Precision display decorative parts injection mould
3 week ago
Custom Injection Molds for Spray-Free Automatic Flip Trash Cans: Design, Advantages, and Applications
In the field of injection mold manufacturing, custom injection molds for spray-free automatic flip trash cans have become key to improving the production efficiency and quality of trash cans due to their unique design and practical value. These molds are developed for spray-free and automatic flip functions, precisely meeting the production needs of trash cans and helping to create more intelligent and durable sanitation and household products.
I. Mold Design: Technical Support for Core Functions
1. Mold Guarantee for Spray-Free Process
High-gloss molding technology is the core to achieve spray-free. The mold cavity is made of high-gloss steel, which is processed and polished by precision electric discharge machining, making the surface of the trash can shell smooth as a mirror after injection molding without additional painting processes. This design not only reduces VOCs emissions, meets environmental protection requirements, but also simplifies the production process.
2. Precise Molding of Automatic Flip Structure
For the automatic flip function, the slider, angle pin and other demolding mechanisms of the automatic flip trash can mold are specially designed. The mold can accurately control the molding size of flip components (such as spring buckles and connecting rod structures), ensuring smooth opening and closing of the flip and good sealing performance, meeting the needs of intelligent use.
3. Optimization of Injection Molding Process
The mold runner design fully considers the fluidity of plastic melt, and through computer simulation analysis, realizes uniform filling of the melt into the cavity, avoiding defects such as material shortage and bubbles. This optimization ensures both the structural strength and the appearance quality of the trash can shell.
II. Core Advantages: Cost Reduction, Efficiency Improvement and Quality Upgrade
1. Shortening the Trash Can Injection Production Cycle
The spray-free process eliminates the need for painting and drying, reducing the production time of a single product by more than 30%. At the same time, the high degree of automation design of the mold reduces manual intervention, further improving production efficiency.
2. Enhancing Mold Durability
The mold is made of high-quality mold steel (such as 718H) and undergoes surface treatments such as nitriding and hard chrome plating. These measures extend the service life of the mold to more than 500,000 mold cycles, ensuring long-term and stable mass production needs.
III. Application Scenarios: Covering Multi-Field Needs
1. Household Trash Can Manufacturing
Molds customized for household scenarios produce trash cans with a simple appearance, suitable for modern home decoration styles. The automatic flip function avoids hand contact pollution, which is loved by consumers who pay attention to the quality of life.
2. Public Sanitation Trash Can Production
In public places such as shopping malls and hospitals, trash cans made by molds need to be durable and easy to clean. The spray-free surface is resistant to dirt and scratches, and the automatic flip design facilitates garbage disposal, reducing the work intensity of sanitation workers.
Through technological innovation, custom injection molds for spray-free automatic flip trash cans have solved problems such as low efficiency and poor environmental protection in traditional trash can production, providing high-quality solutions for trash can manufacturing in different scenarios. Whether in the household or public sanitation field, such molds are promoting trash can products to develop in a more intelligent and high-quality direction.
Similar Video Recommendation
You May Also Like
If you are interested in the product, contact Bossgoovideo.com for more information
- *To:
- Horizon Mold Chain Co., Ltd
- *Message:
-
Submit
Main Product:
Plastic Mold,
Die Casting Mold,
overmoulding,
Automobile mold,
Outdoor sports mold,
Precision part processing
You May Also Like