Double-layer filtered plastic container

Double-Layer Filter Container — Guangzhou Engineering Plastic Parts Processing Wins with Quality

Dongguan Dinghao Plastic Technology Co., Ltd. boasts modern factory facilities and a well-stocked warehouse. Adhering to the principle of "Excellent Quality, Continuous Improvement," the company maintains high standards from the outset, utilizing advanced technology and superior quality. It has introduced blow molding and compression molding production equipment while continuously enhancing its technical capabilities to provide customers with consistently high-quality products and timely services. The company implements strict standardized management of raw materials, production, processing, and sales, and continually explores management models suited to its development needs.

Name: Double-Layer Filter Container

Model: MPT-00412

Total Length: 210±0.5mm

Interface Diameter: 11±0.5mm

Middle Diameter: 50±0.5mm

Bottom Diameter: 42±0.5mm

Material: ABS   

Color: Transparent + Blue

Weight: 134g

Note: The above data is for reference only,

Please refer to the actual product,

Customization based on provided drawings or samples is available

Application Fields of Injection Mold Processing in Mold Factories
Injection molds are essential process equipment for producing various industrial products. With the rapid development of the plastics industry and the widespread application of plastic products in sectors such as aviation, aerospace, electronics, machinery, shipbuilding, and automotive, the requirements for molds from injection mold factories have become increasingly stringent. Traditional mold design methods used by conventional injection mold manufacturers can no longer meet today's demands. Compared to traditional mold design, computer engineering (CAE) technology offers significant advantages in improving productivity, ensuring product quality, reducing costs, and alleviating labor intensity.
For mold parts with very high hardness, some injection mold manufacturers resort to electrical discharge machining (EDM) when conventional machining methods are inadequate. EDM is also used for sharp corners, deep cavities, and narrow slots in mold cavities. CNC lathes are primarily used for machining standard rod-type mold components, as well as rotary mold cavities or cores, such as those for bottle and container injection molds, and forging dies for shaft and disc parts. In injection mold processing, the use of CNC drilling machines also contributes to improved machining accuracy and reduced processing cycles.