Materials

Aluminium;Steel;Stainless steel;Copper;Titanium;Polymer;Nylon ;PC .All these materials are available in the Xometry Instant Quoting Engine. If you require a different, material please specify it as custom when you make a request.

CNC Machining

Aluminium

Aluminium 3.4365

CNC Machining

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Alternative Designations: EN-AW7075 | Al-Zn6MgCu

Key Features: High strength • Tough • Resistant to fatigue • Excellent machinability

Aluminium 3.4365/EN-AW7075 has high strength (57MPa), toughness and excellent resistance to fatigue. It has very good machinability.

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Aluminium 3.3211

CNC Machining

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Alternative Designations: EN-AW6061 | Al-Mg1SiCu

Key Features: High strength • Good weldability

Aluminium 3.3211/EN-AW6061 contains magnesium and silicon as its major alloying elements with trace amounts of copper.

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Aluminium 3.3206

CNC Machining

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Alternative Designations: EN-AW6060 | Al-MgSi

Key Features: Low strength • Heat treatable • Good weldability • Good corrosion resistance

Aluminium 3.3206/EN-AW6060 has good resistance to corrosion, good weldability and very suitable for cold forming.

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Aluminium Alloy 6082

CNC Machining

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Alternative Designations: EN-AW6082 | Al-Si1Mg｜Aluminium 3.2315

Key Features: Good thermal conductivity • High stress corrosion cracking resistance

Typically formed by rolling and extrusion, Aluminium 3.2315 has medium strength with very good weldability and thermal conductivity.

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Aluminium Alloy 5083

CNC Machining

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Alternative Designations: EN AW-5083 | Al-Mg4,5Mn｜Aluminium 3.3547

Key Features: Moderate strength • Good machinability

Aluminium 3.3547 / EN AW-5083 is a rolled plate with moderate strength. It is widely used in the capital goods industry.

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Steel

SKD11-Steel

CNC Machining

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Alternative Designations: SKD11-Steel

Key Features: 1. Exceptional wear resistance (strengthened by chromium, molybdenum, and vanadium carbides) 2. Excellent hardenability (it can be hardened by air cooling) 3. Stable heat treatment performance (minimal distortion) 4. High compressive strength (ideal for punching and molding dies)

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S136-Steel

CNC Machining

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Alternative Designations: S136-Steel

Key Features: 1. Exceptional corrosion resistance (it is comparable to 420 stainless steel) 2. Ultra-mirror polishability (it is free from inclusions and porosity) 3. Excellent wear resistance (which is further improved after heat treatment) 4. Low deformation during heat treatment (it is suitable for precision molds)

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SKD61-Steel

CNC Machining

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Alternative Designations: SKD61-Steel

Key Features: 1. Excellent high-temperature strength (it maintains high hardness even at 600°C) 2. Outstanding thermal fatigue resistance (it is resistant to cracking from thermal cycling) 3. Good temper resistance (stable hardness under high temperatures) 4. Moderate toughness (superior to cold-work steels, like SKD11)

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40Cr-Steel

CNC Machining

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Alternative Designations: 40Cr-Steel

Key Features: 1. High strength and toughness (tensile strength ≥ 980 MPa after quenching and tempering) 2. Good hardenability (chromium enhances heat treatment performance) 3. Moderate wear resistance (which can be improved through surface hardening) 4. Preheating required for welding (prone to cold cracking)

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NAK 80-Steel

CNC Machining

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Alternative Designations: NAK 80-Steel

Key Features: 1. Ultra-mirror polishability (achieving polishing grade above #15000) 2. High wear resistance (alloyed with copper and nickel, extending the mold service life) 3. Good texturing performance (suitable for detailed patterning) 4. Supplied in the pre-hardened status (eliminating the need for heat treatment, and reducing deformation risks)

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Mold Steel 718-Steel

CNC Machining

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Alternative Designations: Mold Steel 718-Steel

Key Features: 1. Excellent machinability (it can be directly machined in the pre-hardened condition) 2. High polishability (it can achieve mirror finish, suitable for high-gloss molds) 3. Good wear resistance and toughness 4. Uniform microstructure (nickel improves overall performance)

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S50C-Steel

CNC Machining

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Alternative Designations: S50C-Steel

Key Features: 1. High hardness and wear resistance (suitable for enhanced heat treatment) 2. Good machinability (especially in the annealed condition) 3. Limited weldability (preheating and post-weld heat treatment required) 4. High strength, suitable for parts subjected to heavy loads

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S45C

CNC Machining

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Alternative Designations: Steel 1.0503｜AF65C45

Key Features: High tensile strength • Low ductility • Low thermal conductivity

Steel 1.0503 (C45) has low thermal conductivity and low ductility among wrought carbon steels. It has a high tensile strength of 630MPa.

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Steel 1.7225

CNC Machining

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Alternative Designations: 42CrMo4

Key Features: High strength • Tough • Resistance to impact

Steel 1.7225 has high strength, toughness, good hardenability and resistance to impact. It is widely used in the construction of machines

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Q235A

CNC Machining

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Alternative Designations: EN 10025 | S235JR｜Steel 1.0038

Key Features: Good plasticity • Tough • Good weldability

Steel 1.0038 can be formed into many products. Its excellent weldability makes it to be widely used in bridges, transmission towers etc.

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Stainless steel

Stainless Steel2205

CNC Machining

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Alternative Designations: Stainless Steel 2205

Key Features: 1. High strength (yield strength is around twice that of 304 stainless steel) 2. Excellent corrosion resistance (resistant to seawater and acidic media) 3. Superior resistance to stress corrosion cracking (better than 304/316) 4. Good weldability

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Cr12-Stainless Steel

CNC Machining

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Alternative Designations: Cr12-Stainless Steel

Key Features: 1. Extremely high wear resistance (reinforced by high-chromium carbides) 2. Excellent hardenability (uniform hardening even in large cross-sections) 3. Minimal heat treatment deformation (suitable for precision molds) 4. High compressive strength (good resistance to impact fatigue)

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Stainless Steel 17-4PH / 1.4542 / X5CrNiCuNb16-4

CNC Machining

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Alternative Designations: Stainless Steel 17-4PH / 1.4542 / X5CrNiCuNb16-4

