Linsy Aluminum supplies aluminum alloy wire in diameters 0.8–20 mm across the full 1000 through 8000 series range. Each alloy series is available in multiple coil weights and temper conditions, from soft O-temper conductor wire to high-strength T6 and T73 aerospace fastener wire. We offer custom diameter, temper, coil weight, and surface finish to match your production requirements. Whether you need 1350 electrical conductor wire, 5056 marine-grade rivet wire, 2024 high-strength fastener wire, or 4043 welding filler wire, our Shenzhen factory delivers with full MTC documentation.
Alloy series: 1000 / 2000 / 3000 / 4000 / 5000 / 6000 / 7000 / 8000
Diameter range: 0.8–20 mm
Běžné typy povah: O / F / H14 / H18 / H32 / H34 / H111 / T3 / T4 / T6 / T651 / T73
Coil weight: Custom from 10–500 kg per coil
Podpora zpracování: straightening / cutting-to-length / spool winding / custom packaging
Dokumenty týkající se kvality: MTC report with every order; SGS test reports available on request
Aluminum alloy wire is a drawn or rolled metal wire product made from wrought aluminum alloys. It combines the inherent advantages of aluminum — light weight, corrosion resistance, and electrical conductivity — with alloy-specific properties such as high strength, formability, or weldability depending on the alloy series selected.
Linsy produces aluminum wire across the full 1000–8000 series spectrum. Wire is available in coils, on spools, or cut to straight lengths. Common diameters range from 0.8 mm to 20 mm, with custom sizes and coil weights available on request. Typical applications include electrical conductors, fasteners (rivets, screws, nuts), welding filler wire, aerospace structural components, marine hardware, and automotive parts.
Linsy supplies aluminum alloy wire in seven alloy families. Each series is suited to different applications based on its strength, conductivity, corrosion resistance, and formability profile. Click through to individual alloy wire product pages for full chemical composition and mechanical property tables.
Commercially pure aluminum (99.0% Al minimum). Non-heat-treatable. Excellent electrical conductivity, high formability, and strong corrosion resistance. Widely used for electrical conductors, transformer windings, and general-purpose fasteners.
| Slitina | Al Purity (min) | Common Tempers | Průměr (mm) |
|---|---|---|---|
| 1050 | 99.5% | O, H14 | 0.8–12 |
| 1060 | 99.6% | O, H14 | 0.8–12 |
| 1070 | 99.7% | O, H14 | 0.8–12 |
| 1100 | 99.0% | O, H14, H18 | 0.8–12 |
| 1350 | 99.5% | O, H14, H19 | 0.8–12 |
Aluminum-copper alloys. Heat-treatable for high strength. Used where strength-to-weight ratio is critical — aerospace fasteners, rivets, and structural components. Alclad options available for improved corrosion protection.
| Slitina | Key Feature | Common Tempers | Průměr (mm) |
|---|---|---|---|
| 2007 | Free-machining, good for fasteners | T3, T4 | 0.8–12 |
| 2014 | High strength, aerospace-grade | O, T4, T6, T651 | 0.8–12 |
| 2017 | High strength, rivet-grade | O, T4, T451 | 0.8–12 |
| 2024 | Very high strength, fatigue-resistant | O, T3, T4, T351, T851 | 0.8–12 |
| 2219 | High-temperature strength, weldable | O, T6, T851 | 0.8–12 |
Aluminum-manganese alloys. Non-heat-treatable with moderate strength and excellent corrosion resistance. Ideal for general-purpose wire, clips, and fasteners where formability matters.
| Slitina | Key Feature | Common Tempers | Průměr (mm) |
|---|---|---|---|
| 3003 | General-purpose, excellent formability | O, H14, H18, H22 | 0.8–12 |
| 3004 | Higher strength than 3003 | O, H14, H18 | 0.8–12 |
| 3103 | European equivalent of 3003 | O, H14, H18 | 0.8–12 |
| 3104 | Similar to 3004, can-body stock | O, H14, H18 | 0.8–12 |
Aluminum-silicon alloys with low melting point and good flow characteristics. Primarily used as welding and brazing filler wire, not for structural applications.
| Slitina | Key Feature | Common Tempers | Průměr (mm) |
|---|---|---|---|
| 4005 | Brazing filler, low melting point | O, F | 0.8–6 |
| 4043 | General-purpose welding filler (ER4043) | O, F | 0.8–6 |
| 4047 | High-silicon brazing filler | O, F | 0.8–6 |
Aluminum-magnesium alloys. Non-heat-treatable with outstanding corrosion resistance, especially in marine environments. Used for rivets, fasteners, and welding wire in shipbuilding, offshore, and chemical processing.
