What is TECK 90 Cable?
TECK90 cable is an armored flexible cable featuring a bare ground conductor, with an optional outer sheath available upon request. Its name originates from one of its earliest adopters—the Teck Hushkin Mine in Kirkland Lake, Ontario.
As a CSA standard model, TECK90 cable withstands voltages up to 5,000 volts when manufactured to CSA C22.2 No. 131 and CSA C22.2 No. 174 standards. For voltages exceeding 5,000 volts, it is manufactured to IPCEA standards and CSA certified.
- Versatile for Harsh Environments
- Easy and Cost-Effective Installation
- High Safety and Reliability
- Broad Application Compatibility
- Long-Term Durability and Low Maintenance
CSA Approved TECK 90 Cable Manufacturer in China
Honest TECK 90 cables are CSA C22.2#131 and CSA C22.2 #174 compliant electrical cables engineered for safety in all hazardous environments (Class I, II, and III). They feature unique construction with insulated conductors, inner cross-linked polyethylene (XLPE), aluminum interlocked armor, and an insulated PVC outer jacket.
We offer many options, from 2 to 4 conductors, with every TECK 90 conductors color-coded as black, white, red, or blue. The conductors are made from either aluminum or copper material.
With their robust design, Honest TECK 90 cables are corrosion-resistant, flexible, rugged, and can withstand rough handling. They can withstand the harsh conditions in the mining industry, low acid gas, low flame spread areas, chemical and commercial buildings.
Furthermore, our TECK 90 cables are designed for low to medium voltage, which may vary from 600 volts to 1kV. Their working temperature ranges from – 40°C to 90°C.
At Honest, we follow a strict TECK 90 cable manufacturing process, conforming to CSA C22.2 alongside other standards like IEEE 383 and strict flame retardancy (CSA FT4).
As a certified TEK 90 cable manufacturer in China, Honest offers custom cable solutions for your specific application requirements – get a quote now.
TECK 90 Cable Product Series
CSA Approved TECK90 Cable 600V- CSA Approved TECK90 Cable 1000V
- CSA Approved TECK90 Cable 5000V
CSA Approved TECK90 Cable, Shielded- CSA Approved TECK90 Cable, Unshielded
Versatile Installation Options
Honest TECK90 with jacket is appropriate for various applications, including wet, dry, or corrosive group environments, indoors or outdoors. These cables may be installed in ventilated or non-ventilated cable trays, ladder-type cable trays, and flexible cable conduits in dry and wet locations, allowing you to accommodate different projects.
Hazardous Location Ready
Honest TECK90 cables are buryable directly and are CEC-approved for hazardous locations, including Class II, Division 2; Class III, Division 1; and Class III, Division 2. In areas where high levels of safety are required, you have nothing to worry about with the protective capabilities of the cable because it provides top-notch protection for equipment and humans.
Industrial-Grade Protection
In chemical, petroleum, pulp and paper, and other industrial applications, cables tend to face risks of mechanical damage and chemical corrosion. You can install Honest TECK90 cables in exposed, concealed, direct-buried, or hazardous location applications safely without hesitation. Its multi-layer protection design provides long-term stable operation even in challenging industrial environments, which provides you with assured confidence for your applications.
Construction of TECK90
The exceptional performance of Honest TECK90 cables stems from their multi-layer design, with each layer providing dedicated protection for your project. Understanding the structure of Honest TECK90 cables gives you greater confidence during selection and installation.
Conductor
TECK90 cable conductors are typically made of copper (supporting up to 50 conductors) or aluminum (single-core or multi-core), balancing high conductivity with flexibility. For projects with cost and weight constraints, aluminum TECK90 cables offer a lightweight and economical solution for you.
XLPE Insulation
TECK90 cable insulation utilizes cross-linked polyethylene (XLPE), offering exceptional heat resistance capable of withstanding temperatures up to 90°C. For your project, this ensures the cable maintains electrical safety and long-term stability under high loads or harsh environments, while resisting aging for extended service life.
Inner Jacket
The inner sheath is typically made of PVC material, which enhances mechanical strength and provides additional protection for your wiring. It also offers excellent flame-retardant properties, ensuring safer and more reliable cable performance during use.
Aluminum Interlocked Armour
Aluminum interlocked armor resists external impacts and compression with flexing for easier installation. TECK90 cables don’t require additional protection against conduit, which reduces construction costs. Based on your project requirements, you can also use steel interlocked armor (SIA) to support different environments.
