Steel strip granulator

The steel strip granulator evenly distributes the hot melted material from the upstream process onto the uniformly moving steel strip below it through the granulator distributor. A continuous water spray and cooling device is installed below the steel strip to force the material on the steel strip to solidify and cool quickly during the movement process, thereby achieving the purpose of granulation and forming. According to the physical properties and process requirements, different types of granulator feeders with different principles such as external rotation, internal rotation, reciprocating, and gate can be selected. According to physical properties and usage requirements, fabric forms such as intermittent dripping, continuous striping, and full width overflow can be selected to produce hemispherical, strip-shaped, and sheet-like products respectively.
Characteristics of Steel Strip Granulator
1. Reduce dust and improve operating environment; Continuous operation to improve production efficiency; The particles are regular, and the value of the product is increased.
2. By using thin steel strips for heat transfer and forced spray cooling, the hot-melt material can be quickly solidified and formed.
3. Due to the reversing bending of the steel strip at the discharge end, the bonding surface between the solidified material and the steel strip separates, resulting in less dust during discharge and complete protection of particle shape.
4. Both the steel strip and the fabric feeder adopt variable frequency speed regulation, which can be conveniently adjusted and controlled according to production capacity and physical properties.
5. Adopting three-stage temperature control to ensure stable and reliable system operation.
Application scope of steel strip granulator
This granulator is suitable for various materials with a melting point (softening point) below 250 ℃ that require condensation granulation. Typical application materials include sulfur, paraffin, resin, asphalt, maleic anhydride, partial anhydride, stearic acid products, hot melt solution, m-phenylenediamine, urea, rubber, and plastic additives.