Usha Martin is known for making a wide range of wire rope products, which have applications across the world. The ropes manufactured by Usha Martin serve in some of the most critical applications across diversified industrial segments, which include oil & offshore, cranes, mining, elevators, aerials, fishing, conveyor belts and general engineering. The outbreak of the corona virus pandemic globally and in India has caused significant disturbance and slowdown of economic activities.
Usha Martin is one of the world’s leading manufacturers of wire rope. Established in the year 1960, today Usha Martin is a multi-unit and multi-product organization. The wire rope manufacturing facilities located in Ranchi, Hoshiarpur, Dubai, Bangkok and UK produce one of the widest ranges of wire ropes in the world. The infrastructural facilities are equipped with the latest state-of-the-art high-capacity machines to manufacture world-class products. Our Global R&D centre located in Italy is actively engaged in designing wire ropes and uses proprietary design software to develop products that are the best in class.
Usha Martin also has a comprehensive R&D facility in their manufacturing unit at Ranchi in India. Long-standing application in diverse sectors like Oil & Offshore, Mining, Crane, Elevator, Infrastructure etc. is the testimony of their expertise in manufacturing high-quality wire rope products. As a business entity, they have always focused on delivering value-added products and services to the customers. To ensure the commitment to quality percolates through every sphere of their operations, they have built a robust network of capabilities spread across the globe. The distribution centers are located in the UK, North America, South America, Netherlands, Australia, Russia, Singapore, South Africa, Indonesia, Vietnam, China, Kazakhstan and Iran. Usha Martin’s facility at Ranchi is one of the world’s largest wire rope manufacturing facilities under one roof. Other than wire rope, this unit manufactures LRPC strands, customized to have diversified applications in Infrastructure, Renewable energy installations, Bridges etc. Usha Martin has enriched experience in manufacturing & supply of pre-stressing machines & accessories, backed up by expert installation teams for Pre-stressing jobs.
Mr. Rajeev Jhawar is an Indian industrialist with over three decades of experience in strategic management is the managing director of Usha martin. He is an alumnus of Ranchi University and London Business School. He started his journey as Sr. Vice President (Commercial) and became the Managing Director of Usha Martin Limited in 1998. In the three decades that he has been at the helm of the Usha Martin Group, Rajeev Jhawar has accelerated growth, built a meritocracy and enhanced stakeholder value. His leadership qualities, sharp business acumen, in-depth understanding of business administration and strategic decision making has taken the Group to an altogether higher growth trajectory.
Rajeev Jhawar is on the Boards of various corporates including Orient Cement Limited (part of CK Birla group companies) and Neutral Publishing House Limited which has a leading regional newspaper under the flagship title ‘Prabhat Khabar’ published in the Indian cities of Patna, Dhanbad, Ranchi, Jamshedpur & Kolkata. He is also a director on the boards of Usha Martin’s overseas subsidiaries, i.e Usha Martin International Limited inthe UK, Usha Siam Industries Public Company Limited in Thailand and Brunton Wire Ropes FZCo in Dubai.
Rajeev Jhawar has been the Managing Director of Usha Martin Limited since May 19, 2008. He is a director of Neutral Publishing House Limited. Rajeev Jhawar has been the Vice Chairman of Usha Martin Education and Solutions Limited since September 2010. The company has been bringing rich experience in the management of industrial enterprises for more than a decade, the company said in a regulatory filing. His leadership qualities, sharp business acumen, deep understanding of business administration and strategic decisions led the group to a high growth trajectory as a whole.