Ram Automation Tools Steel
Ram Automation Tools Steel is a high-speed steel commonly used in tool making and general machining. It has excellent hardenability, wear properties and edge retention which makes it an ideal choice for a wide variety of applications.
Ram Automation Tools Steel is a high carbon-High Chromium (Cr) tool steel. The steel is designed for excellent toughness and wear-resistance, making it ideal for production of cutting tools, including milling cutters, punches, drill bits and taps. Its high ability to keep sharp edges makes it an outstanding choice for milling metal products such as screws, nuts and bolts. The steel also offers excellent corrosion resistance, allowing it to be used in corrosive environments without risk of rusting.
The steel contains approximately 1.2 to 1.6% chromium, making it highly alloyed and resistant to wear, temperature and corrosion. As a result, all tools made with Ram Automation Tools Steel are especially durable and can keep their cutting edges even when used under extreme conditions of wear and abrasion. This makes the steel suitable for strong cutting tools or those that require consistent strength over time.
The high carbon content of Ram Automation Tools Steel helps it retain its tensile strength, making it suitable for machining operations that require blunt force. This is especially true for products that have high hardness and require production techniques such as grinding and polishing. The steel is relatively malleable, making it suitable for workholding and rapid machining applications.
Overall, Ram Automation Tools Steel is an excellent material for machining operations that require extremely strong cutting tools. Its combination of high wear-resistance, edge retention and corrosion resistance makes it an ideal choice for a wide variety of applications. This includes everything from thread cutting and tapping, to grinding, polish and forming operations. As a result, it is the ideal material for tool makers, machinists and tool makers who need tools that will last in industrial and production environments.
