Stainless steel kettles have become common drinking water containers in homes and offices due to their durability, safety, and easy cleaning. The manufacturing process is not only related to the appearance and user experience of the product, but also directly related to drinking water safety. The following will comprehensively introduce the production methods of stainless steel kettles from the aspects of material selection, processing and forming, assembly details and precautions.
Material selection:
Stainless steel material: Stainless steel kettles usually use 304 stainless steel as the main material. 304 stainless steel is a common stainless steel material with moderate density (7.93g/cm3), high temperature resistance (up to 800 degrees), good processing performance, and high toughness. This material not only ensures the durability and safety of the kettle, but also makes the kettle easy to clean and maintain.
Processing and forming:
Stamping: The stainless steel sheet is formed into the basic shape of the kettle through a stamping process. This step requires precise molds and strict process control to ensure that the shape and size of the kettle meet the requirements.
Welding and grinding: The various parts of the kettle are welded to form a complete kettle structure. After welding is completed, the weld needs to be polished to eliminate welding marks and improve the aesthetics of the kettle.
Notes:
Material safety: Make sure that the selected stainless steel material meets food safety standards and avoid using materials containing harmful substances.
Power control: When making a stainless steel electric kettle, it is necessary to reasonably control the power. At present, the power of stainless steel electric kettles on the market is generally high (up to 2200W), but too high power may cause safety hazards. Therefore, when designing, it is necessary to fully consider the matching relationship between power and kettle capacity and ensure the safety performance of the circuit.
Sealing performance: The sealing performance of the kettle is crucial to its use effect. During the production process, it is necessary to ensure that the lid and the body of the kettle are well sealed to avoid water leakage.
Quality inspection: Before the finished product leaves the factory, the stainless steel kettle needs to be strictly inspected for quality, including appearance inspection, performance testing and safety testing, etc., to ensure the quality and safety of the product.