Aluminum Cable
Aluminum Cable Supplier – IEC 60502, ASTM B231 / B232 / B399, BS 215, GB/T Standards Manufacturers
IEC 60502 Aluminum Power Cable · ASTM AAC / ACSR / AAAC Overhead Aluminum Conductor · BS 215 Bare Aluminum Cable · GB/T YJLV Aluminum XLPE Cable
Shaanxi Jinshenghong Cable Co., Ltd. supplies aluminum cable and aluminum‑alloy conductor electrical cable for overhead transmission, power distribution, large industrial feeders, solar farms, municipal infrastructure and cost‑optimized fixed power circuits.
Our Aluminum Cable product range covers four major procurement systems:
IEC 60502‑1/2 Low & Medium‑voltage aluminum power cable, including unarmoured, SWA steel‑wire‑armoured, STA steel‑tape‑armoured constructions, 0.6/1kV up to 26/35kV (YJLV, YJLV22 series).
ASTM‑spec overhead aluminum conductors: AAC (All Aluminum Conductor), ACSR (Aluminum Conductor Steel Reinforced), AAAC (All Aluminum Alloy Conductor), complying with ASTM B231, ASTM B232, ASTM B398, ASTM B399 for North American and global overhead lines.
BS 215 British‑standard bare overhead aluminum conductors, widely adopted for UK, Middle East and African power distribution networks.
GB/T national‑standard aluminum cable, including YJLV, YJLV22, aluminum alloy power cables, fire‑resistant and LSZH aluminum cables for Asia‑Pacific utility and building projects.
Shaanxi Jinshenghong Cable supports EPC contractors, power utilities, grid operators, renewable energy developers, petrochemical plants and electrical distributors with material supply based on:
Standard · Cable Type · Conductor Cross‑section · Core Number · Voltage Rating · Insulation & Sheath Material · Armour Type · Length · Cable Ends · Inspection · Test Report · Conductor Resistance Test · Partial‑Discharge Test · Third‑Party Inspection · Project Specification
Why Choose Us
We have various specifications of aluminum wires and cables that can be customized according to needs.
Strict material selection - Good raw materials are the guarantee of good products
We have conducted multiple experiments to select the most suitable raw materials for each cable, which are from national and international first tier brands and are genuine and cost-effective!
On demand customization - can be produced according to different specifications and models
The customer manager assigns a dedicated quotation to fully meet the production needs of product orders,
The majority of our company's products have a production cycle of 5-7 days.
Professional team
Our team includes pre-sales, after-sales service, designers, craftsmen, and inspectors. The team is well-established and has over 10 years of experience in mobile cable design and generation.
Product consistency
Our company guarantees the stability and consistency of each batch of cables for long-term customers with our strength!
Choose the Correct Aluminum Cable Product Family
Before selecting a cable type, buyers should first identify what type of aluminum cable the project actually requires.
| Product Family | Standard | Main Product | Typical Construction |
|---|---|---|---|
| Low‑Voltage Aluminum Power Cable | IEC 60502‑1 | 0.6/1kV YJLV Aluminum Power Cable | Al/XLPE/PVC, YJLV / YJLV22 |
| Medium‑Voltage Aluminum Power Cable | IEC 60502‑2 | 6‑35kV MV Aluminum Power Cable | XLPE insulated aluminum armoured cable |
| Bare Overhead Conductor | ASTM / BS / IEC 61089 | AAC, ACSR, AAAC | Stranded bare aluminum / aluminum alloy / steel reinforced aluminum |
| Aluminum Alloy Power Cable | GB/T / IEC 60228 | AA‑8000 series aluminum alloy cable | Compact stranded aluminum alloy, XLPE insulated |
| Fire‑Resistant & LSZH Aluminum Cable | IEC 60331 / IEC 61034 | Special safety aluminum cable | Fire‑resistant, low‑smoke zero‑halogen aluminum power cable |
This distinction is important.
