FORGED EQUAL & UNEQUAL CROSS

Being perfectly shaped and swift movement of our organization, we are instrumental in manufacturing and supplying premium quality product.

Parmar Steel specializes in producing high-quality forged equal and unequal crosses, essential components in piping systems for diverse industrial applications. Crafted with precision from premium-grade materials, our forged crosses ensure durability, reliability, and optimal performance under varying pressures and temperatures. The forged equal crosses maintain uniformity in pipe diameters at intersecting points, ideal for balanced fluid distribution in pipelines. They are meticulously designed to withstand high-stress environments, offering seamless integration and long-term operational efficiency. For applications requiring redirection or division of flow, our unequal crosses provide flexibility with different sized openings, accommodating specific flow requirements without compromising structural integrity. Each piece undergoes rigorous testing and conforms to international standards, ensuring superior quality and compliance. At Parmar Steel, our commitment to excellence extends beyond manufacturing. We prioritize customer satisfaction by delivering products that meet stringent quality benchmarks and exceed expectations in functionality and performance. Trust Parmar Steel for reliable solutions in forged piping components tailored to your industrial needs.

We Shine For Premier Quality Product

The company has over two decade long record of servicing customers in India as well as all over the world. The company attaches significant emphasis on ensuring adherence to quality standards at all levels.

The basic thrust of the quality philosophy is summed up in the company's Quality Policy which serves as the bench mark of all functions executed by the company. Strict quality assurance system is being followed in all our departments and Total Quality Management is applied to streamline and all the procedures and practices in operation to achieve high standard of efficiency.