Crown metal Industry is committed to deliver products that meet or exceed our customer’s expectations, on time every time.
Quality performance is a commitment to excellence by each and every employee at Crown metal Industry. This is to be achieved through teamwork and the process of continual improvement. Our aim is to be the best in our business.
The long-term business success of CMI depends on our ability to continually improve the quality of our services and products while protecting people and the environment. Emphasis are placed on ensuring human health, operational safety, environmental protection, quality enhancement, and community goodwill. This commitment is in the best interests of our customers, our employees and contractors, and the communities in which we live and work. QHSE from all employees and contractors. Line management has a leadership role in the communication and implementation of, and ensuring compliance with, QHSE policies and standards. We are committed to Protect, and strive for improvement of, the health, safety and security of our people at all times; Eliminate Quality non-conformances and HSE accidents; Meet specified customer requirement and ensure continuous customer satisfaction; Set Quality & HSE performance objectives, measure results, assess and continually improve processes, services and product quality, through the use of an effective management apply our technical skills to all HSE aspects in the design and engineering of our services and products; This Policy shall be regularly reviewed to ensure ongoing suitability. The commitments listed are in addition to our basic obligation to comply with GGME standards, as well as all applicable laws and regulations where we operate. This is critical to our business success because it allows us to systematically minimize all losses and adds value for all our stakeholders.
Sustainability:
Despite the increased popularity of the term “sustainability” that human societies will achieve environmental success, At CMI we follow the process of designing and operating systems such that we use energy and resources in an efficient way in order to reduce the wastage, manage the materials, prevent pollution and enhance the product, to achieve the sustainability goal.