Insulated aluminum power cable is not bare overhead conductor.
ACSR steel‑reinforced conductor is not the same as AAAC all‑alloy conductor.
Aluminum‑base conductors share lightweight and cost advantages, but applicable product standard, tensile strength, conductivity, insulation system, armour structure, testing requirements and installation rules are completely different.
IEC 60502‑1 YJLV Aluminum Power Cable Standard: IEC 60502‑1. Construction: Al/XLPE/PVC. Conductor: Class 2 compact stranded aluminum. Voltage: 0.6/1kV. Application: Indoor, cable trench, cable tray fixed power distribution.
IEC 60502‑1 YJLV22 Armoured Aluminum Power Cable Standard: IEC 60502‑1. Construction: Al/XLPE/PVC/SWA/PVC. Conductor: Class 2 compact stranded aluminum. Voltage:0.6/1kV. Application: Direct burial, outdoor underground feeder circuits.
ASTM B231 AAC All Aluminum Conductor Standard: ASTM B231. Conductor: 1350‑H19 hard drawn stranded aluminum. Application: Short‑span overhead distribution lines.
ASTM B232 ACSR Aluminum Conductor Steel Reinforced Standard: ASTM B232. Conductor: Aluminum strands with central steel core. Application: Long‑span overhead transmission lines, high mechanical load routes.
ASTM B399 AAAC All Aluminum Alloy Conductor Standard: ASTM B398 / B399. Conductor: 6201‑T81 heat‑treated aluminum alloy. Application: Medium & long overhead lines, better creep resistance than ordinary AAC.
GB/T YJLV Aluminum Power Cable Standard: GB/T 12706. Construction: Aluminum conductor + XLPE insulation. Application: Large‑capacity building feeders, industrial plant main power loops.
LSZH Low‑Smoke Zero‑Halogen Aluminum Cable Standard: IEC 61034‑2. Construction: Al / XLPE / LSZH sheath. Application: Tunnels, underground stations, public infrastructure with smoke‑toxicity control requirements.
What Is Aluminum Cable?
Aluminum cable refers to the family of electrical cables using aluminum or aluminum alloy as conductive core material. Aluminum delivers outstanding light weight, abundant raw material supply and competitive total installed cost for large power circuits.
Key performance notes for aluminum conductors:
Aluminum conductivity is approximately 61% IACS of copper; larger cross‑section is required to match equivalent copper ampacity and voltage drop.
Aluminum is roughly one‑third the density of copper, greatly reducing cable dead weight, transportation cost and mechanical loading on supports, poles and cable trays.
Thermal expansion and oxide layer formation require proper termination design: bi‑metallic lugs, anti‑oxidation compound and correct torque procedure are mandatory for reliable joints.
Available in ordinary 1350 aluminum and AA‑8000 / 6201 aluminum alloy grades; alloy grades show improved creep resistance and connection stability.
Combined with XLPE, PVC, EPR or LSZH insulation/sheath, aluminum cables adapt to overhead, underground, fixed indoor feeder, flame‑retardant and fire‑resistant operating scenarios.
Aluminum cable materials are therefore widely used for projects prioritizing:
High power capacity + Long transmission distance + Lower material & freight cost + Reduced structural load
Typical industries include power grid overhead lines, large industrial main feeders, solar and wind power plants, municipal distribution networks, mining infrastructure and rural electrification.
