Composite Grounding Rods
-- Steady & Reliable Manufacturer --
Introduction
Composite grounding rods are engineered to address grounding challenges in environments where traditional metal grounding materials may be unsuitable. Made from advanced non-metallic composite materials, these grounding rods provide excellent resistance to chemical corrosion and environmental degradation, ensuring stable performance over extended periods.
Composite grounding rods are particularly suitable for highly corrosive soil conditions, chemical industrial zones, and environmentally sensitive areas where metal corrosion or soil contamination is a concern. Their lightweight structure simplifies transportation and installation, especially in remote or difficult construction sites. Unlike metal grounding rods, composite materials do not release metal ions into the surrounding soil, supporting environmentally responsible project requirements.
As part of a complete grounding system, composite grounding rods can be integrated with grounding conductors and accessories to achieve reliable earthing performance in specialized applications. They offer engineers an alternative solution for projects requiring long service life, minimal maintenance, and adaptability to challenging environmental conditions.
Specification
| Type | Material | Diameter | Length | Standard |
|---|---|---|---|---|
| Composite Grounding Rod | Composite Material | 16 mm | 1500 mm | IEC / IEEE |
| Composite Grounding Rod | Composite Material | 18 mm | 1800 mm | IEC / IEEE |
| Composite Grounding Rod | Composite Material | 20 mm | 2000 mm | IEC / IEEE |
| Composite Grounding Rod | Composite Material | 22 mm | 2400 mm | IEC / IEEE |
| Heavy Composite Rod | Composite Material | 25 mm | 3000 mm | IEC / IEEE |
| Special Environment Rod | Composite Material | Customized | Customized | Project Requirement |
| Customized Rod | Composite Material | Customized | Customized | Project Requirement |
Application
Highly corrosive soil environments: Used in areas with acidic, alkaline, or polluted soil conditions.
Chemical and special industrial sites: Applied where metal corrosion is a major concern.
Environmentally sensitive areas: Suitable for projects requiring minimal environmental impact.
Remote and difficult construction sites: Lightweight structure simplifies transportation and installation.
Special grounding systems: Used in projects with specific material or performance requirements.
Long-term underground installations: Suitable for grounding systems designed for extended service life.
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