As a professional steam iron supplier, Richer has won the trust of customers with its strict production process and high-quality products. Richer is well aware of the impact of each link of the production process on product quality. Therefore, in the manufacturing process of steam irons, Richer adopts high-standard production processes and refined management to ensure that each steam iron has excellent performance and reliable durability.
1. Raw material selection and testing
The first step in producing steam irons is to strictly screen raw materials. Richer cooperates with high-quality suppliers to select high-heat-resistant and non-corrosive materials to ensure the stability of steam irons under high temperature and high pressure environments. Commonly used materials include high-quality ABS plastics, stainless steel and ceramic materials, which need to undergo strict testing before entering the production line. Richer's quality control team will conduct physical and chemical tests on each batch of raw materials to ensure that the materials meet the standards.
2. Precision mold processing and injection molding
After ensuring that the raw materials meet the quality standards, Richer sends the materials to the mold processing and injection molding links. The shell and water tank of the steam iron and other parts are processed by high-precision molds. Richer uses advanced CNC numerical control technology to produce molds to ensure that the dimensions of each component are accurate and correct. The injection molding process is controlled by fully automated equipment to ensure a smooth product appearance and avoid minor flaws. At the same time, this high-precision processing also ensures the stability and durability of the steam iron under long-term use.
3. Heating element installation and safety testing
The heating element of the steam iron is one of its core components. Richer uses efficient and energy-saving heating components to ensure that steam is generated quickly and output evenly. During the installation of the heating element, Richer strictly controls the temperature and installation position to ensure that the heating element is accurately positioned in the iron to avoid steam loss. After the heating element is installed, Richer will conduct safety tests, including leakage detection and overheating protection tests, to ensure that the safety of the heating system meets international standards.
4. Steam system assembly and sealing treatment
Richer's steam irons are famous for their powerful steam output, which is inseparable from their sophisticated steam system design. During the assembly process, Richer strictly seals components such as water tanks, steam nozzles and ducts to prevent water and steam leakage. Each steam iron will be pressure tested after sealing to ensure that there is no air leakage or water leakage under high temperature and high pressure conditions. This process not only improves the steam output of the iron, but also extends its service life.
5. Quality control and testing
After all parts are assembled, Richer conducts a comprehensive quality inspection on each steam iron. The quality inspection process covers appearance inspection, steam function test, temperature control, and safety performance inspection. Richer's testing team will simulate different usage scenarios to test the performance of the steam iron under various temperatures and steam modes. Only qualified products will enter the next stage, and unqualified products will be returned for repair or scrapped to ensure that every iron received by the customer meets Richer's high quality standards.
Richer has established a complete logistics system to ensure that the product can be delivered to customers in a timely manner. After the products leave the factory, Richer will distribute them to all parts of the world through reliable logistics partners to meet the needs of different customers. In addition, Richer also provides warehousing and inventory management services for bulk orders to help customers arrange inventory reasonably.