Manual forehead thermometer plastic shell

Heyuan PPA plastic mold production with excellent quality Jilin forehead thermometer plastic shell with good quality

Dongguan Dinghao Plastic Technology Co., Ltd.'s corporate goal is to establish a good image.
Originating from forward-thinking awareness, concepts determine status, everything is customer-centric, adhering to the concept of "continuous improvement," creating user value and social value, thereby enhancing corporate value and becoming a leader in the industry.
Dongguan Dinghao Plastic Technology Co., Ltd.'s service philosophy is: excellent quality, serving society.
Humanistic quality creates superior product quality, corporate culture quality builds perfect sincere service, the enterprise's mission is to create social value and customer value through human quality, enabling it to endure; excellent products promote the civilization of industry development, sincere service promotes harmonious development between enterprises, between enterprises and society, and between people. This is the responsibility society entrusts to enterprises. Driven by this sense of mission, we achieve fundamental awakening; we advocate: harmony in the family leads to prosperity, harmony in the nation leads to strength, harmony in the enterprise leads to success.

Name: Thermometer Instrument Shell

Model: MPT-00408

Length: 180±0.5mm

Total Width: 140±0.5mm

Diameter: 28±0.5mm

Width: 45±0.5mm

Material: ABS

Color: Yellow

Weight: 140g

Note: The above data is for reference only,

Please refer to the actual product,

Customization available with provided drawings or samples

Three Design Rules for Injection Molds
First, injection design uses uniform wall thickness throughout the part. This will reduce residual stress, improve mold filling and cycle time. Perfect uniform wall thickness design has some tricks 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 sink marks and part warping. To minimize warping, transitions between wall thicknesses can be improved by using a slope.
Second, injection design is better with appropriate corner radii. The inner corner radius should be at least one material thickness.
Third, injection design is better suited to the flow, material, or product design requirements. Using the minimum wall thickness ensures rapid cooling, short cycle times, and lightweight, which leads to lower part costs. Injection design is better with ribs or gussets to improve part bending stiffness, thus avoiding the use of thick sections to achieve the same result, saving part weight, material cost, and cycle time cost.