Set of 2 Large Silver Stainless Steel Korean-style, Stylish, Japanese-style, Korean-style, Luxurious, Thick, Dishwasher Safe Combination of slotted and regular ladles Set contents can be changed if you send a message. Have you ever had a spoon that tasted strange in your mouth? This time, we are offering ladles made only from carefully selected SUS304 stainless steel. If you want to change to SUS304 stainless steel silver, we will create a dedicated page. Additional items are also available: Large 17cm long, 4.5cm wide. If you add one more, it's 250 yen. Anonymous Nekopos is available for an additional 100 yen. Aluminum products are difficult to excrete once they enter the body. They accumulate in the brain and can cause Alzheimer's and dementia. These are not aluminum products. Even on Amazon, most are SUS430. This is a top-of-the-line SUS304 stainless steel gold-plated product that is resistant to rust, discoloration, and has a focus on smell and texture. For more details, here's the difference between SUS304 and SUS430: SUS304, a representative of austenitic stainless steel, and SUS430, a representative of ferritic stainless steel, are both commonly used materials. This article explains the differences between SUS304 and SUS430. Features of SUS304: SUS304, which contains 18% chromium and 8% nickel, is a representative material of austenitic stainless steel and has many excellent properties such as good corrosion resistance, workability, and weldability. It is also resistant to high-temperature oxidation and has high heat resistance in high-temperature environments (up to about 900°C), so it is also used as heat-resistant steel. It has sufficient hardness for general use, but it cannot be further hardened by quenching. Unlike SUS430, which looks almost the same except for the degree of gloss, SUS304 does not have magnetism, so you can distinguish it by whether or not it is attracted to a magnet. However, when cold working such as bending or drawing is performed, work hardening occurs, increasing the hardness and also generating magnetism.