Perforated Ladle Set of 4, Gold, Color Changeable, Stainless Steel SUS304

Perforated Ladle Set of 4, Gold, Customizable Color, SUS304 Stainless Steel

Silver Ladle, Large, Stainless Steel, Korean Style, Stylish, Japanese/Korean Style, Luxurious, Thick, Dishwasher Safe

Combination of perforated ladles and regular ladles.
Set contents can be changed upon request.
Have you ever experienced an unpleasant taste from spoons? These ladles are made exclusively from high-quality SUS304 stainless steel. A dedicated page will be created for silver SUS304 stainless steel changes. Additional items are also available. Large size: 17cm length, 4.5cm width.
Additional ladle: ￥250

Anonymous Nekoposu shipping available for an additional ￥100. Aluminum products are difficult to expel from the body and can accumulate in the brain, potentially causing Alzheimer's and dementia. These are not aluminum products. Most products on Amazon are SUS430. This is a gold-plated product made from the highest grade SUS304 stainless steel, which is resistant to rust and discoloration, and has a superior smell and texture. Learn more about the differences between SUS304 and SUS430. SUS304 and SUS430 are both commonly used materials, with SUS304 being a representative of austenitic stainless steel and SUS430 being a representative of ferritic stainless steel. This article explains the differences between SUS304 and SUS430. Features of SUS304: SUS304, containing 18% chromium and 8% nickel, is a representative austenitic stainless steel with 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 approximately 900°C), making it suitable for heat-resistant steel. While it has sufficient hardness for general use, it cannot be hardened further by quenching. What is SUS430: While visually similar to SUS304 except for its luster, SUS430 has strong magnetic properties, whereas SUS304 is non-magnetic and can be distinguished by whether it is attracted to a magnet. However, cold working such as bending and drawing can cause work hardening, increasing hardness and potentially inducing magnetism.