ABS Material Car Door Handle
1. Strength and durability: ABS alloy material combines the high strength and impact resistance of polycarbonate (PC) with the toughness and processing performance of acrylonitrile-butadiene-styrene copolymer (ABS) to ensure that the door handle It can withstand the stress and impact of opening and closing the door multiple times during long-term use.
2. Heat resistance and weather resistance: ABS material has good heat resistance and can maintain stable performance in different temperature environments. At the same time, its weather resistance means that the door handle will not undergo significant aging or discoloration even if it is exposed to sunlight for a long time.
3. Appearance and texture: ABS alloy material has a smooth surface and is easy to undergo surface treatments such as spraying and electroplating. It can achieve high-quality appearance and meet the car manufacturer's requirements for the appearance and feel of door handles.
ABS Material Car Door Handle
Door handle injection mold design：
First, analyze the process characteristics of the door handle, including material properties, molding characteristics and conditions, structural processability, etc. (The material of this product is ABS plastic, which is beneficial to improving the quality of the product. Strength, using the layout method of one mold and two cavities). And choose molding equipment.
Develop a variety of processing plans and compare the differences and characteristics of each plan, and then analyze the selection of the parting surface of the door handle injection mold, the determination and arrangement of the number of cavities, and then proceed to the gating system, molded parts, and combination Design of mold guide mechanism, demoulding mechanism, fixed distance parting mechanism and cooling system.
Then select the standard mold base and mold materials, and perform relevant checks on the process parameters of the injection machine. Through calculation and design, this design is feasible and can be used in actual production.
Finally, the working principle of the mold is explained, as well as the problems that may arise during the installation and debugging process are summarized and analyzed, and corresponding solutions are given.
