High-Performance Prime Earth Material for Ground Enhancement Improved Electrical Conductivity with Protection Application

Name: High-Performance Prime Earth Material for Ground Enhancement Improved Electrical Conductivity with Protection Application
Brand: E LINK ENTERPRISE
SKU: 10000020666770_1
Price: 111.11 USD
Availability: InStock
Rating: 4.8 (100 reviews)

Product overview

Core functionalities

Applicable scenarios

Unique advantages

Enhanced Earth Conductivity: A specialized conductive compound designed to improve ground resistance, ensuring safe and efficient electrical grounding in critical systems.
Safety & Protection: Formulated to prevent electrical accidents by optimizing conductivity in grounding systems, safeguarding equipment and personnel in high-risk environments.

Key features

1. Advanced Conductive Compound Formulation

With a specialized conductive compound formulation, achieve ~30% lower ground resistance compared to standard soil*, ensuring reliable and efficient grounding performance. This material enhances electrical conductivity, critical for safeguarding equipment and personnel.

2. Simplified No-Hook Design

With a no-hook design, you can install the material effortlessly without additional hardware or tools, reducing labor time and costs while maintaining structural integrity during application.

3. Enhanced Conductivity for Challenging Environments

With conductivity optimized for harsh conditions, reduce ground resistance by up to 40% in rocky or dry soil environments*, ensuring consistent performance even in low-moisture or high-resistance terrains.

4. Versatile Scenario Solutions for Critical Systems

Designed for commercial and industrial applications, this material adapts to diverse scenarios like electrical substations, data centers, and high-voltage installations, providing robust grounding solutions where safety is paramount.

5. Compliance with International Safety Standards

With certification to IEC 62305 and ISO standards, ensure compliance with global safety protocols, delivering peace of mind for professionals requiring verified reliability in electrical protection systems.

Product details

The High-Performance Prime Earth Material is a specialized conductive compound designed to enhance electrical conductivity in grounding systems, ensuring optimal safety and efficiency in lightning protection and earthing applications. Its formulation reduces soil resistance, improves grounding performance, and supports compliance with industry safety standards.

Technical specifications

Feature	Specification	Application Scenario
Material	Conductive compound (granular form)	Backfill for grounding rods/pipes
Conductivity	200% higher than native soil	Industrial plants, data centers
Resistance Reduction	40% reduction in ground resistance	Renewable energy installations
Durability	10+ years under standard conditions	Critical infrastructure projects
Certification	IEC 62305 (Lightning Protection)	Compliance-driven electrical systems

Customization guide

Adjustable Mixing Ratios: Customize the compound-to-soil ratio (1:3 to 1:5) for varying soil types.
Hook-Free Design: No additional hardware required for installation, simplifying deployment.
Particle Size Variants: Choose from coarse (for rocky terrain) or fine (for compact spaces) granules.

Get inspired

Ensure reliable grounding in even the most challenging environments. Whether safeguarding a data center or a wind farm, this material delivers consistent performance, reducing risks of electrical surges and enhancing system longevity.

Choose your model

Parameter	Base Model	Advanced Model	Pro Model
Conductivity Improvement	+20% over soil	+35%	+50%*
Resistance Reduction	30%	50%	70%
Durability	5 years	10 years	15+ years
Ease of Installation	Standard	20% faster	Hook-Free Setup

Supplier's note

Technical Breakthroughs:
- Conductive Compound: Achieves 200% conductivity over natural soil, outperforming traditional backfill materials.
- Hook-Free Design: Eliminates hardware dependencies, cutting installation time by 20% compared to conventional methods.
- Long-Term Stability: Maintains performance for 15+ years, even in corrosive environments.
Version Selection Guide:
- Base Model: Ideal for residential or small commercial projects requiring basic conductivity upgrades.
- Advanced Model: Suited for industrial facilities (e.g., factories, substations) needing enhanced resistance reduction and durability.
- Pro Model: Recommended for critical infrastructure (e.g., hospitals, data centers) where ultra-low resistance and long-term reliability are paramount.

With the Pro Model’s 70% resistance reduction, you can ensure safe operation during extreme weather events. Pair its hook-free design with granular consistency to achieve rapid, tool-free deployment in tight spaces.

Frequently asked questions

Which earthing material suits high-resistance soil for industrial grounding systems?
How to store E-LINK Advanced Earthing material to maintain its effectiveness?
Rayon vs. Traditional Backfill: Which is better for earthing applications?
Is E-LINK Advanced Earthing material IEC/ASTM certified for safety?
What are the best applications for E-LINK Advanced Earthing material?
Does E-LINK Earthing material require special tools for installation?
How long does E-LINK Advanced Earthing material maintain conductivity?
Is E-LINK Earthing material suitable for lightning protection systems?

Product comparison

Category	Usage Scenarios	Characteristics	Advantages	Disadvantages
Traditional Soil Backfill	Basic residential grounding	Conductivity: 10 S/m (ASTM G2/G2M)	Low cost, widely available, minimal installation effort	Poor conductivity (▲▲▲ behind E-LINK Advanced), high resistance (100 Ω), requires frequent maintenance
Carbon-Loaded Backfill	Industrial sites (moderate conductivity)	Conductivity: 50 S/m (ASTM G2/G2M)	Improved conductivity over soil, cost-effective for mid-tier applications	Carbon degradation over time (▲▲ behind E-LINK Base), environmental concerns (leaching)
Copper Grounding Rods	High-risk industrial areas	Conductivity: 58 MS/m (ASTM B117)	Exceptional conductivity, corrosion-resistant, durable	High cost (▲▲▲ above E-LINK Advanced), complex installation, limited scalability
E-LINK Base Earthing Material	Commercial buildings	Conductivity: 80 S/m (ASTM G2/G2M)	8x better than soil (▲▲ over Industry Standard), easy installation (no hooks)	Moderate durability (▲ behind Advanced), lower conductivity than Advanced tier
E-LINK Advanced Earthing Material	Substations/critical infrastructure	Conductivity: 120 S/m (ASTM G2/G2M)	Industry-leading conductivity (▲▲▲ over Base), 12x soil performance, long-term stability	Highest cost tier, requires professional mixing for optimal results
Zinc Anode Systems	Marine/coastal corrosion protection	Corrosion Resistance: ASTM G36 compliant	Superior corrosion protection in saline environments, low maintenance	Low conductivity (▲▲ behind Base), requires periodic replacement, niche use case