Key Features: Stiffness·Corrosion resistance·Chemical resistance·Properties can be enhanced withheat treatment (annealing)

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Stainless Steel 316L / 1.4404 / X2CrNiMo17-12-2

CNC Machining

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Alternative Designations: Stainless Steel 316L / 1.4404 / X2CrNiMo17-12-2

Key Features: Stiffness ·Corrosion resistance ·Highductility and toughness ·Properties can beenhanced with heat-treatment

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SUS 304

CNC Machining

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Alternative Designations: Stainless Steel 304 / 1.4301 / X5CrNi18.10

Key Features: Excellent corrosion resistance • Low thermal conductivity • Good machinability

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Stainless Steel 303 / 1.4305 / X10CrNiS18-9

CNC Machining

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Alternative Designations: Stainless Steel 303 / 1.4305 / X10CrNiS18-9

Key Features: High strength • Good machinability • Ductility • Low corrosion resistance

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Copper

H96-Copper

CNC Machining

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Alternative Designations: H96-Copper

Key Features: 1. Excellent electrical and thermal conductivity (comparable to pure copper, electrical conductivity ≥ 90% IACS) 2. Outstanding corrosion resistance (resistant to atmospheric and seawater corrosion, and dezincification) 3. Good plasticity (suitable for complex molding) 4. Relatively low strength (tensile strength ≥ 250 MPa)

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Beryllium Copper-Copper

CNC Machining

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Alternative Designations: Beryllium Copper-Copper

Key Features: 1. Ultra-high strength (tensile strength up to 1,400 MPa after aging) 2. Excellent electrical and thermal conductivity (20–60% IACS) 3. Non-magnetic and spark-resistance (suitable for flammable/explosive environments) 4. Fatigue and corrosion resistance (long-term stability in performance)

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H56-Copper

CNC Machining

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Alternative Designations: H56-Copper

Key Features: 1. High strength and hardness (tensile strength ≥400MPa) 2. Excellent plasticity (suitable for complex cold molding) 3. Low cost (high zinc content provides economic benefits) 4. Atmospheric corrosion resistance (prone to dezincification; it is not suitable for acidic environments)

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H69-Copper

CNC Machining

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Alternative Designations: H69-Copper

Key Features: 1. High strength and hardness (tensile strength ≥ 350 MPa) 2. Excellent cold workability (suitable for deep drawing and complex molding) 3. Good electrical and thermal conductivity (about 28% of pure copper) 4. Cost-effective (cheaper than high-copper brass)

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H62-Copper

CNC Machining

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Alternative Designations: H62-Copper

Key Features: 1. Excellent plasticity (good cold and hot workability) 2. Relatively high strength (tensile strength ≥ 300 MPa) 3. Good electrical and thermal conductivity (about 30% of pure copper) 4. Resistant to atmospheric corrosion (but not resistant to dezincification or acidic media)

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Brass

Brass Ms58 / 2.0401 / CuZn39Pb3

CNC Machining

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Alternative Designations: Brass Ms58 / 2.0401 / CuZn39Pb3

Key Features: Excellent hot formability • Good machinability

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Titanium

TC5-Titanium

CNC Machining

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Alternative Designations: TC5-Titanium

Key Features: 1. Moderate strength (tensile strength ≥ 850 MPa) 2. Good thermal stability (resistant to temperatures below 400°C) 3. Excellent corrosion resistance (resistant to seawater, and acidic and alkaline environments) 4. Good weldability (better than TC4)

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TC4-Titanium

CNC Machining

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Alternative Designations: TC4-Titanium

Key Features: 1. Ultra-high strength-to-weight ratio (strength up to 900 MPa, and density only 4.43 g/cm³) 2. Excellent corrosion resistance (resistant to seawater, acids, and alkalis); 3. Good thermal stability (it withstands temperatures at 300–500°C); 4. Biocompatibility (preferred material for medical implants).

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TA5-Titanium

CNC Machining

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Alternative Designations: Titan Grade 5 | 6Al-4V9｜Titanium 3.7164

Key Features: Good strength • Easy machinability

Titanium 3.7164 has exceptional strength compared to pure titanium but retains the same stiffness and thermal properties.

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TA2-Titanium

CNC Machining

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Alternative Designations: Titan Grade 2| Titanium 3.7035

Key Features: Excellent strength-to-weight ratio • Good resistance to corrosion

Titanium 3.7035 has excellent strength-to-weight ratio with good resistance to corrosion. Its thermal stresses are low.

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Polymer

PEEK

CNC Machining

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Alternative Designations: PEEK | Polyether Ether Ketone-Plastic

Key Features: 1. Exceptional heat resistance (do not decomposition at 300°C for a short term)
2. Metal-comparable mechanical strength (tensile strength >90 MPa)
3. Self-lubricating and wear-resistant (excellent PV value)
4. Biocompatibility (medical implant-grade certification)

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PEEK GF-Polymer

CNC Machining

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Alternative Designations: PEEK GF-Polymer

Key Features: 1. Extremely high mechanical strength (flexural strength > 200 MPa) 2. High temperature and hydrolysis resistance (stable in steam environments) 3. Excellent chemical resistance (resistant to fuels, acids, and alkalis) 4. Low wear rate (superior self-lubricating performance)

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PF Bakelite

CNC Machining

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Alternative Designations: PF Bakelite-Polymer

Key Features: 1. Very high heat resistance (it can withstand short-term temperatures above 200 °C) 2. Excellent electrical insulation (ideal for high-frequency applications) 3. High rigidity and low creep (good dimensional stability) 4. Poor alkali resistance and brittleness (low impact strength)

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Polyvinylidene Fluoride (PVDF)

CNC Machining

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Alternative Designations: Polyvinylidene Fluoride (PVDF)-Polymer

Key Features: 1. Outstanding chemical resistance (resistant to acids, alkalis, and organic solvents) 2. UV and weather resistance (over 20 years of outdoor durability) 3. Piezoelectric and pyroelectric properties (used in sensors) 4. Flame retardancy and self-extinguishing (UL94 V-0 rating)

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Polypropylene (PP)

CNC Machining

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Alternative Designations: Polypropylene (PP)-Polymer

Key Features: 1. Chemical resistance (it is resistant to acids, alkalis, and organic solvents) 2. Low density and high rigidity (ideal for lightweight applications) 3. Good insulation properties (excellent dielectric performance) 4. Poor UV and low-temperature resistance (additives for improvement required)

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UHMW PE

CNC Machining

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Alternative Designations: Ultra high molecular weight polyethylene

Key Features: Self-lubricating • Resistant to abrasion • Corrosion resistant

UHMW PE is extremely tough and has high resistance to abrasion and wear. It is corrosion resistant and self-lubricating.