Aluminum Cable – Quick Procurement Facts
| Procurement Item | Supply Scope |
|---|---|
| Material Family | 1350 aluminum / AA‑8000 / 6201 aluminum alloy conductor cable |
| IEC Power Cable | IEC 60502‑1 / IEC 60502‑2, IEC 61089 for overhead conductors |
| ASTM Overhead Conductor | ASTM B231 (AAC), ASTM B232 (ACSR), ASTM B398/B399 (AAAC) |
| BS Bare Conductor | BS 215 |
| GB/T Domestic Cable | GB/T 12706, GB/T 1179 |
| Main Cable Types | Unarmoured YJLV, SWA/STA armoured YJLV22, AAC, ACSR, AAAC, LSZH aluminum cable |
| Conductor Class | Class2 compact stranded aluminum / aluminum alloy |
| Voltage Rating | 0.6/1kV, 6/10kV, 12/20kV, 26/35kV; bare overhead up to high‑voltage transmission grades |
| Insulation / Sheath | PVC, XLPE, EPR, LSZH (bare conductors without insulation) |
| Cable Dimensions | Cross‑section mm² / AWG / kcmil, core number |
| Length | SRL, DRL, 100 m, 500 m, 1000 m, fixed length, cut‑to‑length, wooden drum / steel reel packing |
| Cable Ends | Plain ends, sealed heat‑shrink ends, bi‑metallic lug pre‑termination available |
| Inspection | Conductor resistance test, voltage withstand test, insulation resistance, partial‑discharge test (MV), dimensional check, tensile & sag test for overhead conductors |
| Certification | Test Report / EN 10204‑3.1; CE, RoHS, project‑specific documentation available |
| Third Party | SGS / BV / TÜV / Customer‑Nominated Inspector |
| Applications | Overhead transmission & distribution, solar & wind farms, industrial main feeders, municipal power, rural electrification, mining, large commercial building feeders |
1. IEC 60502‑1 / IEC 60502‑2 Insulated Aluminum Power Cable
IEC 60502 series extruded insulation aluminum power cables cover rated voltages from 0.6/1 kV up to 26/35 kV, with full chemical, electrical, mechanical, ageing and flame‑retardant test requirements.
IEC 60502 is the core standard when buyers search for:
Aluminum power cable XLPE insulated aluminum cable Armoured underground aluminum feeder cable 0.6/1kV YJLV cable Medium‑voltage aluminum cable
Common IEC 60502 Aluminum Cable Constructions
| Construction | Brief Description | Typical Procurement Applications |
|---|---|---|
| Al/XLPE/PVC (YJLV) | Unarmoured aluminum XLPE power cable | Indoor cable tray, cable trench, large building main feeders |
| Al/XLPE/PVC/SWA/PVC (YJLV22) | Steel‑wire‑armoured aluminum cable | Direct‑buried underground industrial feeders |
| Al/XLPE/PVC/STA/PVC | Steel‑tape‑armoured aluminum cable | Tunnel laying, anti‑external mechanical damage |
| MV Al/XLPE/CWS/PVC | Medium‑voltage aluminum cable with semi‑conducting screen | Substation outgoing feeders, renewable energy collection circuits |
Nominal construction descriptions are provided for procurement orientation only. Actual performance must be checked against the ordered IEC specification and factory test report.
IEC 60502‑1 YJLV Unarmoured Aluminum Cable
YJLV is the standard low‑voltage aluminum XLPE power cable for fixed feeder circuits. Typical applications include factory main power loops, commercial complex incoming feeders, cable‑tray routing and indoor utility engineering.
YJLV delivers attractive cost savings for high‑ampacity fixed routes. YJLV cannot automatically replace armoured YJLV22. Armour selection must strictly follow project installation specification.
IEC 60502‑1 YJLV22 SWA Armoured Aluminum Cable
YJLV22 adds steel‑wire armour layer based on YJLV structure, for underground direct burial. It is widely used for industrial site buried feeders, municipal underground power pipelines and large‑scale solar plant collection lines.
For buried YJLV22 installation projects, construction teams must follow electrical codes for burial depth, sand bedding and warning‑tape requirements. Terminations must use approved aluminum or bimetallic connectors.
IEC 60502‑2 Medium‑Voltage Aluminum Cable (6‑35kV)
Medium‑voltage aluminum cables are equipped with conductor screen and insulation semi‑conducting screen structure. Partial‑discharge test is mandatory for factory acceptance.
