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Materials

07 11smn30 free cutting steel
Is 11SMn30 Steel Right for High-Volume CNC Turning?
Learn how 11SMn30 free-cutting steel supports efficient CNC turning, stable chip control, surface treatment, and lower batch-production cost.
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01 pure tungsten vs tungsten alloy
Pure Tungsten vs. Tungsten Alloy: Density, Ductility, Machining, and Cost
Compare pure tungsten vs tungsten alloy by density, ductility, machinability, applications, and cost for high-performance CNC parts.
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melting point of silver
What Is the Melting Point of Silver, and Why Does Alloy Grade Matter?
Learn the melting point of silver, how sterling silver differs from pure silver, and why alloy ranges matter for casting, finishing, and CNC machining.
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cast vs forged aluminum
ast Aluminum vs Forged Aluminum: Part Selection Guide
Compare cast aluminum and forged aluminum by strength, defects, machining, cost, geometry, production volume, and surface finish requirements.
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adc10 vs adc12 aluminum
ADC10 vs ADC12 Aluminum: Which Die-Casting Alloy Fits Your Part?
Compare ADC10 vs ADC12 aluminum for die casting. Learn how composition, strength, casting fluidity, CNC machining, finishing, cost, and part design affect selection.
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copper vs steel
Copper vs Steel: How to Choose the Right Material for CNC Machined Parts
Compare copper vs steel for CNC machined parts, including strength, conductivity, corrosion resistance, machining behavior, total cost, and practical material selection.
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does tungsten rust
Does Tungsten Rust? Pure Tungsten, Tungsten Carbide, and Corrosion Risks Explained
Does tungsten rust? Learn how pure tungsten, tungsten carbide, and tungsten alloys react to moisture, heat, chemicals, and CNC machining conditions.
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c40e
Is C40E Steel a Good Choice for CNC Machined Parts? Properties, Applications and Material Selection Guide
Learn what C40E steel is, its properties, equivalent grades, applications, material selection logic, and CNC machining considerations for precision mechanical parts.
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x45nicrmo4 part
Why Choose X45NiCrMo4 Steel for High-Load CNC Machined Parts?
Learn what X45NiCrMo4 steel is, how its nickel-chromium-molybdenum alloy design affects strength, toughness, applications, CNC machining, heat treatment and production risks.
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x6cr17 part
Why Is X6Cr17 Stainless Steel Used for Magnetic Corrosion-Resistant Parts?
Learn what X6Cr17 stainless steel is, how its ferritic 17% chromium structure affects corrosion resistance, applications, material selection and CNC machining behavior.
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x90crmov18 part
Why Use X90CrMoV18 Stainless Steel for Hard Wear-Resistant CNC Parts?
Learn what X90CrMoV18 stainless steel is, how its high-carbon high-chromium composition affects hardness, wear resistance, corrosion behavior, CNC machining and heat treatment.
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x100crmov5 part
Can X100CrMoV5 Tool Steel Be CNC Machined Before Hardening?
Learn how X100CrMoV5 tool steel behaves in CNC machining, including its properties, applications, heat treatment logic, wear resistance, distortion risk and production challenges.
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x153crmov12
Is X153CrMoV12 Too Wear-Resistant for Easy CNC Machining?
Learn how X153CrMoV12 tool steel performs in CNC machining, including its high wear resistance, properties, applications, heat treatment route, grinding allowance and production risks.
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x210cr12
Why Is X210Cr12 Steel Used When Tool Wear Is the Main Failure Risk?
Learn what X210Cr12 steel is, why it is used for wear-resistant tooling, and how its high-carbon high-chromium properties affect CNC machining, heat treatment and finishing.
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x210crw12
Why Use X210CrW12 Steel When Tool Edges Must Last Longer?
Learn how X210CrW12 steel performs in tooling applications, including its properties, wear resistance, edge retention, CNC machining route, heat treatment and finishing risks.
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x2crni12 part
Can X2CrNi12 Replace Mild Steel or 304 Stainless in CNC Parts?
Learn what X2CrNi12 stainless steel is, where it fits, how it compares with mild steel and 304 stainless steel, and how it behaves in CNC machining and fabrication.
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x40cr14 part
When Does X40Cr14 Stainless Steel Make Sense for Hardened CNC Parts?
Learn what X40Cr14 stainless steel is, how its martensitic properties affect hardness, corrosion resistance, applications, CNC machining, heat treatment and finishing risks.
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cuzn39pb2 part
Why Is CuZn39Pb2 Brass Popular for High-Speed CNC Turning? Properties, Uses and Machining Limits
Learn how CuZn39Pb2 brass performs in CNC machining, including its free-cutting behavior, properties, applications, material selection logic, chip control and compliance limits.
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