IEC · BS · UL Certified
GI Earthing Strip as per IEC, BS And UL Standards
RK Engineering manufactures high-quality GI earthing strips as per IEC, BS and UL (US) standards — ensuring safety, durability and reliable grounding for electrical systems across domestic and international projects.
What is a GI Earthing Strip?
GI (Galvanized Iron) earthing strips are essential components used for grounding electrical installations. They provide a safe, low-resistance path for fault currents — helping prevent electrical shocks, protect equipment and ensure overall system safety.
Standards We Follow
Every batch is manufactured and tested against the world’s most rigorous grounding standards.
IEC Standards
International Electrotechnical Commission standards ensuring safety and performance worldwide.
BS Standards
British Standards certifying quality, consistency and long-term reliability.
UL Standards(US)
Underwriters Laboratories certified safety standards for American and export projects.
Key Features
High Conductivity
Ensures efficient fault current flow for safe and effective grounding.
Corrosion-Resistant Galvanization
Zinc coating protects against rust, moisture and environmental damage.
Strong Mechanical Properties
High tensile strength for durability in demanding applications.
Long Lifespan
Designed for extended service life with minimal maintenance.
Benefits of IEC, BS And UL Standard Earthing Strips
- Enhanced Electrical Safety
- Suitable for Export Projects
- International Compliance
- Reliable Performance
Applications
Industrial Plants
Grounding for heavy machinery and industrial electrical systems.
Power Stations
Safe, stable grounding in power generation and distribution.
Commercial Buildings
Protection for offices, malls and mixed-use complexes.
Infrastructure Projects
Large-scale construction and utility grounding networks.
Choose RK Engineering for IEC, BS and UL Standard GI Earthing Strips — Trusted Worldwide.
Get high-quality, globally compliant earthing strips designed for safety, durability and long-term performance.