Mainly applied for urban grid feeders, industrial substations, wind and solar booster station collection circuits. For critical MV aluminum cable projects, Shaanxi Jinshenghong Cable can coordinate material traceability, partial‑discharge testing, full test report review and project‑specific inspection documentation.
2. ASTM Bare Overhead Aluminum Conductors: AAC / ACSR / AAAC
This product family serves overhead transmission and distribution projects following North American and international utility standards. These conductors are normally uninsulated, designed for pole‑mounted overhead lines.
AAC – All Aluminum Conductor (ASTM B231)
Made of 1350‑H19 hard‑drawn aluminum strands. Lightweight, simple structure, for short‑span distribution circuits with moderate mechanical load.
ACSR – Aluminum Conductor Steel Reinforced (ASTM B232)
Aluminum strands wrapped around a high‑strength galvanized steel core. The most widely used overhead conductor for long spans, river crossings and high‑wind heavy‑ice zones. Steel core provides tensile strength while aluminum carries current.
AAAC – All Aluminum Alloy Conductor (ASTM B398 / B399)
6201‑T81 heat‑treated aluminum alloy conductor. Higher tensile strength and superior creep resistance compared with ordinary AAC, no steel core required. Preferred for medium‑long overhead routes where sag control and long‑term connection stability matter.
| ASTM Reference | Conductor Feature | General Description |
|---|---|---|
| ASTM B231 | 1350‑H19 AAC | All hard‑drawn aluminum, short‑span distribution |
| ASTM B232 | ACSR, steel core reinforced | Long span, high mechanical load overhead transmission |
| ASTM B398/B399 | 6201 AAAC aluminum alloy | Alloy conductor, low creep, medium‑long overhead lines |
Exact stranding, wire gauge, area and rated sag must be verified during quotation. Sag‑tension calculation data can be supplied upon request for utility line design.
3. BS 215 Bare Aluminum Overhead Conductors
BS 215 specification covers stranded bare aluminum and aluminum alloy overhead conductors for UK, Middle East and African power networks. BS 215 conductors are commonly specified for rural electrification and local distribution overhead lines.
4. GB/T National‑Standard Aluminum Cable for Asia‑Pacific Projects
For Chinese and Asia‑Pacific projects, GB/T series standards are widely adopted for insulated aluminum power cables and bare overhead conductors.
Important GB/T aluminum cable grades / constructions
| Type | Standard Reference | General Material Family |
|---|---|---|
| YJLV aluminum power cable | GB/T 12706 | XLPE insulated aluminum PVC sheathed power cable |
| YJLV22 armoured aluminum cable | GB/T 12706 | SWA armoured underground aluminum feeder cable |
| JL/G1A ACSR | GB/T 1179 | Steel‑reinforced aluminum overhead conductor |
| JLHA1 AAAC | GB/T 1179 | 6201 aluminum alloy overhead conductor |
| WDZ‑YJLY LSZH aluminum cable | GB/T 19666 | Low‑smoke zero‑halogen aluminum power cable |
WDZ‑YJLY LSZH Aluminum Cable
WDZ‑YJLY LSZH aluminum cable produces low smoke and no toxic halogen gas under fire conditions, used in tunnels and densely occupied public infrastructure where large aluminum feeders are required.
Aluminum Cable vs Copper Cable – Critical Engineering Note
Aluminum cable cannot be directly substituted one‑to‑one for copper cable of the same cross‑section.
Key differences:
1.Lower conductivity → larger mm² / kcmil required for equal ampacity and acceptable voltage drop
2.Much lighter weight → reduces pole, tower and tray loading
3.Higher thermal expansion → joints risk loosening without proper hardware and torque control
4.Surface oxide film → anti‑oxidation paste and bimetallic lugs are required for aluminum‑to‑copper transitions
Material cost advantage is most obvious on large cross‑section, long‑run feeder and overhead applications
Any substitution between copper and aluminum conductors must be approved by the responsible electrical engineer or project specification authority.
