What is a frankincense machine?
The name of the Kander device is derived from the word compactor, which literally means compactor, and this device is basically responsible for the same task. The filling of all kinds of films and sacks is denser with the help of this device to prepare the required feed for the extruder.
Types of frankincense
Kinds of plastic frankincense devices can be divided according to several features, including technical specifications, brand, etc. Among these features, we can mention the size, weight, engine power and capacity of these devices.
Naturally, devices with higher capacity are placed at a higher level in terms of dimensions and weight. Also, these devices have more engine power.
How the frankincense device operates
This device is basically easy to use, and to use it, it is enough to pour the waste material according to the capacity of the device, and it will be crushed by the blades of the device. The mechanism of the said device is such that due to friction and high heat, the materials become a paste, which, by adding water, will be removed from the device in the form of sugar granules. In general, the blade of the device and its efficiency play a very important role in the quality of the device. Plastic pelletizing is an operation that includes processing and cutting melted polymer into cylindrical plastic pellets, dry and easy to move. The pellets that are produced are used in further processing operations such as injection molding and profile extrusion. Plastic pelletizing system is a type of technology in which plastic waste is recycled into reusable raw materials. The filtered molten strands are cooled for a short time and cut into balls. Then plastic manufacturers or processors can reuse it for different applications.
Pellet systems
Understanding the pelletizing system and feeding system will help you choose the right plastic pelletizing machine!
Pelletizers are essential parts of plastic pelletizing machines. There are different types of pelletizing methods. The die cut system, also known as the hot die cut pelletizing system, is the most popular system used among other options. In this system, molten polymers pass through the mold head and later a rotating blade cuts the hot polymer on the surface of the mold. * Hot Die facial pelleting system * Ring pelletizing with hot water * Underwater pelletizing system (UWP) The recycling machine has an internal compact cutter designed to recycle polyethylene plastic film and PP plastic film scraps, which are light in weight. The compacting cutter of the plastic pelletizing machine prepares the plastic waste in ideal conditions for the extrusion process (precondition) and feeds the plastic waste directly into the extruder. Compared to conventional pelletizing machines, this integrated system does not require a separate crusher and thus eliminates the problem of inconsistent feeding, reduces space and labor costs, and consumes less energy. Among these types of devices, there is no perfect pelletizing machine, but only one of them is suitable for you. Each device and each process has a special and distinctive combination. Our years of experience and innovative thinking can help you design the right solution. Underwater pelletizing system is suitable for most polymers. Especially for TPU and TPV or similar elastomer, its advantage is enhanced. Compared to other pelletizers, the underwater pelletizing system is more compact, which is obvious when the output is very high. With this system, the size of the final pellets can also be controlled in a finer way. This system consists of die head, underwater pelletizers, water circulation system and dewatering system. It can also be incorporated into an automated packaging system. Plastic pelletizing is a system and technology in which plastic waste is recycled into reusable raw materials. The filtered molten strands are cooled for a short time and cut into pellets. Plastic manufacturers or processors can then reuse it for different applications. Plastic pelletizing machine plays an important role in recycling and reusing plastic waste. More and more manufacturers are looking for ways to reduce waste and recycle materials in their processes.