Steel alloy is boasts of high tensile strength, heat resistance, good plasticity, and toughness. Steel alloys vary in their properties but are all very desirable for making high-quality parts with excellent mechanical attributes, part accuracy, and high repeatability. Parts made from steel alloys can be finished in an array of methods that embody both aesthetic and protective functions.
Custom steel parts are metal components or products that are specially designed and manufactured to meet unique or customized specifications. These parts can be produced through various metal fabrication processes, such as cutting, bending, welding, machining, or casting. Custom steel parts have many advantages, such as: Strength: Steel is a strong and durable metal that can withstand high pressures, temperatures, and impacts. It also has excellent fatigue and wear resistance, making it suitable for demanding applications. Versatility: Steel can be shaped into almost any form, size, and configuration, allowing for a high degree of customization and flexibility. Cost-effectiveness: Steel is generally cheaper than other metals by weight, and metal fabrication processes can reduce material wastage and production time, resulting in lower manufacturing costs. Recyclability: Steel is a sustainable and environmentally friendly material that can be recycled indefinitely without losing its quality or properties. Custom steel parts are widely used in various industries and applications, such as construction, automotive, aerospace, marine, energy, and more. Custom steel parts can provide solutions for complex and challenging problems, as well as create innovative and high-quality products
| MATERIAL | ELASTIC MODULUS (GPA) | TENSILE STRENGTH (MPA) | YIELD STRENGTH (MPA) | ATTRIBUTES | APPLICATION |
1010 Steel | 200 | 335 | 205 | ● Low Strength | Welding Parts, Cold Stamping Parts, Forgings, Carburized Parts Such As Bolts, Washers, Enclosures |
1018 Steel | 205 | 450 | 275 | ● Comprehensive Performance | Valve, Screw, Drive Shaft, Tools, Spring |
1020 Steel | 205 | 420 | 350 | ● Low Strength | Automotive Brake, Lever Shaft, Transmission Fork, Tracto Camshaft, Suspension Equalizer Shaft, Equalizer Bushings |
1045 Steel | 205 | 625 | 530 | ● Strength | Gears, Shafts, Valve Pins, Mechanical Parts, Forgings, Stamping Parts, Bolts, Nuts, Pipe Joints |
4130 Steel | 205 | 560-730 | 460 | ● Strength | Shafts, Spindles, High Loaded Control Wheels, Bolts, Studs And Gears |
4140 Steel | 213 | 795 | 610 | ● Strength | Drive Gear, Rear Axle, Spring Clamp |
4340 Steel | 205 | 745-1110 | 470-710 | ● Strength | Rotor Shaft, Turboshaft, Blades, High Loaded Transmission Components, Crankshaft Fasteners.Gears |
A2 Tool Steel | 205 | 690 | 655 | ● Toughness (Excellent) | Stamping Mould, Forming Punches, Steel Plate Punch, Trimming Tools |
A36 Steel | 203 | 400 | 250 | ● Comprehensive Performance | Rebar, Factory Buildings, High-Voltage Transmission Towers, Bridges, Vehicles, Boilers, Containers, Ships |
D2 Tool Steel | 205 | 370 | 210 | ● Wear Resistance | Cold Stamping Mould, Shear Blade, Screw Plate, Cold Extrusion Forming, Drawing Dies, Blanking Die |
S7 Tool Steel | - | - | - | ● Impact Toughness (Excellent) | Punch, Forging Die, Hammer, Chisel, Jig Die, Cutting Tool |
SKD11 | - | - | - | ● Strength | Plastic Mould, Scissors, Circular Saw, Metal Stamped Mould, Forming Roll, Transformer Core |
8620 Steel | 205 | 1176 | 785 | ● Strength | Gears, Automotive Bearings, Other Wear Resistant Parts. |
303 SS | 190 | 515 | 205 | ● Machinability | Bolts, Nuts |
304 SS | 190 | 515 | 205 | ● Corrosion Resistance | Tableware, Ambry, Boiler, Auto Parts, Medical Instruments, Building Materials, Food Industry,Agriculture, Marine Parts |
316 SS | 192 | 580 | 310 | ● Corrosion Resistance (Excellent) | Offshore Equipment, Chemicals, Dyes, Papermaking, Oxalic Acid, Fertilizers, Photography, Food Industry, Coastal Facilities, Ropes, Bolts, Nuts. |
416 SS | - | - | - | ● Low Carbon Content | Solenoid Valve, Micro Motor, Electrical Components Production |
15-5 PH | - | 550 | 200 | ● Comprehensive Performance | Mechanical Parts, Marine Industry, Aerospace, Aircraft Parts, Valves, Shafts, Fasteners, Connectors, Gears |
17-4 PH | - | 930 | 725 | ● Strength | Offshore Platform, Helicopter Deck, Food Industry, Paper Industry, Aerospace (Turbine Blades), Mechanical Part, Bearings, Steam Turbine Parts |
440C | - | 560 | 250 | ● Temperature Resistance | Surgical Scalpel, Scissor, Nozzle, Bearings |
Products in Custom Steel cnc machining parts service
Steel is a metal that can be easily machined using CNC machines, which can perform various operations on metal with high precision and accuracy. Steel is suitable for custom CNC machining because it is strong, durable, versatile, cost-effective, and recyclable. Custom CNC machined steel parts can provide solutions for complex and challenging problems, as well as create innovative and high-quality products.
Steel is available in the 1010、1018、1020、1045、4130、4140、4340 and more. The stainless steel alloy of 1010、1018、1020、1045、4130、4140、4340 and others all have various levels of very good corrosion, chemical, and heat resistance.
AISI 1010: Low-carbon steel (0.10% carbon)、Good machinability and weldability、Limited strength. Used for mounting plates, brackets, and everyday applications.
AISI 1018: Low-carbon steel (0.18% carbon). Excellent machinability and weldability、Moderate strength. Commonly used in shafts and machine components.
AISI 1020: Medium carbon steel (0.45% carbon)、 Good toughness and ductility、Easily machined and welded. Suitable for gears and shafts.
AISI 1045: Medium carbon steel (0.45% carbon)、 High strength and wear resistance、 Can be heat-treated、Used in gears and connecting rods.
AISI 4130 and AISI 4140: Both are low-alloy steels. Good machinability, ductility, and weldability、Used in automotive, aerospace, and machining industries.
AISI 4340: Ultra-high strength alloy steel、Deep hardenability and high ductility、Suitable for critical applications requiring strength and durability





How much does it cost to CNC Aluminum?
The cost of CNC machining Aluminum depends on the complexity and size of the part and the type of Aluminum. These variables will affect the type of machine that is required, the time it takes to produce the part and the cost of the raw material.




