Zhongshan Engineering Plastic Parts Processing Manufacturer - Wanjiang Inkjet Printer PPS Injection Molded Parts with High Hardness

Dongguan Dinghao Plastic Technology Co., Ltd. has an excellent management and technical team that can tailor-make various precision parts of all sizes according to customer needs. We provide integrated services including product development, mold design and manufacturing, and raw material procurement. With a strict quality management system, we ensure stable product quality, aesthetic appeal, and timely and efficient production. We produce user-friendly injection molded products with various properties such as ordinary, oil-resistant, weather-resistant, heat-resistant, wear-resistant, flame-retardant, and electrically insulating, suitable for different conditions. These products are widely used in electronics, electrical appliances, lighting, bathroom fixtures, aquarium equipment, daily necessities, engineering construction, hardware, commercial applications, automotive and motorcycle parts, and bicycle components.

Name: I-shaped Hollow Plastic Part

Model: MPT-00506

Length: 9.5±0.5mm

Width: 3.5±0.5mm

Height: 16±0.5mm

Total Length: 17±0.5mm

Total Width: 10±0.5mm

Total Height: 18±0.5mm

Material: PPS

Color: Brown

Weight: 1g

Note: The above data is for reference only,

Please refer to the actual product,

Customization is available based on provided drawings or samples.

What is the injection pressure of an injection mold?
Pressure exists to overcome the resistance during the flow of the melt. Conversely, the resistance encountered during the flow counteracts the machine's pressure to ensure a smooth filling process.
During injection molding, the pressure at the nozzle of the injection machine is high, overcoming the flow resistance throughout the entire process. Subsequently, the pressure gradually decreases along the flow path until it reaches the front of the melt. In cases where the cavity is well-vented, the pressure at the front of the melt is atmospheric pressure.
Factors affecting the melt filling pressure can be summarized into three aspects: material factors (such as the type of plastic, viscosity, etc.), structural factors (such as the type, number, and location of the gating system, the shape of the mold cavity, and the thickness of the product), and molding process factors.