New energy equipment plastic accessories

Heyuan PA66 Injection Molding Products - Supply Quality of Plastic Parts for Shanghai New Energy Equipment

Dongguan Dinghao Plastic Technology Co., Ltd. is an enterprise integrating product design, production, sales, and operation. With scientific management, the company has established a strong competitive advantage in factory, foreign trade, supermarket, and e-commerce channels. Friends from all walks of life are welcome to visit and guide. Dongguan Dinghao Plastic Technology Co., Ltd. adheres to the business philosophy of "Customer First, Sincere Service" and "Exquisite Quality, Integrity-Based," along with the behavioral principles of "Steadfast, United, Focused, and Dynamic." Our team is full of fighting spirit and confidence for the future!

Name: Plastic Part

Model: MPT-00322

Material: Plastic

Length: 172±0.5mm

Width: 24±0.5mm

Height: 50±0.5mm

Color: Blue

Weight: 30g

Note: The above data is for reference only,

Please refer to the actual product,

Customization is available based on provided drawings or samples.

Three Design Rules for Injection Molds
1. Injection design uses a uniform wall thickness throughout the part. This reduces residual stress, improves mold filling and cycle time. For uniform wall thickness design, there are some techniques for each part. Sink marks occur when plastic solidifies from the outside inward (near the mold surface). In thick sections, this causes internal tensile stress (due to shrinkage), which can lead to surface sinking and part warping. To minimize warping, transitions between wall thicknesses can be improved by using a slope.
2. Injection design is better with appropriate corner radii. The inner radius should be at least one material thickness.
3. Injection design should better suit the flow, material, or product design requirements. Using the minimum wall thickness ensures rapid cooling, short cycle times, and lightweight parts, leading to lower part costs. Injection design is better with ribs or gussets to improve part bending stiffness, avoiding the need for thick sections to achieve the same result, thereby saving weight, material cost, and cycle time cost.