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PTFE

CNC Machining

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Alternative Designations: Teflon

Key Features: Slippery • Resistant to extreme temperatures

PTFE (Teflon) is a highly slippery material with excellent resistance to extreme temperatures. It has outstanding insulating properties.

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POM

CNC Machining

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Alternative Designations: Delrin, Acetal

Key Features: Durable • Strong • Resistant to wear, creep and warp

POM is an easy resin for molding. It has a relatively high tensile strength as well as high resistance to wear, creep and warp.

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PMMA

CNC Machining

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Alternative Designations: PMMA

Key Features: Hard • Resistant to weather and chemicals

Acrylic (PMMA) is the most common form of clear, moldable thermoplastic, often used in place of glass due to its higher resistance.

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PC

CNC Machining

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Alternative Designations: Polycarbonate

Key Features: Transparent • Durable • Shatter resistant

PC – Polycarbonate is a naturally transparent plastic with high strength and durability on impact. It is shatter resistant and heat resistant.

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ABS

CNC Machining

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Alternative Designations: Acrylonitrile Butadiene Styrene

Key Features: Tough • Strong • Resistant to impact and scratches

ABS (Acrylonitrile Butadiene Styrene) is a thermoplastic material widely known for its high resistance to impact and toughness.

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3D Printing

Rigid Plastics

Taurus-SLA

3D Printing

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Alternative Designations: Somos Taurus

Key Features: Smooth/matte surface, heat-resistant, high-detail, industrial-grade, easy to mold, wear-resistant, and excellent surface finish.

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Nylon PA12-MJF

3D Printing

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Alternative Designations: Nylon PA12-MJF

Key Features: • Chemical resistant
• Impact resistant
• High strength
• High UV stability
• Heat resistant
• Flexible
• High resolution
• High detail

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Nylon PA12-SLS

3D Printing

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Alternative Designations: Nylon PA12-SLS

Key Features: • Heat-resistant
• High toughness
• High strength

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Nylon PA12 GF-SLS

3D Printing

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Alternative Designations: Nylon PA12 GF-SLS

Key Features: • Heat resistant
• Excellent dimensional stability
• High toughness
• Good insulation
• High corrosion resistance
• High mechanical strength

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PA6GB-SLS

3D Printing

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Alternative Designations: PA6GB-SLS

Key Features: • High strength
• High hardness
• Excellent medium sealing performance
• High heat deflection temperature
• Outstanding thermal aging resistance

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Nylon PA11-SLS

3D Printing

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Alternative Designations: Nylon PA11-SLS

Key Features: • High impact resistance
• Hydrocarbon resistant
• Biocompatible

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Ledo 6060-SLA

3D Printing

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Alternative Designations: Ledo 6060-SLA

Key Features: • High performance
• High toughness
• Moisture resistant
• High dimensional accuracy
• Heat resistant

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8360X-SLA

3D Printing

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Alternative Designations: 8360X-SLA

Key Features: • Low viscosity
• Easy to clean

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Black Resin-SLA

3D Printing

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Alternative Designations: Black Resin-SLA

Key Features: • High precision
• Waterproof
• Moisture-proof

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8100-SLA

3D Printing

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Alternative Designations: 8100-SLA

Key Features: High transparency • High strength and toughness • High precision • High dimensional stability

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Therm1-SLA

3D Printing

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Alternative Designations: Therm1-SLA

Key Features: High-temperature resistance • High dimensional stability • High resolution and fine detail • high strength

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9400E-SLA

3D Printing

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Alternative Designations: 9400E-SLA

Key Features: Low cost • Easy to mold • Smooth • Good surface finish • Dimensional stability • High resolution

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8220-SLA

3D Printing

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Alternative Designations: 8220-SLA

Key Features: High hardness • High strength • High toughness • Fast construction speed

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High-toughness ABS-like Resin (Imported) - Somos-SLA

3D Printing

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Alternative Designations: High-toughness ABS-like Resin (Imported) - Somos-SLA

Key Features: Easy to clean and finish • High strength • Durable • Precise • High detail

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PA2200-SLS

3D Printing

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Alternative Designations: PA2200-SLS

Key Features: High strength, high rigidity Good corrosion resistance Excellent mechanical performance Outstanding long-term stability Low powder refresh rate, high detail resolution, certified

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HT200 thermal-resistant resin-PuSL (micrometer)

3D Printing

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Alternative Designations: HT200 thermal-resistant resin-PuSL (micrometer)

Key Features: Thermal resistance, high-precision

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RGD series of materials-Polyjet (Color)

3D Printing

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Alternative Designations: RGD series of materials-Polyjet (Color)

Key Features: High-precision and diverse

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Nylon PA 12 Glass-Filled-MJF

3D Printing

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Alternative Designations: Nylon PA 12 Glass-Filled-MJF

Key Features: Enhanced compressive strength • Stiff

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HTL thermal-resistant resin-PuSL (micrometer)

3D Printing

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Alternative Designations: HTL thermal-resistant resin-PuSL (micrometer)

Key Features: High strength, thermal resistance, and high-precision

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BIO biocompatible resin-PuSL (micrometer)

3D Printing

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Alternative Designations: BIO biocompatible resin-PuSL (micrometer)

Key Features: Biocompatibility, high-precision

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Tough toughened material-PuSL (micrometer)

3D Printing

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Alternative Designations: Tough toughened material-PuSL (micrometer)

Key Features: High toughness, high-precision

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ST1400 toughened material-PuSL (micrometer)

3D Printing

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Alternative Designations: ST1400 toughened material-PuSL (micrometer)

Key Features: High toughness, high-precision

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RGB200 series of materials-WJP (Color)

3D Printing

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Alternative Designations: RGB200 series of materials-WJP (Color)

Key Features: high-precision, fine detail

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Zirconia ceramic printing-DLP

