Compact Small Steel Belt Pastillator for Lab - China Suppliers & Factory for Hot-Melt Material Testing
Product Video
Long Description
The Small Steel Belt Pastillator for Lab is specially designed for laboratory research, pilot testing, and small-scale continuous granulation applications. The system converts molten materials into uniform solid pastilles through controlled droplet formation and rapid cooling on a continuously moving steel belt. Its compact structure and flexible operation make it ideal for R&D centers, universities, chemical laboratories, and material development facilities.
In laboratory granulation processes, maintaining stable droplet formation and consistent cooling is often challenging, especially when handling high-viscosity or temperature-sensitive materials. Our lab-scale steel belt pastillator is equipped with precise feeding and temperature control systems to ensure stable pellet formation, uniform particle size, and reliable experimental results. The cooling steel belt design also helps minimize sticking and improves product consistency during testing.
The equipment supports continuous operation while requiring only a small amount of material, making it highly suitable for formula screening, process validation, and new product development. Operators can easily adjust parameters such as feeding rate, cooling conditions, and belt speed to simulate different production environments and evaluate granulation performance efficiently.
Built with industrial-grade components and a user-friendly design, the small steel belt pastillator provides reliable operation, easy cleaning, and convenient maintenance. It also serves as an effective bridge between laboratory testing and industrial-scale production, helping customers reduce development risks and shorten scale-up time.
Key advantages compared with underwater granulation
- Compact design suitable for laboratory and pilot-scale use
- Continuous granulation with stable operation
- Uniform pastille size and consistent product quality
- Precise temperature and feeding control
- Efficient cooling and rapid solidification
- Suitable for various hot-melt materials and chemical products
- Low material consumption for experimental testing
- Easy operation, cleaning, and maintenance
- Flexible parameter adjustment for process development
- Helps simplify scale-up from lab to industrial production
Engineering case
