Copper-steel composite materials, with their excellent strength, heat resistance, corrosion resistance, and high precision, are widely used in military ammunition manufacturing, enhancing production efficiency and product quality.

Copper-clad steel composites, with their unique structure and excellent performance, are the preferred cost-saving material in engineering. They reduce material costs and simplify procurement, achieving significant economic benefits. Future prospects are broad.

Copper-clad steel composite materials (H90/F11/H90 and H90/F18/H90), are widely used in the military industry, especially in the manufacturing of bullets and warheads, making them key materials for enhancing product quality and performance.

As an internationally leading group in laminated metal composite materials technology, our company specializes in the independent research, development, and production of copper-steel composite materials.

Copper-clad steel, a novel material that prioritizes both high strength and corrosion resistance, offers efficient, reliable, and cost-effective solutions, empowering industry progress.

This article delves into the performance disparities among copper-clad steel, pure copper, and pure steel in terms of conductivity, thermal conductivity, strength, corrosion resistance, and cost. Let’s exploring these differences.

The perfect combination of the outer copper layer and the inner steel core enables copper-clad steel materials to reduce costs while enhancing performance, making them a cost-effective choice across multiple industries.

Copper-clad steel material is a kind of green, high performance composite material, with its unique characteristics, to bring revolutionary changes to a number of industries.

The production of copper-steel composite materials instead of T2 copper production of water stop belts may show unique advantages in some aspects. Do you know? Let's find out together！

Our production uses cold rolling composite technology to achieve high efficiency metallurgical combination, improve efficiency and yield, product quality and environmental protection, now come to explore!