Baoji Hanz Metal Materials Co., Ltd.
  baojihanz-niti@hanztech.cn
language
English
logo

100+

Export Country

9+

Years of Experience

2100 m²

Own Factory

ABOUT BAOJI HANZ METAL

Baoji Hanz Metal Materials Co., Ltd. was established in 2017 and has been dedicated to the nitinol alloy industry for over nine years. It is a professional manufacturer of nickel titanium alloys and a well-known solution provider in this field. In the nickel titanium category, we have established a complete system covering production, processing and sales. We specialize in the production of nickel titanium alloy sheets, plates, wires, tubes, coils and titanium alloy coils. Our products possess shape memory, super elasticity and corrosion resistance, meeting advanced performance standards. They are widely used in medical fields such as orthopedic plates, dental orthodontics and heart stents, and our products have gained the trust of many leading enterprises and have become their core suppliers.
VIEW MORE

Popular Categories

Here are our our core product categories

Hot-Selling Products

These are our hot-selling products. Click here for more information.

VIEW MORE

Application Areas

This is the industry in which our product is used

Aerospace and High Tech Applications.68a486f
Consumer Electronics and Daily Products.d75371e
Industrial and Engineering Applications 2.cf596c0
Industrial and Engineering Applications 4.d0afdec
Medical Device Applications.4c26d7b

Why Choose Baoji hanz

Leading Technology, Excellent Quality, Stable Development, Win-win Cooperation

Popular Blogs

You can gain a comprehensive understanding of our product market and better understand our products and services.

  • The Science Behind Nitinol Wire’s Shape Memory and Superelasticity
    2026-07-08
    The Science Behind Nitinol Wire’s Shape Memory and Superelasticity
    Material:Nitinol /Nickel Titanium Alloy<br> Type:Industrial Grade Shape Memory Wire<br> Surface Treatment:Bright Polished / Passivated<br> Diameter:0.01mm min<br> Af:-50℃ ~ 150℃ Customized<br> MOQ：1kg <br> Appcalition：Automation, Sensors, Machinery<br> Standard：ASTM F2063<br> Package：Spool Packing<br>
    SHOW MORE
  • Overcoming Manufacturing Challenges of Nitinol Plate in Medical Devices
    2026-07-15
    Overcoming Manufacturing Challenges of Nitinol Plate in Medical Devices
    Medical grade nickel titanium alloy can recover up to 8% of the strain, while the recovery strain of titanium and stainless steel is less than 1%. This means that instruments that need to be repeatedly bent can achieve this function without permanent deformation. Due to the shape memory effect, implants can change their shape when the temperature changes, which is something that rigid materials cannot do.
    SHOW MORE
  • Why use nitinol ingots?
    2026-05-20
    Why use nitinol ingots?
    Nitinol ingots are used for their unique properties, such as shape memory and superelasticity, which allow them to return to a predetermined shape when heated or deformed. This makes them ideal for applications requiring precise and reliable mechanical responses, such as medical devices (stents, guidewires), actuators, and aerospace components. Their biocompatibility, corrosion resistance, and durability further enhance their suitability across diverse industries. Nitinol ingots enable engineers and designers to create innovative solutions that improve product performance, patient outcomes, and operational efficiency, driving advancements in technology and healthcare.
    SHOW MORE
  • Seamless Nitinol Tube: The Smart Material for Next-Gen Medical Devices
    2026-07-16
    Seamless Nitinol Tube: The Smart Material for Next-Gen Medical Devices
    The production of seamless nickel-titanium tubes is an important step in the process of developing new metals with practical properties. This material is composed of nearly equal amounts of nickel and titanium, and it is this characteristic that sets it apart: it can maintain its original shape and is extremely flexible. Compared to bonded structures, seamless structures have no weak points at the seams, making the overall structure more uniform, which is particularly important for the manufacture of high-precision medical devices.
    SHOW MORE
VIEW MORE