Titanium copper clad plate

Titanium Copper Clad Plate: High-Performance Composite Material for Demanding Industrial Applications

Titanium copper clad plate from Baoji City ShenAo Metal Materials Co., Ltd. delivers both. Our composite material features a bonding strength exceeding 130 MPa and copper layer electrical conductivity of ≥97% IACS. With 17 years of expertise in explosive welding technology, we manufacture plates up to 6000mm in length and 2000mm in width, customized to your exact specifications. Operating reliably from -200°C to 250°C, our product offers a seamless metallurgical bond that solves the critical challenge of maintaining high current capacity in corrosive environments.

What Makes Our Titanium Copper Clad Plate Exceptional?

Our composite fabric comprises of premium titanium (Review 1 or Review 2) metallurgically fortified to high-purity copper (C1100/C1020). This isn't basic plating. We utilize unstable welding innovation that makes an atomic-level bond between metals.

The result? You get copper's exceptional electrical execution secured by titanium's chemical resistance. This combination kills the conventional trade-off between conductivity and solidness.

Technical Specifications

Key Applications for Your Industry

Hydrometallurgy Operations

Your electrowinning offices require holder bars that withstand acidic situations whereas carrying thousands of amperes. Our plates serve as solid cathode carriers in copper, nickel, and cobalt recuperation processes.

Electroplating and Surface Treatment

PCB producers and semiconductor offices utilize our fabric as transport bars and conductive dances. You'll diminish vitality misfortune and anticipate shower defilement in your plating lines.

Marine and Chemical Processing

Seawater electrolysis frameworks request materials that stand up to salt erosion whereas keeping up electrical productivity. Our composite plates provide long-term auxiliary astuteness in these cruel conditions.

Product production process

Why Choose Baoji ShenAo for Your Composite Material Needs?

​​​​​​​​​​​​​​Demonstrated Unstable Welding Expertise

Since 2008, we've idealized the unstable welding handle in China's Titanium Valley. Our fabricating makes a honest to goodness metallurgical bond—not a surface coating that might delaminate beneath stress.

Customization for Your Correct Requirements

Standard sizes do not continuously fit your gear. We customize cladding proportions, measurements, and thickness based on your particular working conditions and current loads.

Rigorous Quality Standards

Every plate experiences ultrasonic testing to confirm 100% holding. We perform shear quality tests and twist tests to guarantee ductility at the interface. You get fabric that meets ASTM B898 and GB/T 8165-2008 standards.

Reliable Conveyance and Support

Whether you require little clumps for testing or large-scale generation runs, we convey on time. Our 17-year track record with hundreds of producers illustrates our commitment to unwavering quality.

The Conductivity-Corrosion Solution

Traditional materials force you to choose. Pure copper offers excellent conductivity but corrodes rapidly in acidic or alkaline environments. Pure titanium resists corrosion but has electrical resistance approximately 60 times higher than copper.

Our titanium copper clad plate eliminates this compromise. The copper core provides the conductive path you need. The titanium layer protects against chemical attack. You maintain low contact resistance while extending equipment service life.

This design can reduce energy consumption by up to 20% in high-current applications compared to pure titanium alternatives.

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Application Industries

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Our Factory
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Our Patents and Honors

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Frequently Asked Questions

Q: How is the titanium layer reinforced to the copper core?

A: We utilize hazardous welding innovation that makes an atomic-level metallurgical bond. This contrasts from mechanical plating or cement holding. The coming about interface withstands warm cycling and mechanical stretch without delamination.

Q: Can you customize the thickness proportion between titanium and copper layers?

A: Completely. We alter cladding proportions from 0.5mm to 10mm for titanium and 1mm to 50mm for copper based on your electrical prerequisites and erosion introduction levels.

Q: What quality tests do you perform some time recently shipping?

A: Each plate experiences ultrasonic testing to distinguish non-bonded zones. We conduct shear quality tests (confirming ≥130 MPa), twist tests, and optical emanation spectroscopy to affirm fabric composition. You get full test documentation with your order.

Q: How does this fabric perform in acidic environments?

A: The titanium layer gives amazing resistance to sulfuric corrosive, hydrochloric corrosive, and other forceful chemicals common in hydrometallurgy. The copper center remains secured, anticipating particle disintegration and electrolyte defilement.

Q: What lead time should I expect for custom orders?

A: Lead times vary based on dimensions and order quantity. Contact us with your specifications for an accurate delivery schedule. We prioritize timely delivery for both prototype and production orders.

Q: Can these plates be welded or machined?

A: Yes. The material can be machined, drilled, and cut using standard metal working equipment. Welding requires appropriate techniques for dissimilar metals. We provide technical guidance for your fabrication processes.

Contact Us

Ready to solve your conductivity and corrosion challenges with Titanium copper clad plate? Email us at zh@baojiti.com.cn with your technical requirements today.