Annular forgings are important parts of the shipbuilding industry and are widely used in Canada. In order to ensure the quality of annular forgings, the Canadian government has implemented a series of standards and policies. The policy requires the mining machinery industry to adopt efficient testing measures in the production process to ensure its processing quality.
The Canadian Steel Standard Association has specified many specifications and procedures, which are crucial for controlling processing quality and determining the conformity of materials to relevant standards. For example, the simulated test of electromagnetic induction temperature in annular forgings must follow national standards.
In actual production, attention should be paid to maintaining the cleanliness of equipment and regularly carrying out maintenance during work. Each equipment should be subjected to regular performance checks and calibration. If there is a malfunction or abnormality, production must be stopped immediately and equipment inspection and maintenance carried out to ensure that the quality of the parts is not affected. Prior to or during production, the requirements and details of each process should be predetermined, and corresponding plans and testing measures should be formulated to ensure the processing quality and safety of annular forgings.
For example, the West Coast Shipyard uses advanced CNC machine tools to achieve fast and accurate production of steel rings, and measurement and quality inspection are strict links, eliminating unnecessary operations such as recording steel ring manufacturing data and re-making processes, allowing quality to reach a new level. In particular, the president of the West Coast Shipyard will give more detailed introductions about this project in future meetings.
In the Canadian shipbuilding industry, in order to control the processing quality of annular forgings, the government has established principled standards and necessary procedures, and shipbuilding companies have taken active measures in standardizing processing procedures and employee training. In addition, companies need to strengthen equipment maintenance and management, establish a sound quality management system, and ensure the stability and reliability of product processing quality.
