In the fine chemical and pharmaceutical industries, dicyandiamide (DCDA) is a key intermediate used in the production of resins, adhesives, pharmaceuticals, and flame retardants. As its applications demand high-purity and precisely classified particles, an efficient screening solution is vital for ensuring product quality and optimizing downstream processing. That’s where the vibro sifter proves to be an essential tool—offering accurate grading performance with a high output.
Optimized Classification for 10–50 Mesh Range
The primary objective in screening dicyandiamide is accurate particle size classification. For this material, target mesh sizes often range from 10 to 50 mesh, requiring equipment capable of delivering consistent grading without generating excess dust or oversize particles. The vibro sifter provides exactly that, with a typical processing capacity ranging from 1 to 3 tons per hour, depending on the mesh configuration and material flow.
By using vibratory motion, this machine gently yet effectively separates particles into designated size ranges. This ensures that end-users receive a product with consistent particle distribution—an essential requirement in applications such as high-precision chemical synthesis.
Multi-Layer Design for Flexible Grading
What sets this vibro sifter apart is its high degree of customization. The unit can be configured with one to five screening layers, allowing for multiple particle classifications in a single pass. This design flexibility helps eliminate the need for additional equipment, saving space and reducing labor.
In addition, the equipment supports a variety of screen frame designs and mesh support structures, enabling operators to adapt the machine to different material properties—from free-flowing powders to sticky or abrasive substances. Whether you’re classifying raw dicyandiamide or handling processed blends, the vibro sifter can be tailored to your exact production needs.
Key Advantages
Precise Particle Grading: Ideal for classifying materials between 10–50 mesh.
High Throughput: Handles 1–3 tons per hour for efficient large-batch processing.
Customizable Screen Layers: Configure 1–5 layers for simultaneous multi-grade separation.
Versatile Screen Design: Multiple mesh frame options to suit various material types.
Low Maintenance & Fast Changeovers: Designed for easy cleaning and screen replacement.
