TEC Cable

Cable Construction

1. Conductor

• Single-core stranded soft copper conductor
• Provides stable electrical signal and power transmission
• Low DC resistance and excellent conductivity

2. Insulation Layer

• High-temperature resistant polypropylene (PP), FEP, ETFE, or customized insulation material
• Provides excellent dielectric performance and environmental protection

3. Stainless Steel Tube

• Seamless stainless steel tube surrounding the insulated conductor
• Protects the internal core from crushing, pressure, moisture, and corrosive fluids
• Improves long-term reliability in deep wells

4. Cushion Layer

• Protective bedding layer between the steel tube and armor
• Enhances flexibility and reduces mechanical stress

5. Inner Steel Wire Armor

• First layer of high-strength galvanized steel wires
• Provides tensile strength and impact resistance

6. Outer Steel Wire Armor

• Second layer of galvanized steel wires wound in the opposite direction
• Improves anti-torque performance and overall mechanical durability

6.35mm Steel Pipe Cable Features

• 6.35 mm nominal outer diameter
• Single-core conductor design
• Steel-pipe protected internal structure
• Excellent tensile and crushing resistance
• Superior corrosion and abrasion resistance
• Stable electrical transmission performance
• Suitable for high-temperature and high-pressure environments
• Long service life and high operational reliability

Steel Pipe Single Core Cable Typical Construction

1. Conductor
   • Soft copper stranded conductor
2. Primary Insulation
   • High-temperature PP, FEP, ETFE, or customized insulation materials
3. Steel Pipe Protection Layer
   • Seamless stainless steel tube for enhanced mechanical protection
4. Cushion Layer
   • Protective bedding layer to improve flexibility and stability
5. Inner Steel Wire Armor
   • High-strength galvanized steel wires
6. Outer Steel Wire Armor
   • Contra-helically wound galvanized steel wires