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1) Check the fit dimensions of the ring and the ring seat to ensure that the interference value meets the requirements. 2) Clean the ring and its seat thoroughly, ensuring there are no defects or other factors that could affect assembly. 3) Prepare the necessary tools and equipment. Such as muffle furnaces, hooks, pliers, etc. 4) First, heat the muffle furnace to 300°C and maintain that temperature for about 10 minutes until the temperature inside the furnace stabilizes. 5) Place the ring seat in the furnace; at this point the temperature drops. Once the temperature rises back to 300°C, maintain it at that level for 5–10 minutes. 6) After hooking the ring seat with a hook, quickly place the ring freely into the ring seat (do not strike it if it will not fit in), and allow it to cool down naturally. Note: ① Hot loading should be carried out indoors; ② The ring seat must not be placed in the furnace to heat up together with it, as this will cause the ring to remain in the furnace for too long, leading to increased oxidation.
The steps for operating a hot-mounted seal ring are roughly as follows: 1. Check the dimensions of the seal ring and the ring seat to ensure that the interference fit meets the design requirements. 2. Clean the seal ring and ring seat to ensure the surfaces are free of scratches and impurities. 3. Prepare heating equipment such as muffle furnaces, and picking tools such as hooks and pliers. 4. Preheat the muffle furnace to 300 degrees Celsius and maintain that temperature for 10 minutes. 5. Place the ring seat in the muffle furnace and heat it; once the temperature rises to 300 degrees Celsius, maintain that temperature for 5 to 10 minutes. 6. Quickly use a hook to remove the heated ring seat and insert the sealing ring into it; do not use force by hitting it. Then allow it to cool naturally at room temperature. Precautions: – Hot loading operations should be carried out indoors to avoid exposure to external environmental factors. - The ring seat should not be heated together with the furnace, as this will cause excessive oxidation of the ring seat and affect its quality. .