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Tianjin Aote Armored Cable features high temperature resistance, oil resistance and excellent abrasion resistance. This cable series includes round and flat structural types, specially developed for harsh oilfield working environments. Its armored outer layer delivers strong tensile strength and anti-extrusion performance to avoid core damage underground.
It boasts stable electrical insulation under high heat and greasy conditions, widely matched with ESP oil submersible pumps and downhole petroleum extraction equipment across global oil exploitation sites.
| AWGSeries | Cross-Sectional Area（mm2） | Core Count | Number of strands / Nominal diameter of single strand（mm） | Rated Voltage Class(kV) | Operating Temperature（℃/℉） |
| AWG7 | 10 | 3 | 1/3.67 | 3、4、5、6 | 90/194120/248150/302180/356205/401232/450260/500 |
| AWG6 | 13 | 3 | 1/4.12 | ||
| AWG5 | 16 | 3 | 1/4.62 | ||
| AWG4 | 21 | 3 | 1/5.19 | ||
| AWG2 | 33 | 3 | 1/6.54;7/2.50 | ||
| AWG1 | 42 | 3 | 1/7.35;7/2.85 | ||
| AWG0 | 53 | 3 | 1/8.25;7/3.16 |
| Code | Explanation | Abbreviation | Code | Explanation | Abbreviation |
| Insulation Layer Material | Armoring Layer Material | ||||
| P | Polypropylene (including modified polypropylene) | PP (MPP) | - | Galvanized Steel Tape | GST |
| E | Ethylene Propylene Rubber | EPDM | M | Monel Tape | MA |
| YJ | Cross-linked Polyethylene | XLPE | X | Stainless Steel Tape | SS316 |
| YE | Polyimide-F46 Composite Film + Ethylene Propylene Rubber Combined Insulation | PI-FEP/EPDM | |||
| YF | Polyimide-F46 Composite Film + Perfluoroethylene Propylene Rubber Combined Insulation | PI-FEP | |||
| Sheath Layer Material | Braid Layer (Filler Layer) | ||||
| Q | Lead Alloy | Pb-Alloy | Polytetrafluoroethylene | PTFE | |
| E | Ethylene Propylene Rubber | EPDM | Aramid Fiber Tape | AFT | |
| H | Chlorosulfonated Polyethylene | CSM | Nylon Fiber Tape | NFT | |
| F | Perfluoroethylene Propylene Rubber | FEP | Polypropylene (Oil-resistant Cushion Layer) | PP | |
| N | Nitrile Rubber | NBR | |||
| AWGSeries | Maximum Dimension | |||||
| Flat Cable(mm×mm) | Spherical Cable(mm2) | MLE Cable(mm×mm) | ||||
| 3kV | 6kV | 3kV | 6kV | 3kV | 6kV | |
| AWG7 | - | - | - | - | 11.5×28.5 | 12.5×32 |
| AWG6 | 14.5×37.5 | - | - | - | 11.5×29.5 | 13×34 |
| AWG5 | 15×39 | 16×41 | 33 | 35 | 13×31.5 | 13.5×35 |
| AWG4 | 16×40 | 17×42.5 | 34 | 36 | 14×33 | 15×37 |
| AWG2 | 18×46 | 18.5×48.5 | 38 | 40 | - | - |
| AWG1 | 19×49 | 19×51 | 40 | 42 | - | - |
| AWG0 | 20×50 | 20.5×53 | 42 | 44 | - | - |
Ordinary cables may suffer damage under high temperature, oil contamination and repeated bending. Our round and flat armored cables use reinforced metal armor structures and temperature & wear-resistant materials to reduce bending stress and withstand heat, friction and mechanical impact. The two structural options meet different dynamic operation requirements, helping extend service life and reduce cable failure risks.
Round armored cables are suitable for conventional wiring applications such as drag chains and cable trays. Flat armored cables feature a compact structure for limited installation spaces, including narrow wellheads, compact equipment and underground cable trenches. The two structures provide flexible installation options and simplify cable arrangement and maintenance.
Manufactured with finely stranded conductors, temperature-resistant insulation layers and reinforced armored structures, the cables provide bending resistance, wear resistance, extrusion resistance and impact protection. The metal armor layer helps prevent external damage, while optional properties such as oil resistance, corrosion resistance and aging resistance allow adaptation to demanding environments including oilfields and mines.
Precision-manufactured conductors provide consistent electrical conductivity and reduced power loss. Optional shielding structures help reduce electromagnetic interference, supporting stable power supply and control signal transmission for industrial equipment.
All products follow standardized quality control procedures throughout the production process. Inspections are carried out from raw material verification and production monitoring to finished cable testing to ensure consistent product performance.
Conductors, insulation materials and jacket materials are inspected before production. Only approved materials are used to maintain consistent cable quality.
Key parameters including conductor diameter, insulation thickness and jacket concentricity are monitored during production. Process adjustments are performed when necessary to maintain batch consistency.
Routine tests include conductor resistance test, insulation resistance test, voltage withstand test, spark test, dimension inspection and appearance inspection.
Customized tests include bending fatigue test, tensile strength test, abrasion resistance test, high-temperature aging test, oil resistance test, low-temperature flexibility test and flame retardant test.
Complete test reports are available for project acceptance upon request.
Equipped with automated armored cable production lines, our factory supports mass production of round and flat armored power cables, including sample development, customized orders and long-term project supply. Standardized production processes, automated testing and export-standard packaging help ensure consistent delivery.
Industrial Automation: Automated production lines, industrial robots and high-frequency motion wiring applications
Drag Chain Systems: Continuous bending applications requiring anti-twist and wear-resistant cable performance
Lifting & Hoisting Equipment: Traveling cranes, gantry cranes, lifting platforms and mobile power supply systems
Oil & Gas Industry: Wellhead and downhole petroleum equipment operating under high temperature, oil contamination and abrasion conditions
Mining & Heavy Industry: Mobile mining machinery and heavy-duty equipment requiring impact and wear protection
Port & Logistics Equipment: Port machinery and automated warehousing equipment exposed to outdoor environments and corrosion risks
We provide customized industrial armored cable solutions based on equipment requirements, operating temperature and wear conditions. With round and flat armored cable options, we help customers select suitable structures, specifications and protective materials.
We support OEM/ODM customization, including cable structure, performance requirements and production quantities. Standardized manufacturing processes and flexible production capacity support small-batch orders, large-volume supply and long-term projects.
Our technical team provides product selection support and application guidance to help reduce cable selection risks and maintenance costs. Export experience and technical service support global customers throughout the cooperation process.
Q1: What are the advantages of combining round and flat armored cables?
A1: The two structures cover different installation requirements. Round armored cables provide general-purpose protection and flexible installation, while flat armored cables are suitable for limited spaces such as narrow wellhead equipment. The combination helps solve challenges related to heat exposure, abrasion, installation space and cable movement.
Q2: Are the cables suitable for long-term repeated bending?
A2: Yes. The cables use temperature-resistant jackets and reinforced armored structures. They are tested for bending fatigue, high-temperature aging and abrasion resistance to support continuous dynamic operation.
Q3: Can the cables be customized for special working conditions?
A3: Yes. We provide customization of cable structure, conductor specifications and cable length. Additional options include high-temperature resistance, wear resistance, oil resistance, flame retardancy and shielding for different operating environments.
All armored cables undergo inspection focused on temperature resistance, wear resistance, aging resistance and impact protection. Products are delivered after passing required tests.
Automated production lines support continuous supply, customized orders and large-scale projects. We provide armored cable solutions for industrial applications requiring consistent performance and long service life.
