NC7987 MP35N Alloy Wire Cold-worked, extra hard

MP35N Alloy Wire Cold-worked, extra hard Description

MP35N Alloy Wire Cold-worked to an extra hard condition offers exceptional mechanical strength and corrosion resistance for demanding applications. This cobalt-chromium-nickel-molybdenum alloy is engineered to withstand high stress environments, maintaining its tensile properties even at elevated temperatures. Its unique composition also provides excellent fatigue resistance, making it ideal for critical components in industries such as aerospace, medical devices, and oil and gas exploration.

Manufactured in compliance with ASTM F562 standards, our MP35N Alloy Wire undergoes rigorous quality checks to ensure consistent performance. With the added flexibility of customised dimensions, it fits seamlessly into specialised designs while meeting stringent industry requirements. Rely on the enhanced reliability and superior durability of this cold-worked, extra hard wire for your most exacting projects.

MP35N Alloy Wire Cold-worked, extra hard Applications

MP35N Alloy Wire Cold-worked, extra hard is known for its excellent strength, corrosion resistance, and high fatigue tolerance. This versatile material finds broad usage across multiple industries, from intricate medical devices to critical aerospace applications. Its unique properties, derived from a cobalt-nickel base, allow it to endure extreme stress and harsh environments where reliability is paramount. Below are three primary categories of applications showcasing how MP35N Alloy Wire excels.

1. Medical Device Applications

·         Orthodontic Archwires: Delivers reliable force and resists corrosion from oral conditions, ensuring long-term performance.

·         Vascular Stents: High fatigue strength and biocompatibility make it ideal for long-term vascular support.

·         Surgical Sutures: Combines flexibility with superior tensile strength, reducing the risk of wire breakage.

2. Industrial Equipment Applications

·         Springs and Fasteners: Withstands high loads in corrosive environments, maintaining tension and integrity.

·         Sealing Components: Excellent fatigue resistance and thickness control for gaskets used in high-pressure systems.

·         Robotic Actuation Wires: Allows precise, repeated movements under extreme stress without metal fatigue.

3. Aerospace Applications

·         Aircraft Engine Parts: Resistant to extreme temperatures and stress, maintaining structural integrity.

·         Missile Guidance Systems: Delivers reliable performance in high-vibration and high-stress environments.

·         Satellite Mechanisms: Combines light weight with superior strength, ensuring durability in orbit.

MP35N Alloy Wire Cold-worked, extra hard Packaging

MP35N Alloy Wire (Cold-worked, extra hard) is meticulously packed using sturdy, corrosion-inhibiting materials that safeguard the wire from moisture and impact. The reels are vacuum-sealed to maintain metal purity, and a protective barrier film is added for additional anti-corrosion protection. Each shipment is labelled, with customisable reel sizes and packaging configurations available upon request. Our secure packaging ensures product integrity, facilitating easy transportation and handling across diverse industries.

Packaging: Vacuum sealed, Wooden Box, or Customised.

MP35N Alloy Wire Cold-worked, extra hard FAQs

Q1: What are the key material properties of MP35N Alloy Wire Cold-worked, extra hard?

A1: MP35N Alloy Wire Cold-worked, extra hard is a nickel-cobalt-chromium-molybdenum alloy distinguished by its high tensile strength (exceeding 1 793 MPa), superior fatigue resistance, and excellent toughness. The wire maintains stable mechanical properties at elevated temperatures and offers robust corrosion resistance, including resistance to pitting and stress corrosion cracking. It also demonstrates outstanding biocompatibility, making it suitable for medical applications where performance and reliability are imperative.

Q2: How can this MP35N Alloy Wire product be processed or fabricated?

A2: MP35N Alloy Wire Cold-worked, extra hard can be shaped through precise cold-drawing and controlled heat treatments to achieve optimal strength and ductility. Machining operations, such as grinding and polishing, are typically performed with high-speed steel or carbide tools and ample lubrication. Joining methods such as welding can be challenging due to the wire’s high strength; however, specialised resistance welding and laser welding techniques can be employed successfully.

Q3: Which quality standards and certifications apply to MP35N Alloy Wire Cold-worked, extra hard?

A3: The manufacturing and testing of MP35N Alloy Wire Cold-worked, extra hard typically comply with ASTM standards (such as ASTM F562 for reinforcements or ASTM F1058 for medical devices) to ensure consistent quality and mechanical properties. Many suppliers also adhere to ISO certifications (e.g., ISO 9001), demonstrating rigorous quality management systems. Additionally, for medical or aerospace applications, materials may require NADCAP accreditation or FDA-specific regulatory compliance to meet stringent industry requirements.

Related Information

1. Material Properties and Advantages

Moulded to withstand rigorous operational demands, MP35N Alloy Wire in its cold-worked, extra hard condition delivers a unique combination of tensile strength and ductility. By leveraging a cobalt-chromium-nickel base, Grade MP35N ensures excellent resistance to corrosion in aggressive environments, making it an ideal choice for intricate mechanisms that cannot risk material degradation. Its controlled metallurgical properties provide enhanced fatigue life, a critical quality when reliable performance is required over extended cycles.

Tailored to precise requirements, the wire’s dimensions can be customised to fit niche industrial specifications without compromising its robust characteristics. Whether a project calls for ultra-fine diameters or thicker cross-sectional profiles, MP35N Alloy Wire retains its superior mechanical attributes even at smaller gauges. This flexibility supports innovation in design, opening new possibilities for advanced engineering applications where a lighter yet formidable material is essential.

2. Applications in Advanced Industries

Recognised by sectors that demand perfection, MP35N Alloy Wire has proven its worth in technologies ranging from aerospace components to biomedical devices. In the aerospace realm, its exceptional strength-to-weight ratio reduces overall mass while maintaining the necessary resilience against harsh flight conditions. Similarly, in medical fields, the material’s biocompatibility and corrosion resistance ensure greater patient safety and reliable service life for critical instruments.

Complex exploration systems and high-precision electronic manufacturing also benefit significantly from the wire’s extra hard grade and customisable dimensions. From deep-sea probes to secure telecommunications equipment, MP35N Alloy Wire remains stable under intense pressures and resists wear that could jeopardise sophisticated processes. As a result, industries at the forefront of innovation rely on this alloy’s integrity to maintain peak operational efficiency and to push boundaries in research and development.