APAR Leads Innovation in Power Transmission and Distribution Infrastructure with Cutting-Edge Conductor Technologies

The main strength of APAR's products lies in their versatility. Whether it's optimising electrical and thermal performance, ensuring durability in extreme conditions, or achieving cost-effectiveness, APAR's solutions are designed to improve the reliability and efficiency of power transmission and distribution, and telecom networks.

- Manish Agrawal, CEO-Conductors & Telecom Businesses, APAR Industries Limited; MD-APAR T&D Projects Pvt Ltd

Drawing on over six decades of excellence, at APAR, we act as architects, designing solutions for energy infrastructure that are both foundational and transformative — quietly driving progress while leaving a visible mark on industries and communities worldwide. Innovation lies at the heart of APAR's value creation strategy, serving as the cornerstone of its long-term sustainability and growth. With a proven legacy of building scalable businesses and trusted brands, the firm has become an integral part of India's growth story, supported by a diversified business model and strong operational and financial performance.

Role of APAR Industries in technological advancements

The Power Transmission and Distribution (T&D) value chain is witnessing notable technological advancements aimed at boosting grid efficiency, increasing capacity, and reducing energy losses. APAR Industries Ltd. is at the forefront of this revolution, playing a remarkable role in delivering advanced conductor technologies and integrated solutions that redefine modern transmission infrastructure. The comprehensive range of offerings by APAR includes Conventional Conductors, High-Performance Conductors (HPCs), High-Temperature Low-Sag (HTLS) Conductors, High Efficiency Low Loss Covered Conductors, Continuous Transposed Conductors (CTCs), EHV Cabling, Optical Phase Conductors (OPPC), Coated Conductors and Specialised Turnkey Solutions that are engineered to enhance ampacity, reduce losses and extend the lifespan of transmission and telecom networks.