Hanumant Polymers Pvt. Ltd.

Wire Spools

Hanumant Polymers started as a trading firm for spools in 2013. Our first manufacturing facility began operations in 2008. Currently, we are India’s largest plastic and metal spool manufacturing company for wire & cable industry. We cater to copper wire & strips, stainless steel wire, aluminium wire & strips, welding wire, special purpose wires, cables and yarn industry.

Our company is based out of New Delhi. We operate in a 5,000 sq.m. facility with 23 injection moulding machines and over 48 different moulds.

You can find our complete product details here, Other than standard product range that is readily available with us, we help our clientele in new developments. Based on their requirement, we develop new moulds, which are mostly made using German P20 steel and machined in our state of the art tool-center.

Our spools are highly precise, truly balanced, accurate to microns, durable and competitively priced. Also, we are a family managed business. This works to our advantage. There is highest level of coordination among entire management, quicker decision making, flexibility in meeting customer’s demands and harmony in the overall operations of the company

Injection Molding Machines

Hanumant Polymers all-electric injection molding machine technology provides faster cycles and clean, quiet, energy-saving machines. They deliver increased productivity and reduced energy consumption compared to equivalent hydraulic machines.

Hanumant Polymers hydraulic injection molding machines have a smaller footprint with increased energy savings. Using 10% to 20% less floor space than comparable machines, the Maximas deliver highest part productivity, part quality and operational profitability.

Hanumant Polymers has set the standards, driven innovation and led the industry in Multi-Nozzle Low Pressure Injection Molding Technologies for more than four decades.  These machines can be used for Structural Foam, Structural Web, Gas Assist, Solid Molding, or combinations of these technologies depending on the application.