How to Select the Correct Aluminum Cable Material
Selection is not simply “use aluminum to save cost”. Multiple parameters must be confirmed:
Rated Voltage
Voltage rating must match system nominal voltage with sufficient safety margin.
Conductor Cross‑section & Core Number
Cross‑section is sized for ampacity, voltage drop and short‑circuit withstand; core number matches feeder configuration.
Installation Environment
Overhead (span, wind, ice load) / direct‑buried / cable‑tray / tunnel decide armour, sheath and conductor type (insulated or bare).
Conductor Type
1350 aluminum vs AA‑8000 / 6201 aluminum alloy; AAC / ACSR / AAAC for overhead lines.
Safety Requirements
Flame retardant, fire‑resistant, LSZH requirements subject to local building and fire codes.
Termination Hardware
Bi‑metallic lugs, aluminum compression connectors, anti‑oxidation compound, correct torque sequence must be specified together with the cable.
YJLV vs YJLV22 vs ACSR
| Cable Type | Construction Concept | Procurement Consideration |
|---|---|---|
| YJLV | Unarmoured XLPE aluminum power cable | Indoor cable‑tray / cable‑trench fixed feeder, no heavy external impact |
| YJLV22 | SWA steel‑wire‑armoured aluminum power cable | Suitable for direct‑buried underground feeder routes |
| ACSR | Aluminum strands + galvanized steel core bare overhead conductor | Long‑span transmission lines, high mechanical tension |
YJLV22 is not a thicker‑sheath version of YJLV. Armour changes cable outer diameter, weight, gland selection and installation procedures. ACSR is not insulated cable and cannot be laid underground without proper insulation system.
Aluminum Cable Dimensions & Ordering Method
The ordering method differs between insulated power cable and bare overhead conductor.
IEC / GB/T Insulated Aluminum Power Cable
Normally ordered as: Core‑number × cross‑section mm² + Voltage + Construction Example: 3×240+1×120mm² 0.6/1kV YJLV22
ASTM Bare Overhead Conductor
Specified by kcmil / AWG, stranding type: AAC, ACSR, AAAC, plus design sag‑tension requirements.
BS 215 Bare Conductor
Ordered by nominal cross‑section and conductor class.
Insulation, Sheath and Armour (Insulated Aluminum Cables)
Common material options:
PVC: General‑purpose, cost‑effective, for medium‑temperature service.
XLPE: Higher temperature resistance, excellent electrical property, standard for YJLV / YJLV22.
EPR rubber insulation: High flexibility, suitable for mobile aluminum feeder cables.
LSZH: Low‑smoke zero‑halogen for public safety‑critical locations.
Armour options: SWA steel‑wire armour for anti‑compression direct burial; STA steel‑tape armour for anti‑piercing protection in tunnel laying.
Bare overhead AAC / ACSR / AAAC have no insulation or sheath.
Installation & Termination – Special Reminder for Aluminum Cable
Aluminum cables have good bending performance, but minimum bending radius must be followed according to cable construction.
Termination is the highest‑risk point for aluminum systems:
Use compression‑type aluminum lugs or bi‑metallic copper‑aluminum transition lugs
Apply approved anti‑oxidation joint compound
Follow manufacturer torque values and re‑torque schedule
Avoid direct aluminum‑copper contact without bimetallic hardware to prevent galvanic corrosion
MV medium‑voltage aluminum cables require strict termination craftsmanship to avoid partial‑discharge risks. Overhead conductors require correct hardware, clamps and sag setting.
