HTR Resistors

Established in 1988, Hi Tech Resistors Pvt Ltd (HTR India) has become a renowned manufacturer of resistors worldwide, operating across 50 countries. Headquartered in Nagpur, India, HTR runs a state-of-the-art facility producing over 100,000 wire-wound and low-ohm current sense shunts daily, catering to a wide array of electronic requirements. Specializing in various resistor types such as Ceramic Encased Current Sense Shunt Resistors, Electron Beam Welded Current Sense Shunt Resistors, Open Frame Current Sense Shunt Resistors, and Surface Mount Shunt Resistors, HTR holds the prestigious IATF 16949:2016 certification, particularly vital in the automotive sector. Their offerings include AEC-Q200 compatible HVAC and ECS resistive devices. At the heart of HTR’s operations lies a commitment to providing optimal products at competitive prices. Through a collaborative effort between R&D and Application Engineering, HTR ensures customers receive a holistic value package encompassing “Product, Information, and Service,” tailored to meet Just-in-Time (JIT) requirements. Noteworthy is HTR’s pioneering of the “Product Part Approval Process” methodology, reinforcing quality from inception. HTR thrives on delivering bespoke resistive solutions across diverse applications, solidifying its stature as a dependable global industry ally. As an IATF 16949:2016 Certified Manufacturing Company based in Nagpur, India, Hi Tech Resistors Private Limited offers a comprehensive range of resistor technologies alongside custom-engineered solutions. The product portfolio spans Wire Wound Resistors, Current Sense Resistors, Surface Mount Resistors, Automotive, and Custom-made Resistors. HTR’s cutting-edge manufacturing facility in Nagpur adheres to stringent quality standards, producing premium power resistors for various industries. With a strong foothold in the automotive sector, particularly through its HVAC and ECS resistive devices, HTR India is poised to expand its global presence, championing supreme power resistor solutions into the future.