Description
| MODEL | PLT -PLP7.5SC |
| Description | 7.5HP MS Pulverizer (Single Chamber) |
| Chamber Size | 14×7 |
| Size(L*H*W) | |
| Weight | |
| Capacity KG/HR |
The Platinum Flour Mill 7.5HP MS Pulverizer Single Chamber is a heavy-duty and high-performance grinding machine designed for commercial kitchens, flour mills, spice manufacturers, and food processing units. Made from premium-grade Mild Steel (MS), this pulverizer combines strength, durability, and excellent resistance to wear and tear — ensuring long-lasting operation even in demanding environments.
Powered by a robust 7.5HP copper winding motor, this pulverizer delivers superior grinding efficiency and consistent performance for processing a wide variety of dry materials such as grains, rice, pulses, sugar, coffee, and spices. The single chamber design ensures smooth operation, compact construction, and low maintenance while offering powerful performance and uniform results.
Built for continuous commercial use, this pulverizer is energy-efficient, stable, and easy to operate. Its vibration-free mechanism and noise-controlled design make it ideal for heavy-duty applications where reliability and output quality are a priority.
The Platinum Flour Mill 7.5HP MS Pulverizer Single Chamber is built for professionals who demand power, precision, and productivity. Its strong Mild Steel construction ensures superior durability, while the 7.5HP motor delivers exceptional grinding capacity for large batches.
The single-chamber system allows for efficient, fast, and uniform grinding with minimal power usage. Designed for both fine and coarse powder production, it meets the needs of commercial users who require reliability and performance in every batch. With its robust build, easy maintenance, and high output, this pulverizer is a perfect choice for businesses seeking a cost-effective, long-term grinding solution.
| MODEL | PLT -PLP7.5SC |
| Description | 7.5HP MS Pulverizer (Single Chamber) |
| Chamber Size | 14×7 |
| Size(L*H*W) | |
| Weight | |
| Capacity KG/HR |