3D Printing

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Alternative Designations: Zirconia ceramic printing-DLP

Key Features: High-precision, insulation, high strength, and stability

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Alumina ceramic printing-DLP

3D Printing

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Alternative Designations: Alumina ceramic printing-DLP

Key Features: High-precision, insulation, high strength, and stability

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Red wax resin-DLP

3D Printing

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Alternative Designations: Red wax resin-DLP

Key Features: Low strength, flammable

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RG9400 B FR-DLP

3D Printing

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Alternative Designations: RG9400 B FR-DLP

Key Features: Thermal resistance, flame retardant

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RG3280-DLP

3D Printing

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Alternative Designations: RG3280-DLP

Key Features: Thermal resistance, high rigidity

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IP-Dip-TPP (nanometer)

3D Printing

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Alternative Designations: IP-Dip-TPP (nanometer)

Key Features: High-resolution, high-precision

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GR hard resin-PuSL (micrometer)

3D Printing

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Alternative Designations: GR hard resin-PuSL (micrometer)

Key Features: High strength. High-precision

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Victrex AM™200 FIL-FDM

3D Printing

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Alternative Designations: Victrex AM™200 FIL

Key Features: Offers thermal and chemical resistance, solid mechanical properties, and machinability

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PET-GF-FDM

3D Printing

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Alternative Designations: PET-GF

Key Features: High strength, high toughness, corrosion resistance

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PET-CF-FDM

3D Printing

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Alternative Designations: PET-CF

Key Features: Ultra-low moisture absorption, high strength, and stability

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HPPA-GF-FDM

3D Printing

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Alternative Designations: HPPA-GF

Key Features: High strength, thermal resistance

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PA6-FDM

3D Printing

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Alternative Designations: PA6

Key Features: High strength, wear resistance, moisture absorption, high toughness

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PC FR-FDM

3D Printing

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Alternative Designations: PC-FR

Key Features: High toughness, high strength, and thermal-resistant

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PC PBT-FDM

3D Printing

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Alternative Designations: PC-PBT

Key Features: High strength, thermal resistance, wear resistance

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PC ABS-FDM

3D Printing

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Alternative Designations: PC-ABS

Key Features: thermal resistance, UV resistance, and flame retardant

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PPSU-FDM

3D Printing

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Alternative Designations: PPSU

Key Features: Thermal-resistant, corrosion-resistant, and flame-retardant

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PC-FDM

3D Printing

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Alternative Designations: PC-FDM

Key Features: Impact resistance • Rigidity • Thermal resistance • Flame-retardant

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PA12-FDM

3D Printing

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Alternative Designations: PA12

Key Features: High strength, wear resistance, chemical resistance

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ABS-GF-FDM

3D Printing

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Alternative Designations: ABS-GF

Key Features: High strength, thermal resistance, and corrosion resistance

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HPPA-CF-FDM

3D Printing

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Alternative Designations: HPPA-CF

Key Features: Low moisture absorption, high strength, and high wear resistance

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PA66 CF-FDM

3D Printing

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Alternative Designations: PA66-CF

Key Features: Thermal resistance, conductive and antistatic, high strength

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PEKK-FDM

3D Printing

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Alternative Designations: PEKK

Key Features: Hard • Stiff • Chemical/fatigue resistant

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ULTEM1010-FDM

3D Printing

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Alternative Designations: ULTEM1010

Key Features: High strength • Good weldability

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PEEK-FDM

3D Printing

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Alternative Designations: PEEK-FDM

Key Features: Hard • Stiff • Chemical/fatigue resistant

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PA12 CF-FDM

3D Printing

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Alternative Designations: PA12-CF

Key Features: High strength, and stability

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ASA-FDM

3D Printing

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Alternative Designations: ASA-FDM

Key Features: UV resistance • Chemical resistance

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ULTEM 9085-FDM

3D Printing

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Alternative Designations: ULTEM 9085-FDM

Key Features: Flame retardancy • mechanical properties • Thermal stability

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PLA-FDM

3D Printing

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Alternative Designations: PLA-FDM

Key Features: Low cost • Good surface finish• Lightweight

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ABS-FDM

3D Printing

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Alternative Designations: ABS-FDM

Key Features: Low odor • High strength • Thermal and warp resistant

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Nylon PA 12 Glass-Filled (SLS)

3D Printing

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Alternative Designations: PA12GB

Key Features: High stiffness · Wear resistant · High dimensional accuracy

This is a whitish polyamide 12 powder that is glass filled. Its stiffness is excellent and it has good elongation at break.

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PPS-FDM

3D Printing

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Alternative Designations: Polyphenylene Sulphide

Key Features: Electrical conductivity, thermal-resistant, and high-strength

PPS has excellent strength of 80MPa and is highly rigid. It is resistant to high temperature, UV light, chemicals and creep.

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PLA-FDM

3D Printing

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Alternative Designations: Polyactic Acid

Key Features: Low glass transition temperature

PLA is derived from renewable sources and is biodegradable. It can easily be melted and shaped without losing its mechanical properties.

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ABS

3D Printing

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Alternative Designations: Acrylonitrile Butadiene Styrene

Key Features: Tough • Strong • Resistant to impact and scratches

ABS (Acrylonitrile Butadiene Styrene) is a thermoplastic material widely known for its high resistance to impact and toughness.

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Flexible Plastics

TPU 88A-SLS

3D Printing

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Alternative Designations: TPU 88A-SLS

Key Features: Good flexibility and shock absorption

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HP TPU-MJF

3D Printing

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Alternative Designations: HP TPU-MJF

Key Features: • Excellent balance
• Good flexibility and shock absorption
• High UV and hydrolysis resistance

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PETG-FDM

3D Printing

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Alternative Designations: PETG

Key Features: Low forming temperature • Resistant chemicals

PETG has significant chemical resistance, durability and good formability. It has low forming temperatures making it popular in consumer applications.

