Mantram Industries

Powering Every Stage of the Energy Network

Mantram Industries Private Limited delivers high-quality LT AB Cables, Conductors, and MVCC solutions tailored for all stages of the power sector. From generation to transmission and distribution, our products ensure efficient, safe, and reliable energy flow. Trusted by state utilities, EPC contractors, and infrastructure developers, we support India’s critical electrification projects with robust and high-performance solutions.

Power Generation

High-Performance Conductors for Energy Producers

Our conductors ensure efficient transmission from power plants to substations. Built for durability and high-load capacity, they reduce losses and improve overall system performance. Trusted by energy providers for reliable operation.

Power Transmission

Strength and Reliability Across the Grid

Transmission systems are responsible for carrying electricity over long distances from generation points to load centers. This segment requires conductors with superior electrical and mechanical characteristics to handle high voltages and ensure minimal energy loss. Our MVCC and overhead conductors are designed for high-performance transmission lines. They provide enhanced resistance to environmental stress such as wind, heat, pollution, and corrosion. With high tensile strength and excellent conductivity, these conductors ensure the smooth flow of power with maximum efficiency.

Power Distribution

Smart Cabling for Urban & Rural Networks

The power distribution sector is where electricity reaches end users—households, commercial complexes, factories, and public services. Distribution networks often face challenges like power theft, voltage drops, and high maintenance requirements. Mantram Industries offers LT Aerial Bunched (AB) Cables, an advanced solution designed to address these problems effectively. These cables are insulated, twisted together, and often include a messenger wire, making them more compact, safer, and more theft-resistant than traditional bare conductors.

Power Generation

High-Performance Conductors for Energy Producers

Our conductors ensure efficient transmission from power plants to substations. Built for durability and high-load capacity, they reduce losses and improve overall system performance. Trusted by energy providers for reliable operation.

Power Transmission

Strength and Reliability Across the Grid

Transmission systems are responsible for carrying electricity over long distances from generation points to load centers. This segment requires conductors with superior electrical and mechanical characteristics to handle high voltages and ensure minimal energy loss. Our MVCC and overhead conductors are designed for high-performance transmission lines. They provide enhanced resistance to environmental stress such as wind, heat, pollution, and corrosion. With high tensile strength and excellent conductivity, these conductors ensure the smooth flow of power with maximum efficiency.

Power Distribution

Smart Cabling for Urban & Rural Networks

The power distribution sector is where electricity reaches end users—households, commercial complexes, factories, and public services. Distribution networks often face challenges like power theft, voltage drops, and high maintenance requirements. Mantram Industries offers LT Aerial Bunched (AB) Cables, an advanced solution designed to address these problems effectively. These cables are insulated, twisted together, and often include a messenger wire, making them more compact, safer, and more theft-resistant than traditional bare conductors.

Insights & Impact

Powering India's Infrastructure

We help bring electricity where it’s needed.

From remote villages to bustling cities, Mantram Industries is playing a vital role in strengthening India's energy backbone. Our advanced LT AB Cables and MVCC solutions support key electrification schemes, enabling safer, more reliable, and energy-efficient infrastructure. Learn how our collaborations with state utilities and EPC contractors are shaping a sustainable power future.