| Slitina | Key Feature | Common Tempers | Průměr (mm) |
|---|---|---|---|
| 5019 | Moderate strength, good weldability | O, H14, H18 | 0.8–12 |
| 5052 | Excellent corrosion resistance, marine-grade | O, H32, H34 | 0.8–12 |
| 5056 | Higher strength, rivet-grade (ER5056) | O, H32, H34 | 0.8–12 |
| 5082 | Very high Mg, excellent corrosion resistance | O, H18, H38, H111 | 0.8–12 |
| 5083 | Highest-strength non-heat-treatable, marine | O, H32, H111, H116 | 0.8–12 |
Aluminum-magnesium-silicon alloys. Heat-treatable with medium-to-high strength and good corrosion resistance. The most versatile alloy family for structural, automotive, and general engineering wire applications.
| Slitina | Key Feature | Common Tempers | Průměr (mm) |
|---|---|---|---|
| 6005 | Extrusion-grade, structural | T5, T6 | 0.8–12 |
| 6013 | High formability, aerospace-grade | O, T4, T6 | 0.8–12 |
| 6026 | Free-machining, lead-free alternative | T6, T651, T9 | 0.8–12 |
| 6060 | Good surface finish, extrusion-grade | O, T4, T5, T6 | 0.8–12 |
| 6061 | Most versatile 6000-series, general engineering | O, T4, T6, T651, T6511 | 0.8–20 |
Aluminum-zinc alloys. Heat-treatable to the highest strength levels of any aluminum alloy family. Used where maximum strength-to-weight ratio is required — aerospace fasteners, defense components, and high-stress structural parts.
| Slitina | Key Feature | Common Tempers | Průměr (mm) |
|---|---|---|---|
| 7005 | Weldable high-strength, structural | T6, T651 | 0.8–12 |
| 7050 | High strength with improved toughness | T6, T651, T74, T7451 | 0.8–12 |
| 7075 | Highest-strength aluminum alloy | O, T6, T651, T73, T7351 | 0.8–12 |
| 7175 | High-purity variant of 7075, improved toughness | T6, T651, T74 | 0.8–12 |
Linsy aluminum wire is produced to international standards and is available in a wide range of tempers and surface conditions. Every shipment includes a Material Test Certificate (MTC) confirming alloy, temper, chemical composition, and mechanical properties.
| Standardní | Scope |
|---|---|
| ASTM B211 | Aluminum and aluminum-alloy rolled or cold-finished bar, rod, and wire |
| ASTM B316 | Aluminum and aluminum-alloy rivet and cold-heading wire and rods |
| ASTM B230 | Aluminum 1350-H19 wire for electrical purposes |
| EN 573 | Aluminium and aluminium alloys — chemical composition and form of wrought products |
| CS 485 | Aluminium and aluminium alloys — sheet, strip, and plate |
| GB/T 3190 | Wrought aluminium and aluminium alloy — chemical composition |
| AWS A5.10 | Bare aluminum and aluminum-alloy welding electrodes and rods |
| AMS 4182 | Aluminum alloy wire (5056) for rivets |
| Temperament | Popis | Typical Alloy Series |
|---|---|---|
| O | Annealed (softest condition) | All series |
| F | As-fabricated (no special control) | 4000 (filler wire) |
| H14 | Strain-hardened, 1/2 hard | 1000, 3000, 5000 |
| H18 | Strain-hardened, full hard | 1000, 3000, 5000 |
| H32 | Strain-hardened and stabilized, 1/4 hard | 5000 |
| H34 | Strain-hardened and stabilized, 1/2 hard | 5000 |
| H111 | Annealed and slightly strain-hardened | 5000 |
| H116 | Strain-hardened, special corrosion-resistant | 5000 (marine) |
| T3 | Solution heat-treated, cold-worked, naturally aged | 2000 |
| T4 | Tepelně ošetřeno roztokem a přirozeně zrající | 2000, 6000 |
| T5 | Cooled from elevated temperature and artificially aged | 6000 |
| T6 | Tepelně ošetřeno roztokem a uměle stárnuto | 2000, 6000, 7000 |
| T651 | Solution heat-treated, stress-relieved by stretching, artificially aged | 2000, 6000, 7000 |
| T73 | Solution heat-treated and overaged for stress corrosion resistance | 7000 |
| T7351 | Solution heat-treated, stress-relieved, overaged | 7000 |
Standard aluminum wire diameters range from 0.8 mm to 20 mm, with size tolerance of ±0.05 mm for diameters up to 6 mm and ±0.08 mm for larger diameters. Custom diameters outside this range may be available on request.
