What is the difference between stone paper mixing granulator and continuous mixing granulator
DATE：2024/10/29 10:37:40 / READ： / SOURCE：This station
Stone paper mixing granulator and continuous mixing granulator are two commonly used equipment in the plastic processing industry, and they have significant differences in working principles, application areas, and production efficiency. The following provides a detailed analysis of the differences between these two devices.
Stone paper mixing granulator: Stone paper is a new environmentally friendly material composed of materials such as calcium carbonate and polyethylene. The stone paper mixing and granulating machine mainly mixes stone fillers (such as calcium carbonate) with plastic base materials and plasticizes them, and then granulates them. This type of equipment usually cannot achieve continuous production during operation, but processes the same raw materials in batches, mixes and plasticizes them to obtain particles.
Continuous mixing granulator: This equipment adopts a continuous production method, continuously feeding raw materials through equipment such as twin-screw extruders, while mixing, plasticizing, and granulating. The working process of the continuous mixing granulator is fluid, and the raw materials undergo multiple stages of processing inside the equipment, ultimately forming a stable particle output. This method not only improves production efficiency, but also ensures better uniformity of the finished product.
2. Production efficiency
Due to its batch processing characteristics, the stone paper mixing granulator is usually suitable for small-scale production or specific product processing. Its production efficiency is relatively low because each batch of production requires a certain amount of time for mixing and cooling.
The continuous mixing granulator performs even better in terms of production efficiency. Due to its continuous processing characteristics, it can achieve long-term uninterrupted production lines, suitable for large-scale production. In addition, continuous mixing can better control the temperature, avoid material overheating or degradation during processing, and thus improve the quality of the final product.
3. Application Fields
The stone paper mixing granulator is widely used in the production of stone paper and its composite materials. These materials are mainly used in packaging, stationery, decoration, and construction fields, and are favored for their environmentally friendly and pollution-free characteristics.
The application range of continuous mixing granulator is even wider. In addition to being used for plastic processing, it can also be used in multiple industries such as rubber, food, and medicine. Especially in fields that require high production volume and product uniformity, equipment is preferred.
4. Cost and Investment
The investment cost of stone paper internal refining granulator is relatively low, which is attractive to small or start-up enterprises. Meanwhile, the maintenance and operation of the equipment are relatively simple.
Due to its complex structure and working principle, the initial investment cost of the continuous mixing granulator is relatively high. However, with the expansion of production scale, the production cost per unit product often decreases, making it more suitable for large or medium-sized production enterprises.
Stone paper mixing granulator: Stone paper is a new environmentally friendly material composed of materials such as calcium carbonate and polyethylene. The stone paper mixing and granulating machine mainly mixes stone fillers (such as calcium carbonate) with plastic base materials and plasticizes them, and then granulates them. This type of equipment usually cannot achieve continuous production during operation, but processes the same raw materials in batches, mixes and plasticizes them to obtain particles.
Continuous mixing granulator: This equipment adopts a continuous production method, continuously feeding raw materials through equipment such as twin-screw extruders, while mixing, plasticizing, and granulating. The working process of the continuous mixing granulator is fluid, and the raw materials undergo multiple stages of processing inside the equipment, ultimately forming a stable particle output. This method not only improves production efficiency, but also ensures better uniformity of the finished product.
2. Production efficiency
Due to its batch processing characteristics, the stone paper mixing granulator is usually suitable for small-scale production or specific product processing. Its production efficiency is relatively low because each batch of production requires a certain amount of time for mixing and cooling.
The continuous mixing granulator performs even better in terms of production efficiency. Due to its continuous processing characteristics, it can achieve long-term uninterrupted production lines, suitable for large-scale production. In addition, continuous mixing can better control the temperature, avoid material overheating or degradation during processing, and thus improve the quality of the final product.
3. Application Fields
The stone paper mixing granulator is widely used in the production of stone paper and its composite materials. These materials are mainly used in packaging, stationery, decoration, and construction fields, and are favored for their environmentally friendly and pollution-free characteristics.
The application range of continuous mixing granulator is even wider. In addition to being used for plastic processing, it can also be used in multiple industries such as rubber, food, and medicine. Especially in fields that require high production volume and product uniformity, equipment is preferred.
4. Cost and Investment
The investment cost of stone paper internal refining granulator is relatively low, which is attractive to small or start-up enterprises. Meanwhile, the maintenance and operation of the equipment are relatively simple.
Due to its complex structure and working principle, the initial investment cost of the continuous mixing granulator is relatively high. However, with the expansion of production scale, the production cost per unit product often decreases, making it more suitable for large or medium-sized production enterprises.
Author：admin