Titan-Nickel Plated Material Description
The primary components of Titan-Nickel plated coatings include Grade 1, Grade 2, Grade 3 and so forth. They are defined by high temperature resistance, corrosion resistance and wear resistance. They are used in the metallurgical industry and other sectors.
Composite material development has improved the properties of various metals. Titanium and other metal composites are incorporated to enhance these properties, thereby promoting new metal composite development and expanding their range of applications.
Manufacturing Processes:
Casting, forging, powder metallurgy, powder metallurgical rolling, welding processes (diffusion welding, cladding welding), roll bonding, explosive welding, and explosive welding combined with rolling are available. Metal properties, product specifications, plated sheet service conditions, market demand, technological advances and equipment updates determine the production method. Roll plating, explosive welding and explosive welding plus rolling are the principal methods.
Titan-Nickel Plated Material Specification
1) Bonding Method: Explosive bonding, rolling, explosive + rolling
2) Size Range: TK: Base plate: 0.5–300 mm
Titan-Nickel Plated Material Applications
1. Aerospace sector: Titan-Nickel plated material is used in the aerospace sector for engine blades and compressor parts. This use is due to its high strength, corrosion resistance and heat resistance.
2. Medical sector: The material is used in surgical instruments, orthopaedic implants and medical devices. Its biocompatibility and corrosion resistance allow for prolonged contact with body tissues and fluids.
3. Chemical industry: Titan-Nickel plated material is implemented in devices that face highly corrosive conditions. It offers notable corrosion resistance, particularly in chloride-containing media, sulphuric acid and other aggressive chemicals.
4. Electronics industry: The material is utilised in connectors, switches and relays. High electrical conductivity and resistance to deformation under elevated temperatures and mechanical loads support its use.
5. Energy sector: Titan-Nickel plated material is employed in power generation facilities such as nuclear reactors. It is used in critical components that encounter high temperatures, radiation and high-pressure water, given its corrosion and creep resistance.
6. Shipbuilding industry: The material is used in the construction of vessels and offshore structures. It provides corrosion resistance in sea water and harsh marine environments.
7. Automotive sector: Titan-Nickel plated material is employed for components that experience high loads. These components include exhaust systems, suspension parts and engine components because of its high strength, fatigue resistance and corrosion resistance.
Titan-Nickel Plated Material Competitive Advantages
1. Extensive experience in non-ferrous metal coating and production.
With over a decade of experience in decorative metal coating and production, we supply explosively plated sheets and floors. These incorporate a plating layer of nickel alloy, titanium alloy, copper-nickel alloy, zirconium, tantalum alloy, super stainless steel, aluminium and other materials in accordance with ASTM, ASME, JIS, DIN, ISO and other standards. Over 20 patents support our research and technical support for these products.
2. A professional technical consultancy service is available.
- Preparation of technical specifications for local market integration
- Technical evaluation and clarification of proposals
- Review of supplier technical documents such as inspection and test plans, WPS/PQR, manufacturing processes, etc.
- Technical consultation on materials, welding, NDE and related subjects
- Consultation for non-compliance resolution
- Other requirements as requested by the client
3. The independent inspection service includes the following activities:
- Technical clarification with the client
- Participation in and organisation of pre-inspection meetings
- In-process inspection including material tests, test certificates, visual and dimensional inspections, weld inspections, NDE inspections and coating inspections
- Final inspection of finished products
- Packaging inspection
- Progress reporting and schedule tracking
- Additional inspections may be requested by the client.
Titanium Nickel Clad Material Packaging
Titanium Nickel Clad Material is clearly marked and labelled to ensure efficient identification and quality control. Measures are taken to prevent any damage during storage or transport.
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