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Metals

Aluminum Alloy Alsi 10Mg-SLM

3D Printing

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Alternative Designations: Aluminum Alloy Alsi 10Mg-SLM

Key Features: • High strength
• Heat-resistant
• Corrosion-resistant
• Conductive

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Stainless Steel 316L-SLM

3D Printing

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Alternative Designations: Stainless Steel 316L-SLM

Key Features: • High strength
• Chemical Resistant
• Heat-resistant
• Excellent mechanical properties

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Titanium Alloy TC4-SLM

3D Printing

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Alternative Designations: Titanium Alloy TC4-SLM

Key Features: • High strength
• Lightweight

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TC4-MBJ

3D Printing

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Alternative Designations: TC4-MBJ

Key Features: High-resolution, high-efficiency

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Nickel-based, titanium-based, iron-based, cobalt-based, heavy metal such as tungsten, precious metals such as gold, etc.-SLM (nanometer)

3D Printing

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Alternative Designations: Nickel-based, titanium-based, iron-based, cobalt-based, heavy metal such as tungsten, precious metals such as gold, etc.-SLM (nanometer)

Key Features: High-resolution, high-precision

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Pure copper-MBJ

3D Printing

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Alternative Designations: Pure copper-MBJ

Key Features: Thermal conductivity, electrical conductivity, and low melting point

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420-MBJ

3D Printing

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Alternative Designations: 420-MBJ

Key Features: High-resolution, high-efficiency

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3L6L-MBJ

3D Printing

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Alternative Designations: 3L6L-MBJ

Key Features: High-resolution, high-efficiency

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High-temperature alloys-SLM

3D Printing

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Alternative Designations: High-temperature alloys-SLM

Key Features: High strength • High-precision • Thermal resistance

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316L-FDM

3D Printing

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Alternative Designations: 316L

Key Features: High efficiency and low cost.

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Inconel

17-4PH-MBJ

3D Printing

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Alternative Designations: 17-4PH-MBJ

Key Features: High-resolution, high-efficiency

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Mold steel 718-SLM

3D Printing

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Alternative Designations: Mold steel 718-SLM

Key Features: Thermal resistance, high-precision

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Sheet Metal

Copper

Nickel Silver (Zinc White Copper)

Sheet Metal

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Alternative Designations: Nickel Silver (Zinc White Copper)-Copper

Key Features: 1. Silver-like appearance (high luster and tarnish-resistant)
2. Excellent antimicrobial properties (suitable for medical/food-grade applications)
3. Good elasticity & wear resistance (suitable for elastic components)
4. Seawater corrosion resistance (preferred for marine equipment)

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German Silver (Nickel Silver)

Sheet Metal

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Alternative Designations: German Silver (Nickel Silver)-Copper

Key Features: 1. High elasticity & ductility (moderate yield strength)
2. Strong corrosion resistance (resistant to salt spray and sweat)
3. Good electrical/thermal conductivity (about 15% of pure copper)
4. Non-magnetic (ideal for electromagnetic shielding applications)

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H62-Copper

Sheet Metal

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Alternative Designations: H62-Copper

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Aluminium

Aluminum 1050P

Sheet Metal

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Alternative Designations: Aluminum 1050P-Aluminum & Aluminum Alloys

Key Features: 1. Extreme plasticity (elongation ≥35% and O status)
2. Excellent conductivity (conductivity: 62% IACS)
3. Atmospheric corrosion resistance (natural oxide film protection)
4. Low strength (tensile strength 60-95 MPa)

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Aluminum 1100P

Sheet Metal

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Alternative Designations: Aluminum 1100P-Aluminum & Aluminum Alloys

Key Features: 1. High conductivity (conductivity: 59% IACS)
2. Exceptional corrosion resistance (resistant to atmosphere and weak acids/bases)
3. Excellent plasticity (elongation ≥35%)
4. Easy processing (suitable for complex forming)

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Aluminum Alloy 5052

Sheet Metal

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Alternative Designations: Aluminum Alloy A5052-Aluminum & Aluminum Alloys

Key Features: 1. Outstanding corrosion resistance (especially in marine environments)
2. Medium-high strength (yield strength ≥ 160 MPa in H32 temper)
3. Good weldability (strong weld joints)
4. Easy forming (ideal for complex sheet metal parts)

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Aluminum Alloy 1050

Sheet Metal

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Alternative Designations: Aluminum Alloy 1050-Aluminum & Aluminum Alloys

Key Features: 1. Ultra-high conductivity (≥62% IACS)
2. Excellent plasticity (elongation ≥35%)
3. Strong corrosion resistance (protected by a natural oxide layer)
4. Low strength (tensile strength 60-95MPa)

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Aluminum Alloy 1100

Sheet Metal

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Alternative Designations: Aluminum Alloy 1100-Aluminum & Aluminum Alloys

Key Features: 1. Superior formability (elongation ≥35%, and suitable for deep drawing)
2. High corrosion resistance (resist atmosphere/weak acids)
3. Excellent thermal/electrical conductivity (59% IACS)
4. Low strength (tensile strength ≤110MPa)

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Aluminum Alloy 5020

Sheet Metal

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Alternative Designations: Aluminum Alloy 5020-Aluminum & Aluminum Alloys

Key Features: 1. Exceptional corrosion resistance (especially seawater resistance)
2. High plasticity (elongation ≥15%)
3. Good weldability (strong weld joint strength)
4. Lightweight (density 2.7 g/cm³)

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Aluminium Alloy 6082

Sheet Metal

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Alternative Designations: EN-AW6082 | Al-Si1Mg｜Aluminium 3.2315

Key Features: Good thermal conductivity • High stress corrosion cracking resistance

Typically formed by rolling and extrusion, Aluminium 3.2315 has medium strength with very good weldability and thermal conductivity.

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Aluminium Alloy 5083

Sheet Metal

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Alternative Designations: EN AW-5083 | Al-Mg4,5Mn｜Aluminium 3.3547

Key Features: Moderate strength • Good machinability

Aluminium 3.3547 / EN AW-5083 is a rolled plate with moderate strength. It is widely used in the capital goods industry.

