Focus on heavy equipment
Gelatin drying is an important processing step, and the Drum Scraper Dryer is one of the common equipment used in this process.
Working principle of the drum scraper dryer
1. Raw material coating
The gelatin solution is evenly coated on the surface of the rotating drum, which is heated internally (usually steam heated), and the surface temperature can quickly evaporate the liquid.
2. Drying process
As the drum rotates, the liquid gradually forms a film and is heated to evaporate the water, leaving a dry solid film.
3. Scraper stripping
The solid film is scraped off by the scraper to form dry gelatin particles or flakes.
4. Collection and cooling
The scraped material is transported to the subsequent process for cooling, crushing and packaging.
Application of Drum Scraper Dryer in Gelatin Production
Processing requirements: Gelatin is sensitive to drying temperature, and the temperature and speed of the drum scraper dryer need to be precisely adjusted to avoid gelatin denaturation or degradation.
Thickness control: The thickness of the drying film is usually controlled between 0.2-0.5 mm to achieve rapid drying and uniform peeling.
The scraper drum dryer can be operated continuously with high thermal efficiency, suitable for mass production. By adjusting the drum speed and steam pressure, the thickness and dryness of the product can be accurately controlled. It is suitable for processing liquids, high-viscosity slurries, etc.
Potato starch residue, a byproduct of potato processing, is often considered waste. However, with the right approach, it can be transformed into a profitable resource. One of the most effective ways to monetize potato starch residue is by using a potato r
The coal slime dryer is a specialized industrial equipment designed to reduce the moisture content in coal slime, a by-product of coal washing and processing. With the increasing demand for efficient energy utilization and environmental protection, the co
South America is endowed with abundant biomass resources that offer immense potential for renewable energy. The continent’s rich forests, expansive agricultural lands, and energy crops provide an excellent foundation for a robust biomass pellet production
Okara, also known as soybean pulp, is a byproduct of tofu and soy milk production. Although rich in fiber and protein, fresh okara has a high moisture content (about 80%), making it highly perishable. To extend its shelf life and enhance its usability in