Stainless Steel Grounding Rods
-- Steady & Reliable Manufacturer --
Introduction
Stainless steel grounding rods are designed for grounding systems operating in harsh and highly corrosive environments. Unlike coated materials, stainless steel provides inherent corrosion resistance throughout its entire structure, ensuring long-term performance without the risk of coating degradation or surface damage.
These grounding rods are commonly used in coastal areas, chemical plants, petrochemical facilities, power stations, and infrastructure projects where soil conditions are aggressive or moisture levels are high. Stainless steel grounding rods maintain mechanical strength and stable electrical performance even under demanding environmental conditions, making them suitable for critical engineering applications with strict reliability requirements.
When incorporated into complete grounding and lightning protection systems, stainless steel grounding rods work seamlessly with compatible grounding conductors, fixing clamps, and connection methods. Their long service life and low maintenance requirements help reduce overall lifecycle costs, making them a preferred solution for projects that prioritize durability, safety, and long-term system stability.
Specification
| Type | Material | Diameter | Length | Standard |
|---|---|---|---|---|
| Stainless Steel Rod | Stainless Steel | 14 mm | 1500 mm | IEC / IEEE |
| Stainless Steel Rod | Stainless Steel | 16 mm | 1800 mm | IEC / IEEE |
| Stainless Steel Rod | Stainless Steel | 18 mm | 2000 mm | IEC / IEEE |
| Stainless Steel Rod | Stainless Steel | 20 mm | 2400 mm | IEC / IEEE |
| Heavy Duty Rod | Stainless Steel | 22 mm | 3000 mm | IEC / IEEE |
| Corrosion Resistant Rod | Stainless Steel | 25 mm | 3000 mm | IEC / IEEE |
| Customized Rod | Stainless Steel | Customized | Customized | Project Requirement |
Application
Coastal and marine environments: Used in ports, docks, and coastal infrastructure with high corrosion exposure.
Chemical and petrochemical plants: Suitable for grounding systems in chemically aggressive environments.
Power plants and substations: Applied in projects requiring high durability and long service life.
Transportation infrastructure: Used in railways, airports, and tunnel grounding systems.
Industrial zones with harsh soil conditions: Ensures stable grounding where soil is highly corrosive.
Critical engineering projects: Used in facilities with strict safety and reliability requirements.
English
简体中文