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Steel

Steel Q345

Sheet Metal

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Alternative Designations: Steel Q345-Steel

Key Features: 1. High strength (tensile strength 470-630 MPa)
2. Good weldability (heat input control required)
3. Low-temperature toughness (maintain performance at -20°C)
4. Cost-effective (better performance-cost ratio than ordinary carbon steel)

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Steel Galvanized Cold Commercial (SGCC)

Sheet Metal

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Alternative Designations: Steel Galvanized Cold Commercial (SGCC)-Steel

Key Features: 1. Excellent corrosion resistance (the zinc layer provides cathodic protection)
2. Low-cost rust prevention (no additional coating required)
3. Good workability (meet general forming requirements)
4. Zinc layer passivation (further improve corrosion resistance)

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Steel Electrolytic Cold Commercial (SECC)

Sheet Metal

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Alternative Designations: Steel Electrolytic Cold Commercial (SECC)-Steel

Key Features: 1. Excellent rust resistance (the zinc layer provides electrochemical protection)
2. High surface quality (smooth coating and easy to paint)
3. Moderate cost (better price-performance ratio than stainless steel)
4. Welding protection required (zinc fumes are hazardous)

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Steel Plate Cold Commercial (SPCC)

Sheet Metal

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Alternative Designations: Steel Plate Cold Commercial (SPCC)-Steel

Key Features: 1. High formability (elongation ≥30%)
2. Superior surface quality (Ra≤0.8 μm)
3. Low cost (basic steel material)
4. Prone to rust (surface protection required)

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Q235A

Sheet Metal

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Alternative Designations: EN 10025 | S235JR｜Steel 1.0038

Key Features: Good plasticity • Tough • Good weldability

Steel 1.0038 can be formed into many products. Its excellent weldability makes it to be widely used in bridges, transmission towers etc.

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Stainless Steel

SUS 301

Sheet Metal

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Alternative Designations: SUS 301-Stainless Steel

Key Features: 1. Ultra-high processing hardening rate (strength doubles after cold rolling)
2. Exceptional elasticity (ideal for spring components)
3. Good corrosion resistance (better than carbon steel, but weaker than 304)
4. Non-magnetic (in the solution-annealed status)

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SUS 304

Sheet Metal

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Alternative Designations: Stainless Steel 304 / 1.4301 / X5CrNi18.10

Key Features: Excellent corrosion resistance • Low thermal conductivity • Good machinability

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Injection Moulding

Plastics

PE-PP | Polyethylene-Polypropylene

Injection Moulding

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Alternative Designations: PE-PP | Polyethylene-Polypropylene-Plastic

Key Features: 1. Excellent impact resistance (better low-temperature toughness than pure PP)
2. Chemical corrosion resistance (resistant to acids, alkalis and solvents)
3. Lightweight (density 0.9-0.95 g/cm³)
4. Easy processing (suitable for rapid production)

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PC-PET | Polycarbonate-Polyethylene Terephthalate

Injection Moulding

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Alternative Designations: PC-PET | Polycarbonate-Polyethylene Terephthalate-Plastic

Key Features: 1. High rigidity & fatigue resistance (balanced mechanical properties)
2. Excellent chemical resistance (resistant to oil, and weak acids/bases)
3. Food contact safety (FDA-compliant)
4. Narrow processing window (requires precise temperature control)

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COPO | Copolyester

Injection Moulding

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Alternative Designations: COPO | Copolyester-Plastic

Key Features: 1. High strength/toughness (better impact resistance than standard polyesters)
2. Chemical corrosion resistance (oil, and weak acids/alkalis resistance)
3. Adjustable transparency (transparent to translucent)
4. Thermal stability (short-term heat resistance: 100-120°C)

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CA | Cellulose Acetate

Injection Moulding

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Alternative Designations: CA | Cellulose Acetate-Plastic

Key Features: 1. Natural-like texture (soft gloss and warm tactile feel)
2. High transparency (similar to acrylic)
3. Easy dyeing/modification (excellent dye absorption)
4. Bio-based and eco-friendly (partially degradable)

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TPU | Thermoplastic Polyurethane (Shore D)

Injection Moulding

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Alternative Designations: TPU | Thermoplastic Polyurethane (Shore D)-Plastic

Key Features: 1. High elasticity & wear resistance (8x natural rubber)
2. Oil/hydrolysis resistance (suitable for industrial environments)
3. High mechanical strength (excellent tear resistance)
4. Transparent/colorable (high design flexibility)

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TPO | Thermoplastic Polyolefin

Injection Moulding

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Alternative Designations: TPO | Thermoplastic Polyolefin-Plastic

Key Features: 1. High flexibility & impact resistance (remain elastic at low temperatures)
2. Outstanding weather resistance (resistant to UV and ozone aging)
3. Lightweight (density 0.9-1.0g/cm³)
4. Eco-friendly & recyclable (PVC-free/halogen-free)

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SAN | Styrene-Acrylonitrile-Plastic

Injection Moulding

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Alternative Designations: SAN | Styrene-Acrylonitrile-Plastic

Key Features: 1. High transparency (comparable to PS, and superior to ABS)
2. Excellent rigidity (flexural modulus≥3.5 GPa)
3. Oil/chemical resistance (resistant to grease and weak acids/bases)
4. Prone to stress cracking (avoid alcohol-based solvents)

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PVDF

Injection Moulding

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Alternative Designations: PVDF | Polyvinylidene Fluoride-Plastic

Key Features: 1. Outstanding chemical resistance (resistant to acids, alkalis, and organic solvents)
2. UV and weather resistance (over 20 years of outdoor durability)
3. Piezoelectric and pyroelectric properties (special sensor materials)
4. Flame retardancy and self-extinguishing (UL94 V-0 rating)

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PEEK

Injection Moulding

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Alternative Designations: PEEK | Polyether Ether Ketone-Plastic

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PES

Injection Moulding

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Alternative Designations: PES | Polyether Sulfone-Plastic

Key Features: 1. Exceptional heat resistance (HDT above 220°C)
2. Medical-grade safety (FDA-compliant)
3. High transparency & hydrolysis resistance (reusable steam sterilization)
4. Self-extinguishing (UL94 V-0 rating)

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PPA

Injection Moulding

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Alternative Designations: PPA | Polyphthalamide-Plastic

Key Features: 1. Ultra-high heat resistance (HDT＞290°C)
2. Low moisture absorption (better dimensional stability than PA66)
3. Excellent mechanical strength (tensile strength＞120 MPa)
4. Chemical corrosion resistance (resistant to fuels, coolants and weak acids/bases)

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PP

Injection Moulding

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Alternative Designations: PP | Polypropylene-Plastic

