Sheet, Strip & Flake production with Feeding and Discharging Devices
While maintaining the uniform shape and size of pastilles is important for some, other manufacturers require production of sheets, strips or flakes. This is where the BernFlow®, Casting Box, and Weir Feeder come in. The raw material is fed continuously in a sheet form onto the Steel Belt surface and can be crushed into flakes by a Breaker from the Berndorf Band Group portfolio.
BernFlow®
The BernFlow® feeds raw material continuously onto the Steel Belt surface in the form of a sheet, thus making it the ideal feeding device for creaking flakes. The frame is furnished with adjustable screws, thus creating the possibility to assemble the feeding device with sliding rails and housing for fume extraction.
Product thickness is controlled with an adjustable knife located at the bottom of the BernFlow®, to meet required tolerances.
Casting Box
The Casting Box is a four-sided, heated device made of stainless steel. Heated by electric, thermal oil, or steam this device can reach temperatures up to 250 °C and 482 °F. When distributing the material onto the Steel Belt, the level of thickness can be manually adjusted between the front gate of the Casting Box and the Steel Belt, resulting in precise conformity to product tolerances, both thick and thin. There are no restrictions for thicker products with the use of this device.
Weir Feeder
The Weir Feeder is a device the alters the characteristics of the flow of material. Suited best for low to medium viscosity products, this feeder can be heated in a variety of ways including steam, hot oil, and electricity. As the raw material is pumped into the reservoir, it fills up the space. When the volume level is exceeded, the liquid flows onto the Steel Belt. The feeding pump controls the amount liquid dispensed onto the belt, preventing overflow, and ensuring a consistent layer of product.
Product Breaker
The Product Breaker is a discharging device that will create flakes from the solid sheet of product on the belt. As the material enters the discharge area, the two breaker shafts work together to produce uniformly shaped flakes. The final flake size can be modified depending on the design and spacing of the bottom shaft and the rotating speed of the shafts.