This automatic continuous macadamia nut baking machine is suitable for baking nuts such as peanuts, melon seeds, pistachios, hazelnuts, almonds, etc. It can be heated with natural gas or liquefied gas. It has the characteristics of integrated baking and cooling, controllable baking time, speed, and temperature, adjustable, fault alarm, uniform baking, high yield, no pollution, no damage, open flame heating, and strong flavor.
Manufacturer of automatic continuous macadamia nut baking machine
This automatic continuous macadamia nut baking machine is suitable for baking nuts such as peanuts, melon seeds, pistachios, hazelnuts, almonds, etc. It can be heated with natural gas or liquefied gas. It has the characteristics of integrated baking and cooling, controllable baking time, speed, and temperature, adjustable, fault alarm, uniform baking, high yield, no pollution, no damage, open flame heating, and strong flavor.
Gas energy heat pump continuous drying equipment, multi-layer mesh belt dryer, fruit and vegetable drying production line, completely eliminates the need for burning wood, charcoal, boilers, and steam. Only a small amount of electrical energy is needed to drive the compressor to obtain the required high-temperature heat. The enclosed baking environment is not affected by external weather, and can operate continuously for 24 hours without manual flipping. The equipment runs fully automatically during the drying process, and materials do not need to be manually flipped. The equipment is easy to operate, stable in performance, PCL intelligent control, has the characteristics of small footprint, fast drying speed, uniform heating, low energy consumption, high output, labor-saving, environmental protection and energy saving, and has become an ideal equipment for drying large quantities of materials.
The operation process of the heat pump belt dryer is as follows:
The whole machine of the mesh belt dryer adopts 304 stainless steel mesh belt for conveying. The material is conveyed to the upper mesh belt of the dryer through the elevator, and then automatically enters and exits the material through the operation of the transmission motor and the conveyor mesh belt. The material is conveyed downwards through the topmost mesh belt in sequence. During the material dropping process, the material flips, causing the heating surface of the material to change, and the drying is uniform. Wet material enters the dryer from the feeding port and is dried on the mesh belt inside the dryer. Dry material is automatically discharged from the discharge port through the mesh belt.