APOLLO

Extrusion Blow Molding Machine Mould

Relying on advanced production equipment and exquisite craftsmanship, we carry out high-precision mould manufacturing and strictly inspect and calibrate every component during the process. After the manufacturing is completed, a comprehensive inspection of the product is carried out through the trial molding process. Based on the inspection results, the mould and process parameters are accurately adjusted until the product fully meets customer expectations.

The perfect adaptation of customized molds and blow molding machines significantly reduces debugging time and waste rate, effectively shortens production cycles, improves production efficiency, and reduces costs and enhances efficiency for enterprises. Moreover, we strictly control every aspect of customization to ensure high precision of the mould, thereby improving the overall quality of the product and ensuring the reputation of the enterprise’s product quality.

500 ml

PET Bottle

2L

Detergent Bottle

1000L

IBC Tank

30L

Chemical Bucket

160L

Water Storage Tank

More Specifications

More Moulds

CUSTOMIZATION PROCESS

Professional Mold Solutions

Mold requirement communication, 2. Scheme design, 3. Review and confirmation, 4. Precision manufacturing, 5. Strict quality inspection, 6. Delivery of trial molds

Design and Manufacturing of Moulds

Every Detail Demonstrates A Professional Level

01

Design Capability of Moulds

We have been engaged in the production and trade of blow molding machines for many years, and deeply understand the importance of molds. We fully consider the characteristics of plastic materials, such as thermoplasticity, melt index, etc., and based on this, we carry out precise mold cavity design to ensure that the size and shape of the final product strictly meet the requirements.

02

Manufacturing Process

From rough machining of the mold to final fine assembly, every step undergoes strict quality inspection to ensure that the precision and quality of the mold meet or even exceed industry standards. We pay attention to details and pursue excellence in the manufacturing process, only to deliver the highest quality blow molds to our customers.

03

Strict Material Selection

Fully consider various factors such as thermal conductivity, strength, wear resistance, corrosion resistance, polishing performance, cost, as well as the plastic used and production batch size. Accurately match the most suitable mold materials for different plastic raw materials and product requirements.

MOULD

Precise Mould

In the production of plastic products, blow molds are like precise “shaping masters”, determining the key characteristics of the product in all aspects through their structural design and performance characteristics.

Accuracy of Shape

When the tubular plastic billet is inflated by compressed air after the mold is closed, it will tightly adhere to the inner wall of the mold cavity, and the shape of the mold cavity will be accurately replicated on the product.

Dimensional Accuracy

The dimensional accuracy of the mold is directly transmitted to the product, and high-precision mold processing and assembly can ensure minimal dimensional errors in the mold cavity.

Surface Finish

Fine polishing, grinding and other treatments are carried out on the surface of the mold to achieve extremely high smoothness, so that the surface of the formed product can be smooth and even.

Wall Thickness Distribution

A reasonable design of the clamping port and layout of the exhaust hole groove can evenly squeeze the billet when the mold is closed, ensuring that the wall thickness of the billet is evenly distributed during the blowing process.

Cooling Efficiency

The cooling system design of the mold directly affects the cooling efficiency, which in turn determines the cycle time and energy consumption. A good cooling system can quickly cool and shape the product.

Smoothness of Demolding

The demolding slope, surface roughness, and design of the ejection mechanism of the mold all affect the demolding process. Smoothness, ejection mechanism, and appropriate demolding slope are important.