Food Drying Industries
Fluid Bed Driers
Fluid bed drying, commonly used for products like tea, desiccated coconut, and milk powder packaging, operates by supplying hot air from the bottom of the bed to lift and dry particles evenly. This process can utilize steam, thermic fluid, or hot water as a heat source. At CST, we provide reliable radiators that work seamlessly with these energy sources, ensuring consistent, long-term performance. Our durable plate-type heat exchangers minimize breakdowns, delivering significant power savings and reducing operational costs.
Spray Driers
Spray dryers are widely used to dry liquid slurries, where the liquid is atomized within a column and interacts with hot air generated by steam, thermic fluid, or hot water. CST offers energy-efficient radiators crafted from various material combinations to suit these processes. Designed for durability, our radiators reduce breakdown time and deliver significant energy savings, optimizing both efficiency and cost-effectiveness in spray drying operations.
Contact Type Driers
In contact-type dryers, food particles come into direct contact with a heated surface, typically a stainless steel belt, which transfers heat via hot water, steam, or thermic fluid. CST provides robust radiators designed to support these systems efficiently, offering durable and energy-saving solutions that reduce operational costs and downtime. Our radiators are built for longevity, ensuring reliable performance in contact drying applications.
Batch Type Driers
Batch dryers using hot air are essential in processing a range of food and agricultural products, including grains (like rice, wheat, and corn), fruits (such as apples, bananas, and mangoes), vegetables (like carrots, potatoes, and onions), herbs, spices, nuts, seeds, tea leaves, coffee beans, and legumes. Hot air for these dryers can be generated using steam, thermic fluid, or hot water, providing versatile temperature control for preserving product quality. At CST, we offer durable, energy-efficient radiators designed for these heating sources, ensuring reliable performance that minimizes breakdowns and reduces energy consumption over time.