Discover how T2+304 copper-clad steel, with its remarkable thinness of 0.06mm, transforms heat dissipation in smartphone chipsets.

Shenlong New Materials achieves strong interfacial bonding through cold-rolling composite technology, breaking performance limits of single metals to deliver more reliable substrate solutions for industrial applications.

Copper-clad steel emerges as an economical alternative to traditional copper waterstops, offering 60-70% material cost savings while maintaining essential corrosion resistance. SLXCL's innovative composite combines 6-8% brass cladding with 90+% steel core, delivering reliable performance for infrastructure projects.

SLXCL cordially invites defense industry partners to ARMY 2025 in Moscow (August 11-14, Booth 4C6-12) to discuss potential cooperation opportunities.

Join us at Booth 11-G06 during IDEF 2025 (22-27 July, Istanbul Expo Center) to explore our premium Customizable Bullet Case Cups made from CuZn10 Clad Steel (F11/F18). Discover defense industry innovations in Turkey.

From bridges to renewable energy projects, the customizable T2+IF+T2 composite waterstop delivers adaptive solutions for tomorrow's waterproofing challenges across all engineering sectors.

Traditional pure brass cartridge cases cup face two critical pain points: high costs and insufficient strength. SLXCL innovative CuZn10+F11/F18+CuZn10 tri-layer composite structure breaks through these limitations through material science advancements. Let's examine how this breakthrough works.

The T2+IF+T2 copper-clad steel composite waterstop achieves unparalleled waterproofing performance through its corrosion-resistant copper layer and high-strength steel core, creating the ultimate protective barrier for modern construction.

Discover T2 copper-clad 304/316 food-grade stainless steel — the innovative hybrid material combining rapid heat conduction, corrosion resistance, and FDA-compliance for next-gen kitchenware solutions.

The T2+IF+T2 copper-clad steel composite material combines the corrosion resistance of copper and the high strength of steel through its three-layer composite structure.