You will find that 98% of public toilets today will be equipped with sanitary partitions. At the same time, 92% of 98% of toilet partition walls will be made of stainless steel honeycomb panels. Have you ever wondered why so many homeowners choose this material? The advantages of installing honeycomb panel toilet partitions can be summarized as dry and wet separation, heat preservation, and beauty. The partition of the bathroom not only brings more space utilization but also creates a comfortable private environment for us.
With the improvement of the quality of life, people have also pursued the materials of public toilets used outdoors every day. What are the metal sanitary partitions on the market now? The stainless steel honeycomb panel manufacturer will take you to visit the stainless steel honeycomb panel sanitary partition material and its manufacturing process.
The stainless steel toilet partition of the stainless steel honeycomb panel is made of 304 stainless steel. As a general-purpose stainless steel material, 304 stainless steel has strong rust resistance, excellent corrosion resistance, and good intergranular corrosion. The surface is treated with wire drawing or strong light and anti-fingerprint, which improves the shortcomings of poor stain resistance and difficult maintenance and cleaning on the surface of the stainless steel plate, and has a good texture and beautiful appearance.
Stainless steel toilet partition wall surface brushed or bright anti-fingerprint treatment. Wire drawing is also known as grinding treatment, that is, grinding the strip with a certain amount of abrasive belt. Stainless steel wire drawing is a metalworking process and a popular surface treatment technology in the stainless steel and aluminum products industry today. Brushed effect treatment of stainless steel and aluminum products. The inner layer adopts a high-strength lightweight honeycomb core structure, which has the characteristics of anti-deformation, anti-impact, light overall structure, and good sound insulation effect.