leakage design protects operators and prevents cross-contamination, which is vital when dealing with sensitive or hazardous chemical compounds.
The twin shaft paddle mixer design focuses on accessibility and adaptability to meet specific production challenges.
The following data highlights the performance capabilities of a standard industrial model used in high-capacity lines.
| Capacity | 20 m³/h |
| Rotor Size | Φ280 × 3200 mm |
| Rotor Speed | 161 rpm |
| Motor Power | 15 kW |
The twin shaft paddle mixer stands out for its compact footprint, requiring significantly less floor space than alternative mixing technologies while delivering a high throughput of 20 m³/h. Liyang Yuda Machinery Co.,Ltd. prioritizes both aesthetics and functionality, resulting in a machine that is as visually streamlined as it is operationally efficient. With its stable performance and environmentally friendly operation, it remains the preferred choice for facilities aiming for high-standard continuous production.