"3mm carbon steel coils"
グレード50 A572 炭酸鋼板 A36 温かい鋼のホットロールシート
Grade 50 A572 Carbon Steel Plates A36 Mild Steel Hot Rolled Sheet Product Overview High pressure steel plates include carbon steel, carbon manganese steel, microalloy steel, low alloy high strength steel, and low temperature steel. The working temperature is generally -20℃ to 500℃, and some can reach 560℃. These plates are primarily used to manufacture ASME pressure vessels, with 16MnR steel being a common specification. Product Specifications Item Grade 50 A572 Carbon Steel
硬度炭素コイル カスタマイズされた 自然な色 Q195 Q235 Q345 A36
Hardness Carbon Coils Customized Natural Color Q195 Q235 Q345 A36 Product Overview Our Carbon Steel Coil features exceptional hardness, making it ideal for heavy-duty applications requiring sturdy materials. The natural finish provides a sleek, modern appearance suitable for industrial and construction projects. Key Specifications Product Name: Carbon Steel Coil Material: Hot rolled carbon steel Grade: Q195/Q235/Q345/A36 Thickness: 3mm - 6mm Length: Customized Tolerance: ±1%
カスタム処理硬度炭素コイルロールグレード Q195 Q235 Q345
Custom Processing Hardness Carbon Coil Roll Grade Q195 Q235 Q345 Product Overview Our Carbon Steel Coil features exceptional hardness, making it ideal for heavy-duty applications requiring sturdy materials. With a natural finish perfect for industrial and construction projects, this product combines durability with a modern aesthetic. We offer custom processing services to ensure each coil meets your exact specifications. Understanding that every project is unique, we provide
D-60 DP-60 溶接肉盛耐摩耗鋼板 HRC 58-62
D-60 DP-60 Welding Overlay Wear Resistant Steel Plates HRC 58-62 Product Overview D-60 / DP-60 Welding Overlay Wear-resistant Plate HRC 58-62 What is a Weld Overlay Wear-Resistant Plate? This specialized plate consists of two distinct layers: Base Layer (Substrate): Typically made of low-carbon steel or low-alloy high-strength steel (such as Q235B, Q345B, or NM400). This layer provides excellent toughness, impact resistance, and ductility, bearing the overall structural