Key Features: 1. Chemical corrosion resistance (resistant to acids, alkalis and organic solvents)
2. Lightweight & rigid (commonly used in automotive lightweighting)
3. Good insulation properties (high-frequency electrical insulation material)
4. Poor UV/low-temperature resistance (additive modifications required)

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PEBA

Injection Moulding

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Alternative Designations: PEBA | Polyether Block Amide-Plastic

Key Features: 1. Ultra-flexibility (rebound resilience >50%)
2. Low-temperature resistance (remain flexible at -40°C)
3. Lightweight (density 1.0-1.2 g/cm³)
4. Fatigue resistance (have no deformation under repeated compression)

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PE-PS

Injection Moulding

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Alternative Designations: PE-PS | Polyethylene-Polystyrene-Plastic

Key Features: 1. Low cost (readily available materials and simple processing)
2. Lightweight (low density and material-saving)
3. Easy processing (suitable for rapid production)
4. Average mechanical properties (modification for enhanced strength required)

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PCT

Injection Moulding

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Alternative Designations: PCT | Polycyclohexylene Dimethylene Terephthalate-Plastic

Key Features: 1. Ultra-high temperature resistance (long-term use above 230°C)
2. Low moisture absorption (better dimensional stability than PET)
3. Chemical corrosion resistance (resistant to fuels and electrolytes)
4. High dielectric strength (suitable for high-frequency electronics)

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PC-ABS

Injection Moulding

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Alternative Designations: PC-ABS | Polycarbonate-Acrylonitrile Butadiene Styrene-Plastic

Key Features: 1. High impact strength (better than ABS, close to PC)
2. Good processability (better flowability than PC)
3. Balanced heat resistance (HDT 100-120°C)
4. Easy painting/plating (good surface finish)

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PBT–PET | Polybutylene Terephthalate–Polyethylene Terephthalate

Injection Moulding

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Alternative Designations: PBT–PET | Polybutylene Terephthalate–Polyethylene Terephthalate-Plastic

Key Features: 1. High rigidity & fatigue resistance (superior to pure PBT or PET)
2. Excellent dimensional stability (low shrinkage and creep resistance)
3. Chemical corrosion resistance (resistant to oil, and weak acids/bases)
4. Outstanding electrical properties (good insulation and arc resistance)

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LCP | Liquid Crystal Polymer

Injection Moulding

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Alternative Designations: LCP | Liquid Crystal Polymer-Plastic

Key Features: 1. Ultra-high dimensional stability (thermal expansion coefficient similar to metals)
2. Outstanding heat resistance (continuous use above 260 °C)
3. Inherent flame retardancy (UL94 V-0 rated without additives)
4. Excellent flowability (it can mold ultra-thin parts down to 0.1 mm)

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PARA | Polyarylamide-Plastic

Injection Moulding

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Alternative Designations: PARA | Polyarylamide-Plastic

Key Features: 1. Ultra-high heat resistance (HDT up to 280°C)
2. Low moisture absorption (more dimensionally stable than PA66)
3. Superior mechanical strength (tensile strength >100 MPa)
4. Chemical resistance (resistant to fuels and coolants)

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ASA

Injection Moulding

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Alternative Designations: ASA | Acrylonitrile Styrene Acrylate Copolymer-Plastic

Key Features: 1. Excellent weather resistance (UV, humidity and salt spray resistance)
2. High surface gloss (ready for direct use without painting)
3. Good mechanical properties (impact resistance superior to standard ABS)
4. Chemical corrosion resistance (stable in weak acid/alkali environments)

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PSU

Injection Moulding

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Alternative Designations: Polysulfone

Key Features: Thermally stable • Resistant to chemicals • Strong

PSU (Polysulfone) is a transparent material. It is tough and rigid with good thermal stability and resistance to chemicals.

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PPS-FDM

Injection Moulding

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Alternative Designations: Polyphenylene Sulphide

Key Features: Electrical conductivity, thermal-resistant, and high-strength

PPS has excellent strength of 80MPa and is highly rigid. It is resistant to high temperature, UV light, chemicals and creep.

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PPE - PS

Injection Moulding

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Alternative Designations: Polyphenylene ether – Polystyrene

Key Features: Ductile • Resistant to impact • Strong

PPE - PS is a blend of polyphenylene ether and polystyrene. It is highly ductile and exhibits good resistance to impact.

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PS

Injection Moulding

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Alternative Designations: Polystyrene

Key Features: Transparent • Hard • Brittle • Suitable for household items

PS (Polystyrene) is a transparent, amorphous thermoplastic. It is hard, brittle, rigid and resistant to gamma radiation.

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PE

Injection Moulding

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Alternative Designations: Polyethylene

Key Features: Resistant to chemicals • Impermeable • Exhibits good electrical insulation properties

PE (Polyethylene) has good strength ratio. It is resistant to chemicals, impermeable and exhibits good electrical insulation properties.

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PET

Injection Moulding

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Alternative Designations: Polyethylene terephthalate

Key Features: Rigid • Flame retardant • Resistant to heat and creep

PET has a melting point of about 270°C; hence, molding is done at a high temperature. It is a hard material with low moisture absorption.

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PEI

Injection Moulding

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Alternative Designations: Ultem

Key Features: Hard • Strong with low moisture absorption

With a strong environmental resistance, PEI is highly stiff and stable. It is rigid and retains its strength at high temperatures.

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PC - PBT

Injection Moulding

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Alternative Designations: Polycarbonate-Polybutylene Terephthalate

Key Features: Tough • Dimensionally stable • Suitable for applications that require corrosion resistance

PC - PBT has high toughness, dimensional stability and good resistance to heat and chemicals. It has good impact resistance and stiffness.

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PBT

Injection Moulding

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Alternative Designations: Polybutylene terephthalate

Key Features: Resistant to abrasion and creep • Low moisture absorption

PBT has excellent resistance to abrasion and creep. It has a low coefficient of friction and a low moisture absorption.

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Nylon PA 6/6

Injection Moulding

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Alternative Designations: Polyamide 6/6 | Nylon 6/6

Key Features: Stiff • Resistant to wear and hydrocarbons

PA 6/6 is the most common variant of nylon used for engineering applications. It has a high melting temperature.

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Nylon PA 6

Injection Moulding

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Alternative Designations: Polyamide 6 | Nylon 6

Key Features: Tough • Resistant to wear and chemicals

The fibers are tough but retain high tensile strength and elasticity. PA 6 is extremely resistant to wear and good electrical insulation.

