Chaoxin's High-Precision Optional Devices

CHAOXIN uses its own flow channel simulation tech and multi-layer co-extrusion process to make sure the film thickness is even. With a temperature- and humidity-controlled workshop and European five-axis processing equipment, they use special alloy steel to make high-precision, long-lasting professional die heads.

1. Central feed, side feed, flat stacking, flat taper stacking, different structures to choose from.

2. Standard die diameter φ500- φ 1000mm, fluid surface roughness Ra0.025, roundness error within ±0.01mm.

3. Customizable three-layer, five-layer, seven-layer, nine-layer, eleven-layer, and other specifications.

The gearbox features a lightweight design with an integrated housing that is precision-molded for high accuracy and excellent sealing performance. Compared to similar gearboxes, it offers advantages s

Usage:the accurate control of the extruder screw and Haul-Off, to ensure the extrusionproducts (thickness / weight per meter) is stable and reliable.

1.European technology, more stable, reliable, and efficient production.

2.The minimum ratio of measurement is 0.1%, and the error is 0.1%.

3.All components adopt total weightlessness control, and the mixing uniformity is better.

4.Modular design, economical and efficient, convenient to replace and easy to clean.

5.Industry 4.0 platform, standard Ethernet

6.communication interface, MODBUS-TCP.

7.communication is more reliable and stable.

1.European technology, more stable, reliable, and efficient production.

2.The minimum ratio of measurement is 0.1%, and the error is 0.1%.

3.All components adopt total weightlessness control, and the mixing uniformity is better.

4.Modular design, economical and efficient, convenient to replace and easy to clean.

5.Industry 4.0 platform, standard Ethernet

6.communication interface, MODBUS-TCP.

7.communication is more reliable and stable.

1. Usage: Top-end brand Difiniti.The lost-in-weight feeder can control the extrusion and the Haul-Off at the same time, in order to control the extruded products quickly and steadily, and change the product specifications in a minute. Accurate thickness/weight per meter control can save the material of 2%-3%.

2. The types and proportions of raw materials can be increased according to demand, up to 8 kinds of raw materials.

3. Output:300-800kg/h

4. Weight: 30KG

5. Ambient temperature: 50℃

6. Max temperature of materials:70℃

7. Max temperature of materia:110℃

1. Usage:Use vacuum suction to automatically extract raw materials into the hopper.

2. Continuous and uninterrupted feeding is more labor-saving and convenient.

1. Usage:Use vacuum suction to automatically extract raw materials into the hopper.

2. Continuous and uninterrupted feeding is more labor-saving and convenient.

1. Usage: The Inner Bubble Cooling System (IBC) on a film blowing machine is designed to control and adjust the temperature of the inner bubble during the film extrusion process.

2. Enhancing Film Quality: The IBC system contributes to improving the uniformity and quality of the film by controlling and adjusting the temperature of the inner bubble. Cooling the inner bubble during the film blowing process helps achieve a more even film structure.

3. Reducing Shrinkage: The IBC system helps minimize the shrinkage rate of the film. By controlling the temperature of the inner bubble, it slows down the cooling process, thereby reducing the overall shrinkage of the film.

4. Optimizing Production Speed: The IBC system allows for better control of the film cooling process, enabling higher production speeds. This, in turn, enhances the overall efficiency of the film blowing machine.

1. Usage: The Inner Bubble Cooling System (IBC) on a film blowing machine is designed to control and adjust the temperature of the inner bubble during the film extrusion process.

2. Enhancing Film Quality: The IBC system contributes to improving the uniformity and quality of the film by controlling and adjusting the temperature of the inner bubble. Cooling the inner bubble during the film blowing process helps achieve a more even film structure.

3. Reducing Shrinkage: The IBC system helps minimize the shrinkage rate of the film. By controlling the temperature of the inner bubble, it slows down the cooling process, thereby reducing the overall shrinkage of the film.

4. Optimizing Production Speed: The IBC system allows for better control of the film cooling process, enabling higher production speeds. This, in turn, enhances the overall efficiency of the film blowing machine.

The rotating air ring of the blown film machine has functions like cooling, ensuring uniform cooling, improving film quality and adjusting film thickness distribution.

It can make the cooling effect of the film better and improve its transparency. To some extent, it can also increase the output. For users with insufficient factory building height, they can configure a chiller to reduce the standard height of the film blowing machine, and approximately 10 - 25% of the space can be saved in terms of height!