LH-BM1000L 3 Layers IBC Tank Blow Molding Machine can blow 1-3 layers of IBC tanks, which is more suitable for various types of blow molding products, such as various chemical barrels, IBC tanks, IBC plastic barrels, etc. Plastic products, high product efficiency, fast blow molding, stable system and 40% energy saving.
LH-BM1000L 3 Layers IBC Tank Blow Molding Machine Introduction
LH-BM1000L 3 Layers IBC Tank Blow Molding Machine is a modern storage equipment. The IBC container ton barrel is divided into two parts: the inner container and the metal frame. The ton barrel blow molding machine mainly blows the IBC inner container.
LH-BM1000L 3 Layers IBC Tank Blow Molding Machine is often used in large-scale, high-speed and high-yield IBC ton barrel production lines, and there are many kinds of products that can be blown. With the development of IBC blow molding technology, blow molding products are constantly refurbished. Afterwards, a hollow blow molded product is obtained.
LH-BM1000L 3 Layers IBC Tank Blow Molding Machine structure and working principle
JK-IBC-3IBC ton barrel blow molding machine is to inflate the softened thermoplastic parison to make it closely adhere to the surface of the mold. After being inflated, the parison condenses to form a hollow blow molding ton barrel.
The structure of the LH-BM1000L 3 Layers IBC Tank Blow Molding Machine includes: screw, die, and mold. The screw is divided into single-screw and twin-screw. .
Most of the screws are driven by motors, and the speed of the screw is controlled by a frequency converter. There is a heating coil outside the screw to melt the plastic. According to the different melting points of each plastic, there is a temperature function display when designing the heating coil. Once the temperature exceeds If it is too high or too low, the screw will automatically stop and alarm.
The main function of the die is to melt the plastic. After the plastic is melted evenly, the die is used to extrude the hollow blow molding equipment. The design of the die will affect the uniformity of the thickness of the plastic parison, so the design of the die is more critical.
The mold is usually blown from the parison and then closed. The general mold workflow is: mold transfer – mold clamping – mold clamping – pressurization – blowing – exhaust – pressure relief – mold opening – mold transfer, Then go to the next cycle.
Post time: Apr-24-2022