| Série Alloy | Standard Diameter Range | Typical Coil Weight |
|---|---|---|
| Řada 1000 | 0.8–12 mm | 10–500 kg |
| Řada 2000 | 0.8–12 mm | 10–300 kg |
| Řada 3000 | 0.8–12 mm | 10–500 kg |
| 4000 Series (filler) | 0.8–6 mm | 5–100 kg |
| Řada 5000 | 0.8–12 mm | 10–500 kg |
| Řada 6000 | 0.8–20 mm | 10–500 kg |
| Řada 7000 | 0.8–12 mm | 10–300 kg |
| Packaging Type | Popis |
|---|---|
| Spools (plastic/wooden) | For automated feeding in CNC or riveting machines; 5–100 kg |
| Coils (eye-to-sky or eye-to-wall) | Standard industrial packaging; 10–500 kg |
| Straight lengths | Cut to specified length; bundled and palletized |
| Custom packaging | Laser-marked tags, vacuum-sealed, export-grade wooden crates or pallets |
Selecting the right temper for your aluminum wire depends on the forming operation, strength requirements, and whether the part will receive heat treatment after forming. Use the table below as a quick reference.
| Application | Recommended Series | Recommended Temper |
|---|---|---|
| Electrical conductors (overhead/underground) | 1000 (1350, 1050) | H14, H19 |
| Cold-headed fasteners & rivets (O-temper forming) | 2000, 5000, 6000 | O (form first, then heat-treat if applicable) |
| High-strength rivets (as-supplied, no post-forming heat treat) | 2000 (2024), 7000 (7075) | T4, T6 (drive while still soft, age after) |
| Marine & corrosion-resistant fasteners | 5000 (5052, 5056, 5083) | H32, H34, H111, H116 |
| General-purpose fasteners & clips | 3000 (3003, 3004) | O, H14, H18 |
| Welding filler wire (MIG/TIG) | 4000 (4043), 5000 (5056) | F, O |
| CNC-machined parts from wire | 2000 (2011), 6000 (6026) | T3, T6, T651 |
| Aerospace high-stress fasteners | 7000 (7075, 7050) | T6, T73, T7351 |
1000 series aluminum wire (particularly 1350 and 1050) offers electrical conductivity of approximately 61–62% IACS (International Annealed Copper Standard). While lower than copper, aluminum’s lower density means an aluminum conductor can carry the same current as a copper conductor at roughly half the weight. This is why aluminum is the dominant material for overhead power transmission cables and is increasingly specified for automotive and aerospace wiring harnesses.
Aluminum naturally forms a thin, protective oxide layer in air that provides good corrosion resistance without coatings. 5000 series alloys (5052, 5056, 5083) offer the best corrosion resistance of all wrought aluminum families, making them the standard choice for marine fasteners and offshore hardware. 6000 series alloys also provide good corrosion resistance with the added benefit of heat-treatable strength.
Aluminum wire is approximately one-third the density of steel (2.7 g/cm³ vs 7.85 g/cm³). Heat-treated 7000 series wire (7075-T6) can achieve tensile strength over 570 MPa, rivaling mild steel while weighing 65% less. This makes aluminum wire the material of choice for aerospace fasteners and weight-critical structural components.
In O-temper (fully annealed) condition, most aluminum alloy wires are highly formable and suitable for cold heading, swaging, and bending operations. Work-hardening alloys (1000, 3000, 5000) increase in strength during cold working, while heat-treatable alloys (2000, 6000, 7000) can be formed in the solution-treated or annealed condition and then aged to full strength. 4000 series filler wire is designed for melting, not mechanical forming.
Aluminum alloy wire is used across industries where light weight, corrosion resistance, and electrical conductivity matter. Below are the primary application categories and the alloy series typically specified for each.