Inspection & Quality Control
| Inspection Item | Procurement Purpose |
|---|---|
| Conductor Resistance Test | Verify aluminum conductor conductivity, cross‑section compliance |
| Tensile Strength & Elongation | Critical for ACSR / AAAC overhead conductors |
| Voltage Withstand Test | Check insulation integrity for insulated aluminum cables |
| Insulation Resistance Test | Confirm insulation performance |
| Partial‑Discharge Test | Mandatory acceptance test for medium‑voltage insulated cables |
| Dimensional Inspection | Verify cross‑section, insulation thickness, outer diameter tolerance |
| Visual Inspection | Check sheath surface, strand uniformity, marking completeness |
| Flame‑Retardant / Fire‑Resistant Test | For safety‑type insulated cables as per project requirement |
| Cable Marking Inspection | Confirm standard, type, voltage, metre marking |
| Third‑Party Inspection | Independent project verification |
Why Conductor Resistance & Tensile Test Matters for Aluminum Cable
Low‑quality aluminum or impure alloy conductors can look visually similar. Visual inspection is not sufficient. For overhead conductors, tensile strength and sag performance directly determine line safety. A professional traceability route should follow: Aluminum rod / alloy billet → Production batch → Factory test report → Cable / conductor drum marking → Sampling resistance & tensile test → Delivery → On‑site acceptance
How to Review an Aluminum Cable Factory Test Report
| Test Report Item | Buyer Check |
|---|---|
| Standard | Matches purchase order |
| Cable Type & Construction | Correct cable model, core count, cross‑section or overhead conductor type |
| Production Batch Number | Matches physical drum marking |
| Conductor Resistance / Tensile Load | Meets specified standard limits |
| Insulation & Sheath Dimensions | Complies with specification (insulated types only) |
| Electrical Tests | Voltage withstand, insulation resistance, partial‑discharge (for MV) completed |
| Special Mechanical / Safety Test | Tensile, sag, flame‑retardant / LSZH if required |
| Certification | Required document level |
| Traceability | Physical drum can be linked to test report |
For EPC purchasing, the documentation package should be treated as part of the material itself.
Compatible Accessories for Aluminum Cable
Aluminum cable projects require matching hardware: Aluminum compression lugs, bimetallic copper‑aluminum lugs, cable glands, heat‑shrink cold‑shrink termination kits, overhead suspension clamps, tension clamps, anti‑oxidation grease, cable markers, sealing end caps.
Accessory selection must follow the project specification and match conductor material, outer‑diameter, cross‑section and voltage rating. Ordinary copper lugs are not suitable for direct aluminum termination.
Typical Aluminum Cable Applications
Overhead Power Transmission & Distribution
AAC, ACSR, AAAC are the global mainstream for utility overhead lines, rural electrification and distribution networks.
Solar & Wind Renewable Energy
YJLV, YJLV22 aluminum collection cables for large solar farms and wind plant feeder circuits, reducing total project cost and cable weight.
Industrial Main Feeders
Large‑cross‑section YJLV / YJLV22 aluminum cables for factory incoming power, heavy‑load industrial distribution.
Municipal & Rural Electrification
Cost‑optimized aluminum feeders for town and village power upgrade projects.
Tunnel & Public Infrastructure
LSZH insulated aluminum cables for large feeders inside tunnels and underground utility corridors.
Manufacturing & Value‑Added Processing
Shaanxi Jinshenghong Cable Co., Ltd. can coordinate aluminum cable and bare conductor orders with project‑specific preparation.
Available services can include fixed‑length cutting, cable‑end sealing, custom marking, batch segregation, sag‑tension data sheet for overhead conductors, inspection coordination, custom wooden‑drum / steel reel packing and seaworthy export packing.
Materials can be organized according to: Cable Type · Production Batch · Cross‑section / Core‑count · Project Item · PO Line · Project Package
This is particularly useful for EPC and large utility orders combining overhead conductors plus underground insulated aluminum feeders.
Why Choose Shaanxi Jinshenghong Cable Co., Ltd. for Aluminum Cable?