Outer PVC Jacket
The outer jacket is also made of PVC material, featuring resistance to oil, water, and chemical corrosion. It is applicable for underground, outdoor, and harsh industrial environments. Its flame-resistant surface also enhances security to guarantee your cables operate normally even in complex situations.
Types of TECK90 Cable
TECK90 cables are primarily divided into two categories: power cables and control cables.
If your application demands power supply for illumination, drives, motors, or pumps, Honest TECK90 power cable is the perfect solution. Its interlocked armor takes over the mechanical shielding of the old conduit, enabling direct wiring without extra piping. TECK90 cables may be directly buried underground or installed in cable trays or conduits and provide dependable performance in wet or dry conditions. Besides that, it also operates smoothly within temperatures ranging from -40°C, which is suitable for open-air exposed applications.
For locations requiring reliable control system operation—such as mines, tunnels, or factories—the TECK90 control cable offers multi-core options with flame-retardant PVC sheathing to meet stringent fire safety and security requirements. Using it ensures stable and dependable control system performance in demanding environments, thereby reducing the risk of unexpected downtime or equipment failure.
- TECK 90 Cable Specifications
- Application & Industry Reference Table
| Specification Category | Details |
| Product Name | TECK90 |
| Conductor Material | Bare Copper, Stranded |
| Insulation | XLPE (Cross-Linked Polyethylene) |
| Inner Jacket | PVC |
| Armor | Aluminum, Interlocked |
| Outer Jacket | PVC (TECK90) |
| Rated Voltage | 600 V, 1000 V (1 kV), 5000V(5kV) |
| Temperature Rating | -40°C to +90°C |
| Shielding | Copper Tape / Aluminum-Polyester Laminate Shield |
| Standards & Certification | CSA C22.2 No. 131 |
| Industry / Sector | Typical Applications | Key Cable Feature Utilized |
| Industrial Manufacturing | Power supply to machinery, motors, and control systems in factories. | Durability, Armor Protection, EMI Shielding |
| Oil & Gas / Petrochemical | Plant power, distribution, and hazardous area installations. | Corrosion Resistance, CSA Certification for Hazardous Locations |
| Mining & Quarries | Feeders for substations, power centers, and heavy equipment. | Robust Armor, Direct Burial Capability |
| Water & Wastewater | Pump stations, treatment plants, outdoor and wet locations. | Moisture Resistance, Direct Burial Capability |
| Infrastructure & Utilities | Traffic systems, tunnel lighting, and airport ground power. | Direct Burial, Sunlight Resistance (ACWU90), Durability |
| Marine & Offshore | Deck wiring, power distribution on docks, and fixed platforms. | Corrosion Resistance, Tough Jacket |
TECK90 cable is designed in compliance with the Canadian Electrical Code (CEC) to guarantee safety, fire protection, and mechanical protection during installation compliance requirements. This enables you to utilize it in various projects without fear of delayed approvals or involvement in projects due to non-compliance. CEC compliance also guarantees long-term reliability in extreme conditions, particularly suitable for industrial, mining, or hazardous area cabling.
TECK90 cables offer multiple voltage ratings from low voltage to medium-high voltage to meet the needs of various industrial and commercial projects. For most building and industrial projects, common rated voltages include 600V, 1000V, and 5000V, which can satisfy standard power supply requirements for lighting, motors, pumps, and control systems.
For specialized high-voltage applications—such as powering large factories, mines, or heavy equipment—select high-voltage TECK90 cables compliant with IPCEA standards. Understanding your project’s voltage requirements enables informed cable selection, ensuring power supply safety, reducing design costs, and optimizing construction efficiency.
TECK90 cable is widely used in industrial plants, mines, pulp and paper mills, power stations, and commercial buildings. It can be installed in ventilated or non-ventilated cable trays, ladder trays, and flexible conduits.
TECK90 eliminates the need for separate conduit and wire, reducing labor and material costs. It offers fast installation, excellent durability, and reliable performance in challenging conditions.
This is a very common question. Teck90 typically refers to cables with aluminum armor and a PVC outer sheath. ACWU90 is a subcategory of Teck90, specifically denoting cables with aluminum armor and a polyolefin outer sheath, which generally offer superior resistance to sunlight and weathering. During procurement and use, many people collectively refer to them as Teck90/AWCU90.
Yes, most Teck90 cables are designed with copper tape or aluminum-plastic composite tape shielding. They effectively prevent electromagnetic interference (EMI) and are well-suited for environments such as industrial automation and variable frequency drive applications.
Selection depends on factors such as current load (amperage), voltage rating, application environment (indoor, outdoor, underground), and whether shielding is required. We recommend consulting our technical team for guidance tailored to your specific project requirements.