Alloy 4130 Is a Chromium-Molybdenum Alloy Steel That Is Widely Used in Various Industries Due to Its Excellent Strength, Toughness, and Resistance to Wear and Tear. This Versatile Alloy Is a Popular Choice for Applications That Require High Performance and Durability, Such as Aircraft Parts, Bicycle Frames, and Automotive Components.
One of the Key Benefits of Alloy 4130 Is Its Strength-To-Weight Ratio, Which Makes It an Ideal Material for Applications Where Weight Is a Critical Factor. Additionally, the Alloy Can Be Easily Welded and Machined, Allowing for Complex Designs and Precise Manufacturing.
in Terms of Its Chemical Composition, Alloy 4130 Typically Contains 0.28-0.33% Carbon, 0.15-0.35% Silicon, 0.4-0.6% Manganese, 0.8-1.1% Chromium, 0.15-0.25% Molybdenum, and Trace Amounts of Other Elements. This Unique Combination of Elements Gives the Alloy Its Distinctive Properties, Including High Tensile Strength and Excellent Resistance to Fatigue.
If You Are Looking for High-Quality Alloy 4130 for Your Next Project, It Is Important to Choose a Reputable Supplier Who Can Provide You with the Right Grade, Size, and Quantity of Material. Look for a Supplier Who Has a Proven Track Record of Delivering Reliable and Consistent Products, as well as Excellent Customer Service and Support.
in Conclusion, Alloy 4130 Is a Versatile and High-Performance Material That Is Used in a Wide Range of Industries. Its Unique Combination of Strength, Toughness, and Resistance to Wear and Tear Make It an Ideal Choice for Applications Where Performance and Durability Are Critical. by Choosing a Reputable Supplier, You Can Ensure That You Have Access to the High-Quality Alloy 4130 You Need for Your Next Project.
Alloy 4130 Is a Versatile and Popular Alloy Steel That Has a Wide Range of Applications Across Various Industries. Its Unique Combination of Strength, Toughness, and Resistance to Wear and Tear Make It an Ideal Material for a Variety of Uses, Including:-
Alloy 4130 Is Commonly Used in the Aerospace Industry for Manufacturing Critical Components Such as Landing Gears, Wings, and Fuselage Frames. It’s Strength-To-Weight Ratio and Fatigue Resistance Make It an Ideal Material for Aircraft Parts That Require High Performance and Durability.
Alloy 4130 Is Widely Used in the Automotive Industry for Manufacturing Parts Such as Drive Shafts, Steering Components, and Suspension Systems. Its High Strength and Resistance to Fatigue and Wear Make It an Ideal Material for High-Performance Racing Cars and Off-Road Vehicles.
Alloy 4130 Is a Popular Choice for Manufacturing Bicycle Frames Due to Its Excellent Strength-To-Weight Ratio, Durability, and Ability to Be Welded and Machined. Many High-End and Custom Bicycles Are Made Using Alloy 4130.
Alloy 4130 Is Used in the Manufacturing Industry for a Variety of Applications Such as Tool and Die Making, Machine Components, and Structural Components. Its Versatility and Ease of Machining Make It an Ideal Material for Precision Manufacturing.
in Conclusion, Alloy 4130 Has a Wide Range of Applications Across Various Industries Due to Its Unique Combination of Properties, Including Strength, Toughness, and Resistance to Wear and Tear. Its Versatility and Reliability Make It a Popular Choice for Critical Components That Require High Performance and Durability.
Here Are Some of the Key Features of Alloy 4130
Here Are the Common Specifications of Alloy 4130:
Typically Contains 0.28-0.33% Carbon, 0.15-0.35% Silicon, 0.4-0.6% Manganese, 0.8-1.1% Chromium, 0.15-0.25% Molybdenum, and Trace Amounts of Other Elements
97,000-160,000 Psi (670-1103 Mpa)
63,000-105,000 Psi (434-724 Mpa)
Can Be Heat Treated to Improve Strength and Hardness
Good Weldability Using Conventional Welding Methods
Easily Machined Using Conventional Methods
Here Are Some Frequently Asked Questions (Faqs) About Alloy 4130:
