Copper Grounding Straps | Industrial grounding, data centers | - Material: Copper (1.71 MS/m conductivity ▲▲ vs Industry Standard Aluminum 37 MS/m) - Thickness: 1.5mm (Base) ▲ 2.0mm (Advanced) - Corrosion Resistance: ASTM B117, 500+ hours (resists salt spray) | ▲▲ Superior conductivity for low resistance Customizable dimensions (length/width) Easy installation via pre-drilled loops | Higher cost than aluminum alternatives |
Braided Copper Grounding Wires | Flexible grounding in tight spaces | - Material: Copper (1.71 MS/m) - Flexibility: 90° bends without damage ▲▲ vs rigid straps - Current Handling: 200A (Base) ▲ 300A (Advanced) | ▲▲ Highly flexible for confined spaces High current capacity (up to 300A) | Lower mechanical durability in harsh environments |
Conductive Adhesive Tape | Temporary bonding, surface repairs | - Conductivity: 106 S/m ▲ vs Industry Standard 105 S/m - Adhesion Strength: 15 N/cm (peel test) - No Installation Tools: Peel-and-stick ▲▲ | ▲▲ Quick, tool-free installation Excellent for temporary fixes | Limited to low-current applications Shorter lifespan outdoors |
Aluminum Grounding Bars | Cost-effective low-current systems | - Material: Aluminum (37 MS/m) - Weight: 30% lighter than copper ▲ - Corrosion: Prone to oxidation (ASTM B117, 200 hrs) | ▲ Lower cost and weight Acceptable for low-current needs | ▲▲ Inferior conductivity vs copper Corrosion risks in humid environments |
Fiber-Reinforced Conductive Straps | High-stress industrial use | - Reinforcement: Kevlar fibers (50% higher tensile strength ▲▲) - Conductivity: 1.6 MS/m (vs pure copper) - Thickness: 2.5mm (standard) | ▲▲ Durable for mechanical stress Resists bending fatigue | Stiffer design limits flexibility Higher cost than standard copper |
Standard Copper Wire | General electrical wiring | - Gauge: AWG 10 (2.58 mm²) - Insulation: PVC (non-conductive) - Flexibility: High bendability ▲▲ vs rigid straps | ▲▲ Versatile for wiring applications Widely available and affordable | Not optimized for grounding (no loops/end fittings) Lower durability for static bonding |