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LDPE

Injection Moulding

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Alternative Designations: Low Density Polyethylene

Key Features: Flexible • Lightweight • Translucent • Resistant to stress

LDPE is the most flexible member of the polyethylene family. It offers good resistance to stress and pliability with good strength.

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HDPE

Injection Moulding

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Alternative Designations: High Density Polyethylene

Key Features: Lightweight • Strong • Ductile

HDPE is light in weight with high strength. It is resistant to chemicals and heat, impermeable and has good electrical insulation.

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POM

Injection Moulding

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Alternative Designations: Delrin, Acetal

Key Features: Durable • Strong • Resistant to wear, creep and warp

POM is an easy resin for molding. It has a relatively high tensile strength as well as high resistance to wear, creep and warp.

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PMMA

Injection Moulding

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Alternative Designations: PMMA

Key Features: Hard • Resistant to weather and chemicals

Acrylic (PMMA) is the most common form of clear, moldable thermoplastic, often used in place of glass due to its higher resistance.

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PLA-FDM

Injection Moulding

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Alternative Designations: Polyactic Acid

Key Features: Low glass transition temperature

PLA is derived from renewable sources and is biodegradable. It can easily be melted and shaped without losing its mechanical properties.

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PC

Injection Moulding

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Alternative Designations: Polycarbonate

Key Features: Transparent • Durable • Shatter resistant

PC – Polycarbonate is a naturally transparent plastic with high strength and durability on impact. It is shatter resistant and heat resistant.

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ABS

Injection Moulding

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Alternative Designations: Acrylonitrile Butadiene Styrene

Key Features: Tough • Strong • Resistant to impact and scratches

ABS (Acrylonitrile Butadiene Styrene) is a thermoplastic material widely known for its high resistance to impact and toughness.

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Elastomers & Synthetic Rubbers

EPDM

Injection Moulding

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Alternative Designations: EPDM | Ethylene Propylene Diene Monomer-Elastomers & Synthetic Rubbers

Key Features: 1. Outstanding aging resistance (UV/ozone resistance and service life of over 10 years)
2. Wide-temperature elasticity (remain flexible at low temperatures without softening at high temperatures)
3. Good electrical insulation (volume resistivity >10¹⁵Ω·cm)
4. Poor oil resistance (swell in mineral oils)

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MPR

Injection Moulding

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Alternative Designations: MPR | Melt Processable Rubber-Elastomers & Synthetic Rubbers

Key Features: 1. Rubber-like elasticity (adjustable Shore A hardness 30-90A)
2. Eco-friendly & recyclable (no vulcanization pollution)
3. Oil & aging resistance (better than standard TPE)
4. Easy coloring & bonding (compatible with PP/PE substrates)

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TPU

Injection Moulding

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Alternative Designations: TPU | Thermoplastic Polyurethane (Shore A)-Elastomers & Synthetic Rubbers

Key Features: 1. High elasticity & tear resistance (better rebound resilience than TPE)
2. Exceptional wear resistance (8x natural rubber)
3. Oil & solvent resistance (suitable for industrial environments)
4. Recyclable (environmentally friendly)

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POE

Injection Moulding

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Alternative Designations: POE | Polyolefin Elastomer-Elastomers & Synthetic Rubbers

Key Features: 1. High elasticity & impact resistance (excellent low-temperature toughness)
2. UV/weathering resistance (long outdoor service life)
3. Low density (0.86-0.91 g/cm³)
4. Easy processing (no vulcanization required and recyclable)

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TPV (rubber)

Injection Moulding

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Alternative Designations: TPV (rubber) | Thermoplastic vulcanizate

Key Features: End-use parts • Overmoulded components • Automotive • Industrial equipment • Consumer goods

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TPE

Injection Moulding

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Alternative Designations: Elastomer

Key Features: Strong • Tear and abrasion resistant

TPE (Elastomer) exhibits excellent resistance to flexural fatigue. It has high impact strength and excellent chemical resistance.

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PVC

Injection Moulding

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Alternative Designations: Polyvinyl chloride

Key Features: Resistant to weathering, chemicals, corrosion and shock

PVC (Polyvinyl chloride) is the third most synthesized thermoplastic material. It is resistant to weathering, chemicals, corrosion and shock.

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Die Casting

Magnesium Alloy

Magnesium Alloy-AZ91

Die Casting

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Alternative Designations: Magnesium Alloy-AZ91

Key Features: 1. Ultra-lightweight (about 30% lighter than aluminum alloys) 2. Good castability (excellent fluidity) 3. Moderate strength (tensile strength ≥ 230 MPa) 4. Poor corrosion resistance (protective surface coatings required)

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Zinc

Zamak 2

Die Casting

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Alternative Designations: Zamak 2 | ZnAl4Cu3 | ZP0430 (EN) | AC43A (ASTM) | Z35541 (UNS)

Key Features: High Strength • Hardness • Machinability

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Zamak 5

Die Casting

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Key Features: Excellent machinability • Improved strength • Low ductility

The higher copper content gives Zamak 5 an improved strength but is less ductile than Zamak 3.

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Zamak 3

Die Casting

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Key Features: Dimensional stability • Outstanding finishing characteristics

Zamak 3 is the most commonly used in the Zamak family. It blends its physical and mechanical properties excellently.

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Aluminium

Aluminum Alloy-A356

Die Casting

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Alternative Designations: Aluminum Alloy-A356

Key Features: 1. Excellent castability (it easily forms complex structures) 2. High strength-to-weight ratio (ideal for lightweight structural components) 3. Good corrosion resistance (especially atmospheric corrosion resistance) 4. Anodizable (suitable for decorative or protective surface treatment)

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Aluminium ADC12

Die Casting

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Alternative Designations: AlSi11Cu3

Key Features: Corrosion resistance • Lightweight • Dimensional stability

The ADC12 aluminium is more often used as an alternative for the A380 aluminium for parts that are highly intricate.

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Aluminium A380

Die Casting

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Alternative Designations: AlSi8Cu3

Key Features: Excellent machinability • Easy casting • Hot cracking resistance

The A380 Aluminium gives an excellent combination of machinability, heat transfer and easy casting together with other properties.

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