2025 Advanced Discharge Lightning Rod Prices Stainless Steel Rod Types of Lightning Arrester

Technical specifications

Customization guide

Adjust material selection (brass, copper, or stainless steel) to meet specific environmental or conductivity requirements. For example, choose copper for high-conductivity applications or stainless steel for corrosive environments.

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With copper’s 59.6 MS/m conductivity, you can ensure rapid charge dissipation in electrical systems. Stainless steel’s corrosion resistance enables long-term durability in harsh coastal climates. The modular design allows easy installation on rooftops or towers, making it adaptable to diverse structures.

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Supplier's note

1. Technical Breakthroughs:

   • Material Diversity: Three material options cater to varying needs. Copper’s 59.6 MS/m conductivity ensures rapid charge dissipation, while stainless steel’s corrosion resistance outperforms industry benchmarks in marine environments.
   • Certified Compliance: CE, UL, and RoHS certifications enable deployment in regulated industries worldwide.
   • Modular Design: The spherical top and mounting base allow seamless integration into existing infrastructure.

2. Version Selection Guidance:

   • Base Model (Brass): Ideal for cost-sensitive applications where moderate conductivity and corrosion resistance suffice.
   • Advanced Model (Copper): Preferred for high-conductivity needs, offering 250% higher conductivity than brass for efficient electrical systems.
   • Pro Model (Stainless Steel): Best for corrosive environments, providing 50% better corrosion resistance than copper and ensuring longevity in harsh conditions.

With the Pro version’s triple-industry-standard corrosion resistance, you can safely protect offshore facilities from saltwater exposure. Pair its durability with copper’s conductivity for hybrid systems requiring both performance and resilience.