Titanium Aluminum Clad Material | Stanford Advanced Materials

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Titanium Clad Materials

Catalog No.	CLD1439
Standard	ASTMB-898
Cladding Material	Gr 1/Gr 2/Gr 3/Gr 7/Gr 12/Gr 16
Base Material	L/ Ly/ LF

Stanford Advanced Materials (SAM) has 20 years of experience supplying Titanium Aluminum Clad Material.

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Description

Specification

Titanium Aluminum Clad Material Description

Titanium Aluminum Clad Material refers to a composite material composed of two layers: a core layer of titanium and an outside layer of aluminum. These two metallic layers are bonded together through a metallurgical process, such as hot rolling or explosive welding.

The purpose of creating such a composite material is to take advantage of the individual properties of titanium and aluminum. Titanium offers excellent strength, light weight, and resistance to corrosion, while aluminum provides good conductivity, low density, and ductility. By combining these two metals, the resulting clad material can benefit from the desired characteristics of both.

Titanium Aluminum Clad Material is commonly used in various industries, including aerospace, marine, automotive, and building construction. It can be employed in applications that require a combination of strength, lightweight, corrosion resistance, and thermal conductivity. Some typical uses of this material include aircraft fuselages, marine structures, heat exchangers, and automobile components.

Production Method:

The pouring method, forging method, powder metallurgy method, powder metallurgy rolling method, welding method (diffusion welding, surfacing), the rolling bonding method, explosive welding, explosive welding plus rolling method, and so on. Based on metal properties, product specifications, service conditions of the clad plate, market demand, technological progress, and equipment update, rolling clad method, explosive welding, and explosive welding rolling method are the main production methods at present.

Titanium Aluminum Clad Material Applications

Titanium Aluminum Clad Material are commonly used in various industries, including automotive, aerospace, electronics, and architecture. They offer a cost-effective solution by combining the desirable characteristics of different metals into a single sheet, allowing for optimized performance and functionality in specific applications.

Titanium Aluminum Clad Material Competitive Advantage

1. Abundant experience in non-ferrous metal cladding and production.

With more than one decade of abundant experience in non-ferrous metal cladding and production, we provide high quality explosion bonded clad plates and clad heads with the cladding layer made of Nickel Alloy, Titanium Alloy, Copper-Nickel Alloy, Zirconium, Tantalum Alloy, Super Stainless Steel, aluminum and other materials according to ASTM, ASME, JIS, DIN, ISO other codes. More than 20 items of inventory or practical new-type patents also provide us with strong research and technical supports for our products.

2. Professional technical consulting service provides you with assistance.

- Generate technical specification to adopt in the local market

- Technical bid evaluation and clarification

- Supplier technical document review, such as inspection and test plan, WPS / PQR, fabrication procedures, etc.

- Technical consulting on material, welding, NDE, etc.

- Non-conformance solution consulting

- Others that might be requested by the customer

3. Independent inspection service covers the following activities.

- Technical clarification with customer

- Attend / organize pre-inspection meeting

- In-process inspection, including Material inspection, Test witness, Visual & dimensional inspection, Welding inspection, NDE inspection, Coating inspection

- Final inspection on finished products

- Packing inspection

- Progress report and schedule expediting

- Other inspection might be requested by the customer

Titanium Aluminum Clad Material Packing

Titanium Aluminum Clad Material is clearly tagged and labeled externally to ensure efficient identification and quality control. Great care is taken to avoid any damage which might be caused during storage or transportation.