| Application | Typical Alloys | Why Aluminum Wire? |
|---|---|---|
| Electrical conductors & cables | 1050, 1060, 1070, 1350 | High conductivity (61–62% IACS), light weight |
| Overhead transmission lines | 1350, 6201 | High strength + conductivity for long spans |
| Rivets & fasteners (aerospace) | 2017, 2024, 7075 | Maximum strength-to-weight ratio |
| Rivets & fasteners (marine) | 5052, 5056, 5083 | Excellent seawater corrosion resistance |
| Rivets & fasteners (general) | 3003, 6061 | Good balance of strength and cost |
| Screws, nuts, bolts (machined) | 2011, 6026, 6061 | Free-machining grades for high-volume production |
| Welding filler wire (MIG/TIG) | 4043, 5356, 5056 | Correct metallurgical match to base alloy |
| Brazing filler wire | 4005, 4047 | Low melting point, good flow |
| Springs & clips | 3003, 5052 | Good spring-back, corrosion resistance |
| Automobilové komponenty | 6013, 6061 | Heat-treatable strength, formability |
| Aerospace structural wiring | 2024, 7075 | High strength, fatigue resistance |
Aluminum wire can be supplied in multiple forms to suit downstream manufacturing processes. Linsy offers the following processing options:
Important note: Aluminum wire intended for cold heading or rivet forming is typically supplied in O-temper or solution-treated condition. The wire work-hardens during forming. Heat-treatable alloys (2000, 6000, 7000) should be aged after forming to achieve full strength. Non-heat-treatable alloys (1000, 3000, 5000) gain strength only through cold work and cannot be strengthened by heat treatment.
Every shipment of aluminum wire from Linsy includes a Material Test Certificate (MTC) that documents the following:
Additional quality documentation is available on request:
Linsy operates under ISO 9001 quality management, ISO 14001 environmental management, and ISO 45001 occupational health and safety management systems.
Browse our individual aluminum alloy wire product pages for detailed chemical composition and mechanical property data:
Minimum order quantities vary by alloy and diameter. General-purpose alloys (1000, 3000, 6000 series) typically have lower MOQs than aerospace-specification alloys (2000, 7000 series). Contact us with your alloy and diameter for a specific MOQ quote.
Diameters below 0.8 mm may be available for certain alloys. This often requires special tooling and has a higher minimum order quantity. Contact our sales team to discuss your requirements.
H14 is a strain-hardened temper (1/2 hard) used on non-heat-treatable alloys like 1000, 3000, and 5000 series. T6 is a solution heat-treated and artificially aged temper used on heat-treatable alloys like 2000, 6000, and 7000 series. H-temper alloys gain strength only through cold work; T-temper alloys gain strength through precipitation hardening.
Yes. We supply 4000 series (4043, 4047) and 5000 series (5356, 5056) wire as welding filler material. Filler wire is supplied clean, degreased, and layer-wound for consistent MIG and TIG feeding. Diameters typically 0.8–6 mm.
Yes. 5000 series alloys (5052, 5056, 5083) offer excellent corrosion resistance in marine and industrial atmospheres. They are the standard choice for marine fasteners, offshore hardware, and coastal infrastructure. Other series (1000, 3000, 6000) also have good atmospheric corrosion resistance.
Yes. Most aluminum alloys can be anodized, though the quality of the anodic coating varies by alloy. 5000 and 6000 series produce the best anodized finishes. 2000 and 7000 series alloys (high copper/zinc content) may produce darker or less uniform anodized coatings.
Selection depends on three factors: required strength, corrosion environment, and whether heat treatment after forming is feasible. For maximum strength (aerospace), choose 2024 or 7075. For corrosion resistance (marine), choose 5052 or 5056. For general-purpose, choose 3003 or 6061. Contact our engineers for application-specific guidance.
Our team typically provides quotations within 24 hours for standard alloys and sizes. Custom or non-standard specifications may require additional lead time for pricing.
Lead times depend on alloy, quantity, and current production schedules. Typical custom lead time is 10–60 days. Stock items may ship sooner. We confirm lead times at the quotation stage.
Every order ships with a Material Test Certificate (MTC) documenting alloy, temper, chemical composition, and mechanical properties. Third-party SGS test reports are available on request.
Wire is supplied in coils, on spools, or as straight lengths depending on your requirements. Export packaging includes protective wrapping, moisture-proof measures, and wooden crates or pallets suitable for ocean freight.
Custom specifications may be possible depending on the alloy and quantity. Contact our engineering team to discuss your specific requirements. Please note that custom alloy modifications typically require higher minimum order quantities.
Výhody Linsy
Společnost Linsy Aluminium je předním dodavatelem výrobků pro zpracování hliníku, které slouží různým průmyslovým odvětvím včetně leteckého průmyslu, všeobecného strojírenství, automobilového průmyslu, lodního průmyslu, stavby lodí a dalších specializovaných průmyslových aplikací.
Zavázali jsme se dodržovat nejvyšší standardy kvality a odpovědnosti vůči životnímu prostředí, což dokazují naše certifikáty: ISO 9001:2008， ISO 14001:2004 a SGS.
