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Featured Materials
Popular material grades across stainless steel, steel, aluminum, copper, cast iron, silver, and rubber & elastomers alloys with strength, composition and other available properties.
| Grade • Identifier | Material Family | Standard Identifiers | Tensile Strength (UTS) | Yield Strength (YS) | Status | Actions |
|---|---|---|---|---|---|---|
| C11000 ETP CopperElectrolytic Tough Pitch | Copper Alloys · Pure Copper | UNS: C11000COMMERCIAL: Electrolytic Tough PitchCOMMERCIAL: ETP | 289.6 MPa1/2 Hard (H02) | 206.8 MPa1/4 Hard (H01) | VERIFIED | |
| SAE 1018 Carbon Steel | Steel · Carbon Steel | SAE: 1018AISI: 1018SPECIFICATION: SAE 1018 Carbon Steel Engineering Datasheet | 399.9 MPaHot rolled (estimated minimum) | 220.6 MPaHot rolled (estimated minimum) | VERIFIED | |
| SAE 4140 Alloy Steel | Steel · Alloy Steel | SAE: 4140AISI: 4140SPECIFICATION: SAE 4140 Alloy Steel Engineering Datasheet | 930 MPaQuenched and tempered (voestalpine supply) | 740 MPaQuenched and tempered (voestalpine supply) | VERIFIED | |
| SAE 52100 Alloy Steel | Steel · Alloy Steel | SAE: 52100SPECIFICATION: SAE 52100 Alloy Steel Engineering Datasheet | 690 MPaSpheroidize Annealed Bar | 415 MPaSpheroidize Annealed Bar | VERIFIED | |
| 304 Stainless Steel | Stainless Steel · Austenitic | TYPE: 304UNS: S30400SPECIFICATION: 304 Stainless Steel Engineering Datasheet | 517.1 MPaASTM requirements (producer sheet) | 206.8 MPaASTM requirements (producer sheet) | VERIFIED | |
| 316L Stainless Steel | Stainless Steel · Austenitic | TYPE: 316LUNS: S31603SPECIFICATION: 316L Stainless Steel Engineering Datasheet | 482.6 MPaASTM requirements at room temperature (producer sheet) | 172.4 MPaASTM requirements at room temperature (producer sheet) | VERIFIED | |
| 17-4 PH (630) Stainless Steel | Stainless Steel · Precipitation Hardening | COMMERCIAL: 17-4 PHTYPE: 630UNS: S17400 | 1379 MPaH900 | 1275.5 MPaH900 | VERIFIED | |
| 6061 AluminumAA 6061 | Aluminum & Aluminum Alloys · Wrought Aluminum Alloys | AA: 6061UNS: A96061ISO: AlMg1SiCu | 124 MPaO Temper | 55 MPaO Temper | VERIFIED | |
| 7075 AluminumAA 7075 | Aluminum & Aluminum Alloys · Wrought Aluminum Alloys | AA: 7075UNS: A97075ISO: AlZn5.5MgCu | 228 MPaO Temper | 103 MPaO Temper | VERIFIED | |
| Sterling Silver 925Sterling Silver | Silver & Silver Alloys · Sterling Silver | UNS: P07925ISO: Ag925ASTM: B742 Grade 92.5 | 240 MPaAnnealed (O Temper) | 135 MPaAnnealed (O Temper) | VERIFIED |
Material Families
Browse 171 materials across stainless steel, steel, aluminum, copper, cast iron, silver, and rubber & elastomers alloys.
Stainless steels grouped by metallurgical family; source-specific chemistry and processing conditions remain attached to each grade.
Iron-carbon alloys with carbon content typically under 2.1 wt%, categorized into carbon steels, alloy steels, stainless steels, and tool steels.
Lightweight non-ferrous alloys with high specific strength, excellent thermal and electrical conductivity, and corrosion resistance.
Alloys possessing superior thermal and electrical conductivity, excellent corrosion resistance, and good machinability.
Iron-carbon-silicon alloys with carbon content generally between 2% and 4%, featuring high compressive strength and vibration damping.
Precious metals possessing the highest electrical and thermal conductivity of all engineering elements, characterized by standardized fineness grades, high optical reflectivity, and exceptional ductility.
Thermoset and polyurethane elastomeric polymer networks characterized by high reversible elongation, resilience, viscoelastic damping, and application-specific chemical and thermal endurance.
Common Material Comparisons
Side-by-side evaluations across 30 curated alloy pairings with condition-specific mechanical properties.
Selection between general-purpose weldable aluminum and ultra-high-strength aerospace zinc-alloyed aluminum.
Structural load capacity versus architectural extrusion complexity and anodized cosmetic surface finish.
Sheet metal bending radii and marine salt-spray endurance vs CNC machining rigidity and structural strength.
Compare source-specific carbon limits and plate mechanical requirements; the low-carbon grade remains a distinct identity, not an automatic substitute.
Compare source-specific carbon limits and plate mechanical requirements; the low-carbon grade remains a distinct identity, not an automatic substitute.
Fatigue crack growth resistance and fracture toughness (tension applications) vs peak static compressive and tensile yield strength.
Missing is better than invented.
Every mechanical property, chemical bound, and allowable stress deterministically maps to an authoritative standard specification (ASTM, ISO, EN, SAE) or peer-reviewed engineering handbook. Zero generative AI hallucinations or unverified interpolations.
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