NC7983 MP35N Alloy Rod Cold-worked, Aged

MP35N Alloy Rod Cold-worked, Aged Description

MP35N Alloy Rod in cold-worked, aged condition is engineered to deliver mechanical strength and fatigue resistance. Complying with ASTM F562 standards, these rods are manufactured using a premium nickel-cobalt-chromium-molybdenum composition that exhibits corrosion and wear resistance. The cold-working and aging processes produce a refined grain structure, improving toughness and elongating service life in demanding environments. This specialized alloy meets stringent quality controls, ensuring performance in applications ranging from aerospace components to medical implants and offshore equipment.

Available in customised dimensions, each rod undergoes testing for chemical composition, dimensional accuracy, and mechanical properties. Choose MP35N Alloy Rod to enhance your product design with reliability, precision, and durability, all backed by industry-recognised standards and meticulous manufacturing processes.

MP35N Alloy Rod Cold-worked, Aged Applications

MP35N Alloy Rod Cold-worked, Aged is a cobalt-based alloy known for its high strength, corrosion resistance, and mechanical properties. This specialised material is capable of withstanding extreme environments and heavy loads without compromising performance. Its durability and biocompatibility make it a choice for industries that prioritize reliability and longevity in critical applications.

1. Medical and Dental Applications

·        Surgical Tools: The alloy’s mechanical robustness ensures use in high-stress operating environments

·        Orthodontic Archwires: Biocompatibility and corrosion resistance support long-term performance and patient comfort

2. Aerospace Applications

·        Landing Gear Components: Strength and fatigue resistance help withstand heavy loads during takeoff and landing

·        Missile Control Actuators: Ability to function under extreme conditions ensures precision and reliability

3. Oil and Gas Exploration

·        Downhole Drilling Equipment: Wear resistance and high tensile strength support prolonged operation in abrasive environments

·        Subsea Valves: The alloy’s corrosion resistance ensures performance in challenging underwater conditions

MP35N Alloy Rod Cold-worked, Aged Packaging

Each MP35N Alloy Rod (Cold-worked, Aged) is packaged with protective materials to safeguard against mechanical damage. For maximum corrosion resistance and product integrity, rods are placed in vacuum-sealed pouches with desiccants included. Anti-corrosion treatments are applied to surfaces, ensuring stability. Custom packaging solutions are available upon request, including specialised crates and labelling tailored to your specific shipping and storage requirements.

Packaging: Vacuum sealed, Wooden Box, or Customised.

MP35N Alloy Rod Cold-worked, Aged FAQs

Q1: What are the key material properties of MP35N Alloy Rod Cold-worked, Aged?

A1: MP35N Alloy Rod is notable for its strength, corrosion resistance, and biocompatibility. It is engineered from a nickel-cobalt-based alloy, exhibiting tensile and yield strengths, often exceeding 200 ksi. The cold-worked, aged condition enhances mechanical performance, making it resistant to stress corrosion cracking. Additionally, it retains its properties in temperatures ranging from cryogenic to moderately elevated levels, making it suitable for demanding aerospace and medical applications.

Q2: How is MP35N processed—cold-working vs. aging?

Cold Working (Work Hardening): Mechanical deformation (drawing, rolling, extruding, swaging, forging) increases strength and hardness with percent deformation, although lowering ductility to some extent.

Aging (Precipitation Hardening): After work hardening, aging at 1000–1200 °F (538–649 ℃) for ~4 hours, followed by air cooling, further boosts strength and hardness. Aging has no effect if the material hasn't been work-strengthened first.

Q3: Which quality standards and certifications apply to MP35N Alloy Rod Cold-worked, Aged?

A3: Common industry standards include AMS 5844 or AMS 5845, which define composition, mechanical requirements, and heat treatment conditions specifically for MP35N. Additionally, ISO 9001 and AS9100 certifications are often maintained by manufacturers to ensure product quality and traceability. For medical applications, compliance with ASTM F562 or relevant ISO 13485 standards is crucial to verify biocompatibility and performance under stringent clinical and regulatory conditions.