The production process of Mold Water Transport Joint is a delicate process involving multiple steps. The following is a detailed description of its production process:
1. Material preparation
First, select materials suitable for making Mold Water Transport Joint, usually brass, stainless steel or aluminum alloy. These materials have good thermal conductivity, corrosion resistance and machinability, and can meet the working requirements of Mold Water Transport Joint.
2. Design and drawing
Design detailed drawings of Mold Water Transport Joint according to the structure and cooling requirements of the mold. The drawings should include key information such as the size, shape, connection method, and thread specifications of the joint.
3. Blank processing
According to the design drawings, blanks are made using casting or forging processes. The purpose of blank processing is to form the basic shape and size of the joint and lay the foundation for subsequent processing.
4. Turning
The blank is turned on a lathe to remove excess material and form the precise size and shape of the joint. Turning requires strict control of cutting speed and feed rate to ensure processing accuracy and surface quality.
5. Thread processing
Thread the connection part of the joint on the thread processing machine to ensure the accuracy and fit of the thread. Thread processing usually adopts CNC processing to improve processing efficiency and accuracy.
6. Drilling and tapping
Drill holes and tap on the joint as needed to install other accessories or connect water pipes. Pay attention to maintaining the accuracy of the hole position and the correct use of the tap during drilling and tapping.
7. Surface treatment
Surface treatment of the joint, such as polishing, deburring, etc., to improve its appearance quality and corrosion resistance. Surface treatment can also be carried out by spraying, electroplating, etc. to enhance the durability and beauty of the joint.
8. Inspection and testing
After the manufacturing process is completed, the Mold Water Transport Joint is strictly inspected and tested. This includes dimensional inspection, thread fit test, sealing test, etc. to ensure that the joint meets the design requirements and work requirements.
9. Packaging and storage
Finally, the qualified Mold Water Transport Joint is packaged and stored. The packaging should meet the requirements of transportation and storage to ensure that the joint is not damaged during transportation and storage. During storage, attention should be paid to moisture-proof, dust-proof and corrosion-proof.
Through the above steps, the production process of Mold Water Transport Joint is completed. The quality and precision of each link need to be strictly controlled throughout the process to ensure the performance and quality of the final product.
