Drying hot air furnace helps improve efficiency

2024/11/21 15:12

In the production process of Huanshi Organic Fertilizer Company, the drying process of materials has a vital impact on the quality and production efficiency of the final product.

Before the introduction of the drying hot air furnace, the company adopted the traditional drying method and faced many problems:

Low drying efficiency: The processing capacity of traditional drying equipment is limited and cannot meet the company's growing production needs, resulting in material backlogs and extended production cycles, which seriously restricts the company's capacity expansion.

After in-depth market research and technical evaluation, the company chose the drying hot air furnace. This drying hot air furnace adopts advanced combustion technology and optimized heat exchange system, with full fuel combustion and thermal efficiency of more than 55%. By precisely controlling the combustion process and hot air circulation, energy is maximized, effectively reducing the company's energy costs.

Accurate temperature control: Equipped with a high-precision temperature control system, this ensures that the material is always in the best temperature environment during the drying process, avoiding the problem of uneven drying caused by temperature fluctuations, and greatly improving the stability of product quality. After being treated with the drying hot air furnace, the uniformity of the moisture content of the product has reached the industry-leading level, and the scrap rate has been significantly reduced.

Wide applicability: The drying hot air furnace can be used for drying a variety of materials. By adjusting the hot air parameters and drying process, it can meet the diversified production needs of enterprises and provide strong support for the product innovation and business expansion of enterprises.

Environmentally friendly design: It uses clean energy as fuel, and produces very few pollutants after combustion, which meets the national environmental emission standards.