Multi‑standard aluminum product system from one supplier
Shaanxi Jinshenghong Cable covers: IEC 60502 insulated aluminum power cable + ASTM AAC/ACSR/AAAC overhead conductor + BS 215 bare aluminum conductor + GB/T aluminum power & overhead cables
This allows procurement teams to source insulated underground feeders and bare overhead conductors through one supply channel.
Ordinary aluminum and aluminum alloy grades
Supply covers standard 1350 aluminum and 6201 / AA‑8000 aluminum alloy options for better connection stability and creep resistance.
Complete overhead + underground portfolio
We support both utility overhead line conductors and buried/rack‑mounted insulated aluminum feeders for hybrid power projects.
Material traceability
Production‑batch traceability, full test‑report verification and custom drum marking can be incorporated into the order.
Inspection Support
Conductor resistance sampling, tensile testing, electrical testing and third‑party inspection (SGS / BV / TÜV etc.) can be arranged according to PO and ITP.
EPC Documentation Support
Inspection and documentation requirements can be defined before production to reduce approval problems before shipment; sag‑tension data for overhead conductors available.
FAQ
Purchasing cables, many customers are concerned about the following issues
Q:What are AAC, ACSR and AAAC?
A:AAC: All Aluminum Conductor, pure 1350 aluminum, for short overhead spans
ACSR: Aluminum Conductor Steel Reinforced, aluminum + steel core for long spans and high mechanical load
AAAC: All Aluminum Alloy Conductor, heat‑treated 6201 alloy, low creep for medium‑long overhead routes
Q:Can aluminum cable replace copper cable directly?
A:No. Aluminum has ~61% IACS conductivity. Larger cross‑section must be selected to match ampacity and voltage drop. Termination hardware and joint procedure must be specially designed for aluminum.
Q:What is the difference between YJLV and YJLV22?
A:YJLV is unarmoured XLPE aluminum power cable for indoor/tray installation. YJLV22 adds SWA steel wire armour for direct burial underground. Unarmoured YJLV cannot substitute YJLV22 for buried routes.
Q:Why do aluminum connections need bimetallic lugs and anti‑oxidation paste?
A:Aluminum forms a high‑resistance oxide layer rapidly on exposed surfaces. Direct aluminum‑copper contact creates galvanic corrosion. Approved bimetallic lugs plus anti‑oxidation compound prevent overheating at joints.
Q:When should AAAC alloy conductor be selected instead of AAC?
A:AAAC aluminum alloy has better tensile strength and much lower creep. Choose AAAC when stable sag and long‑term joint reliability are priorities.
Q:Can third‑party inspection be arranged?
A:Yes. Inspection by SGS, BV, TÜV or another agreed inspection organization can be coordinated when specified in purchase order.
Q:Can Shaanxi Jinshenghong Cable supply EN 10204‑3.1 test reports and sag‑tension sheets for overhead conductors?
A:Yes. Factory test report / EN 10204‑3.1 and sag‑tension calculation documents for ACSR/AAAC can be supplied according to agreed purchase specification.
Request an Aluminum Cable Quote
Need IEC 60502 YJLV / YJLV22 aluminum power cable, ASTM AAC / ACSR / AAAC overhead conductor, BS 215 bare aluminum conductor, or GB/T LSZH aluminum feeder cable?
Send your technical requirement or project MTO to Shaanxi Jinshenghong Cable Co., Ltd.
We can review: Standard · Cable / Conductor Type · Core‑count & Cross‑section / kcmil · Voltage · Armour · Alloy / LSZH requirement · Quantity · Inspection · Documentation · Processing · Delivery
Shaanxi Jinshenghong Cable Co., Ltd.
Shaanxi Jinshenghong Cable Co., Ltd. is well-known as one of the leading aluminum cable manufacturers and suppliers in China. If you're going to wholesale cheap aluminum cable for sale, welcome to get free sample from our factory. All customized products are with high quality and low price.
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