Nitinol Alloy

Superelastic Nitinol tubing is one of the most advanced functional materials available today, combining unique mechanical properties with exceptional reliability in demanding environments. At DLX, we manufacture high-quality Nitinol tubing using precise composition control and advanced processing techniques to ensure consistent superelastic performance and long-term stability. Nitinol, a nickel-titanium alloy, is widely known for its two key characteristics: superelasticity

When industries demand materials that can “remember" their original shape, recover from deformation, and still maintain high strength, Nitinol stands out. At DLX, we focus on delivering high-performance Nitinol Shape Memory Alloy Tubes engineered for precision, durability, and real-world industrial challenges. Product Overview Nitinol (Nickel-Titanium alloy) is a unique material known for two key properties: shape memory effect and superelasticity . Our DLX Nitinol tubes are

Nitinol shape memory alloy is one of those materials that completely changed how engineers think about metal behavior. Instead of permanently deforming under stress like conventional metals, it can “remember" its original shape and return to it after heating or unloading. At DLX, we work with high-performance Nitinol designed for demanding environments such as medical devices, aerospace systems, and precision engineering applications where stability, elasticity, and fatigue

High Temperature Nitinol Tube – 6.45 g/cm³ Density Shape Memory Alloy High temperature Nitinol tubes are becoming a go-to solution in industries where precision, flexibility, and durability under extreme conditions matter. At DLX, we’ve seen increasing demand from aerospace, medical, and industrial sectors that need materials capable of maintaining performance even under high thermal stress. This is exactly where high temperature Nitinol tubes stand out. Product Overview

Why DLX Stands Out From our perspective, the key to success in the medical alloy field is consistency and customization. We don’t just supply tubes—we support your entire application process. Stable and repeatable quality across batches Advanced production equipment and inspection systems Flexible customization based on real application needs Strong experience in export and global standards compliance We understand that even a small deviation in material performance can lead

Nitinol tubes have become one of the most advanced functional materials in modern engineering, especially in high-precision industries like medical devices and aerospace systems. At DLX, we focus on delivering high-quality Nitinol tubes with stable performance, tight tolerances, and consistent superelastic behavior to meet demanding global standards. Product Overview Nitinol is a nickel-titanium alloy known for its unique properties: shape memory and superelasticity. With a

High-Purity Nitinol Wire: Trends, Grades, and Medical Device Applications Product Specifications Attribute Value Shape Round, Square, Seamless, Welded Alloy Type Nickel Chromium Iron Advantage Fast Delivery Time High Temperature Resistance Up to 1093 °C Modulus Of Elasticity 205 GPa Size 6~500mm Surface Treatment Anodized, Brushed, Mill Finished, Polished Technique Hot Rolled, Hot Forged, Cold Drawn Low Temperature Resistance Up to -196 °C Trademark HUONA Specific Heat 448 J

Nitinol Wires: Materials Analysis and Corrosion Resistance Product Specifications Density 6.45 g/cm³ Shape Wire Corrosion Resistance High Thermal Conductivity 11.7 W/m·K Sample Support Product Surface Bright Origin China Young's Modulus 55-75 GPa Product Composition Nickel Titanium Customization Support Electrical Conductivity Low Status Straight Product Shape Strip/Ribbon Service OEM/ODM Shape Memory Temperature 50-100°C Premium Nitinol Wire Solutions Nitinol wires represent

Nickel Titanium Alloy Wire: Grades, Benefits, and Industrial Applications Product Specifications Attribute Value Electrical Resistivity 82.6 μΩ·cm Surface State bright and black Shipping Way By air/sea/express Shape Memory Temperature 50-100°C Hs Code 750522 Applications Medical devices, aerospace, automotive, consumer electronics Superelasticity Yes Product Composition Titanium Nickel Specification Customized Customization Support Product Overview Nickel titanium alloy wire,

Superelastic Nitinol Wire: Properties and Biomedical Uses Key Specifications Attribute Value Thermal Expansion 13-17 µm/mK Wall Tolerance ±3-5% Alloy Composition Nickel-Titanium Alloy Standard Size 1220mm*2440mm*3mm/4mm/5mm/6mm Available Sizes 5 to 250 mm Elongation 30-60% Thermal Conductivity 9.8 W/m·K Ultimate Strength 620-790 MPa High Temperature Performance Maintains strength and oxidation resistance at high temperatures Nickel Content 72% (Min) Surface Treatment Anodized

Nitinol Wire: Materials, Grades, and Shape Memory Applications Product Specifications Magnetic Properties Non-magnetic Raw Materials NI34.5-36.5%,CR11.5-13.0% Executive Standard ASTM Specific Heat 450 J/kg-°C Melting Range 1332-1380 ℃ Wall Tolerance ±3-5% Form MIG(15kg/spool), TIG(5kg/box), Strip Price Term CIF CFR FOB EXW Technique Hot Rolled, Hot Forged, Cold Drawn Delivery State Sosoloid Delivery Status Cold Rolling Mo Content 2.8-3.3% Ultimate Strength 620-790 MPa Form Of