304/Chromium Stainless Steel Forceps, Round-Top, Industrial/Laboratory Metal Tweezers, Wear Resistant, Hardened Fixtures, 1PCS/Set (1, 1.8mm Thick 304 Stainless Stee, 20cm Length)

Wear Resistant Construction: Hardened fixtures ensure exceptional wear resistance, maintaining performance even with frequent use in demanding applications Stainless steel forceps can be used for a long time at 250℃. They can maintain high strength at high temperatures, have good dimensional stability, a relatively small linear expansion coefficient, and are very close to the properties of metal aluminum The stainless steel forceps possess remarkable tribological properties, being resistant to sliding wear. Particularly, they can maintain high wear resistance and low friction coefficient even at 250℃ Stainless steel has high strength and toughness. Its surface is smooth and it has a good appearance. It is often used in architectural decoration and household items, and it has high strength and hardness Made of stainless steel, the design of a stainless steel shovel typically consists of a sturdy stainless steel handle. Stainless steel shovels are generally regarded as durable tools

• Premium Material: Constructed from 304 chromium stainless steel for superior corrosion resistance and long-lasting durability in industrial and laboratory environments
• The stainless steel forceps possess remarkable tribological properties, being resistant to sliding wear. Particularly, they can maintain high wear resistance and low friction coefficient even at 250℃
• Made of stainless steel, the design of a stainless steel shovel typically consists of a sturdy stainless steel handle. Stainless steel shovels are generally regarded as durable tools
• Stainless steel has high strength and toughness. Its surface is smooth and it has a good appearance. It is often used in architectural decoration and household items, and it has high strength and hardness
• Stainless steel forceps can be used for a long time at 250℃. They can maintain high strength at high temperatures, have good dimensional stability, a relatively small linear expansion coefficient, and are very close to the properties of metal aluminum