Product Description
Our technical expertise and skilled professionals enable us to manufacture, trade and supply the best quality High Speed Steel Rod. Available in different dimensions and shapes, the High Speed Steel Rod provided by us is basically used in oil & gas industry and steam boilers. This High Speed Steel Rod is precisely manufactured by inculcating skilled workforce and contemporary technology using quality approved stainless steel. Furthermore, we provide this High Speed Steel Rod in varied dimensions and shapes at market leading rates to the patrons.
Features:
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High efficiency
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Strong construction
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High tensile strength
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Compact design
Exceptional Material CompositionHigh Speed Steel Rods are formulated from alloy combinations featuring tungsten, molybdenum, chromium, vanadium, cobalt (optional), carbon, and iron. Depending on the selected grade such as M2, M35, or M42, the proportions vary to optimize specific properties like hardness, tensile strength, and heat resistance. This tailored composition ensures reliable performance in high-speed applications and longevity in demanding service environments.
Versatile Applications Across IndustriesThese steel rods are extensively used for manufacturing cutting tools, drills, taps, reamers, punches, and engineering components. Their excellent heat resistance and hardness make them ideal for applications in automotive, tool-making, construction, and industrial sectors. The flexibility to customize sizes allows seamless integration into various operational requirements and machinery.
Quality Manufacturing and ProcessingEach rod undergoes hot rolling and annealing processes, with options for hardening and tempering to achieve precise mechanical properties. Adhering to global standards such as AISI, ASTM, DIN, JIS, and EN, every piece is manufactured to meet strict tolerance for straightness and edge condition, ensuring safety and consistency in high-performance environments.
FAQs of High Speed Steel Rod:
Q: How can High Speed Steel Rods be customized for different industrial needs?
A: High Speed Steel Rods are available in various diameters (6mm to 80mm) and lengths (100mm to 6000mm), offering flexibility in sizing as per specific application requirements. Grades and finishes can also be tailored to meet the demands of industries such as automotive, tool-making, and construction.
Q: What are the key benefits of using high-speed steel rods in manufacturing?
A: These rods deliver excellent machinability, high hardness, and robust heat resistance. Their ability to maintain performance up to 600C makes them indispensable for cutting tools and high-speed operations, resulting in increased productivity and longer tool life.
Q: When should annealed, hardened, or tempered rods be used?
A: Annealed rods are preferred for easier machining and forming processes. Hardened and tempered rods are used where maximum strength, durability, and wear resistance are neededsuch as in cutting, drilling, and impact tools in industrial environments.
Q: Where are high-speed steel rods most commonly utilized?
A: They are predominantly used in the automotive sector, tool manufacturing, engineering, industrial construction, and for producing various cutting and forming tools including drills, taps, and punches.
Q: What is the process for manufacturing these rods?
A: Manufacturing involves a hot rolled process followed by annealing. Depending on application needs, additional heat treatment like hardening or tempering is applied to enhance mechanical and wear properties. Quality checks ensure adherence to international standards and customers specifications.
Q: How does the chemical composition affect the rods performance?
A: The blend of alloying elements such as tungsten, molybdenum, chromium, vanadium, and cobalt governs properties like tensile strength, hardness, and heat resistance. Grade selection tailors performance for specific industrial functions.
Q: What guidelines should be followed for using and maintaining high-speed steel rods?
A: Select appropriate grades and conditions based on application. Use correct machining techniques and tools to preserve the material integrity. Regular inspection and timely replacement optimize tool lifespans, ensuring sustained high performance.