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Shower room seal strips play a crucial role in maintaining the functionality and durability of our bathrooms. These simple yet essential components provide an effective barrier against water leakage and keep our shower areas dry and safe. While seal strips may seem inconspicuous, the process behind their production involves careful craftsmanship and attention to detail. In this blog, we will delve into the fascinating journey of creating shower room seal strips, exploring the materials used, manufacturing techniques, and quality control measures employed to ensure their effectiveness.

1. Mold Selection: Before the production process begins, the first step is to select the appropriate mold. Choose a mold that suits the desired profile and dimensions of the seal strip, ensuring that it produces the required product.

   
   

2. Mold Installation: Install the selected mold onto the extrusion machine. Ensure proper installation of the mold to ensure accurate shape and size of the extruded seal strip.

   
   

3. Material Feeding and Heating: Add the chosen material to the feeding system of the extrusion machine. By controlling the heating process, raise the temperature of the raw material to the appropriate extrusion temperature, ensuring good flowability and extrusion performance of the material.

   
   

4. Extrusion of Finished Product: Start the extrusion machine and extrude the heated material through the installed mold. Ensure a stable extrusion process to obtain a continuous and uniform seal strip.

   
   

5. Product Inspection: Inspect the extruded seal strips obtained from the machine. Conduct visual inspections to check dimensions, surface quality, and other appearance defects. If necessary, perform sampling tests or use automated inspection devices to ensure product quality.

   
   

6. Cooling: The extruded seal strips enter the cooling area. Utilize appropriate cooling methods such as water cooling or air cooling to rapidly reduce the temperature of the seal strip, allowing it to solidify and maintain the desired shape.

   
   

7. Precision Length Cutting: After cooling, the seal strips undergo precise cutting to the required lengths. Employ high-precision cutting equipment to ensure accurate length for each seal strip.

   
   

8. Packaging and Shipping: Once the precision cutting is completed, package the seal strips and prepare them for shipping. Perform suitable packaging based on product design and market requirements, ensuring the seal strips remain in good condition during transportation and storage, meeting customer demands.