Nitinol Products Manufacturer, Supplier and Stockist

Q: What are Nitinol products?

Nitinol products are manufactured from nickel titanium alloy and are available in forms such as wire, sheet, plate, tube, rod, bar, spring and coil. They are selected for properties including shape memory, superelasticity, corrosion resistance and recoverable deformation.

Q: What is Nitinol mainly used for?

Nitinol is used in medical devices, actuators, sensors, robotics, aerospace components, orthodontic components, precision mechanisms and other applications where shape recovery or superelastic behaviour is required.

Q: What is the difference between shape memory Nitinol and superelastic Nitinol?

Shape memory Nitinol is used when a component needs to recover a trained shape after heating through its transformation range. Superelastic Nitinol is used when the component needs to undergo substantial recoverable deformation during loading and return toward its original shape after unloading under suitable temperature conditions.

Q: What is the composition of Nitinol?

Nitinol is primarily a nickel titanium alloy. ASTM F2063-26 covers wrought nickel titanium material containing nominally 54.5% to 57.0% nickel by weight, with titanium forming the balance within the scope of the specification.

Q: What is ASTM F2063 for Nitinol?

ASTM F2063-26 is the specification for wrought nickel titanium shape memory alloys used for medical devices and surgical implants. It covers wrought nickel titanium products including bar, plate, flat-rolled products, tubing, coil and hollow products within the scope of the specification.

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Nitinol products are made from nickel titanium alloy and are valued for their shape memory effect, superelasticity, corrosion resistance, flexibility, fatigue resistance and high recoverable strain. Depending on composition and thermomechanical processing, Nitinol can be supplied for applications that require controlled shape recovery, elastic deformation, thermal actuation or repeated movement. Our Nitinol product range includes Nitinol wire, sheet, plate, tube, rod, bar, spring and coil forms for precision engineering, medical, automation, aerospace and industrial applications. Sachin Steel Centre supplies Nitinol products in different product forms, sizes, surface conditions and performance requirements for customers in India and international markets. Product selection can be matched to the required transformation temperature, mechanical performance, dimensions and application.

Table Of Content

About Nitinol Material
Nitinol Products List
Nitinol Material Specifications
Chemical Composition of Nitinol Material Products
Mechanical Properties of Nitinol Material Products
ASTM Product Specification of Nitinol
Nitinol Surface Finishing

Technical Data

Nitinol Material Specifications

Specification	Nitinol Product Requirement
Material	Nickel Titanium Alloy
Nickel Content	Typically 54.5 to 57.0 weight percent for ASTM F2063 material
Titanium	Balance
Product Forms	Wire, sheet, plate, tube, rod, bar, spring and coil
Functional Conditions	Shape memory or superelastic
Transformation Temperature	Application specific
Surface Condition	As supplied, oxidised, descaled, pickled, blasted, machined, ground, mechanically polished or electropolished depending on product and specification
Dimensional Requirement	Application-specific
Mechanical Testing	According to applicable product specification and material condition
Transformation Testing	Calorimetry or equivalent thermomechanical testing where required
Quality Documentation	Material and test documentation according to purchase requirement

Nitinol Chemical Composition

Element	Typical Requirement for ASTM F2063 Material
Nickel	54.5 to 57.0 weight percent
Titanium	Balance
Other Intentional Alloy Additions	None for the material covered by ASTM F2063
Carbon	Controlled according to applicable specification
Oxygen	Controlled according to applicable specification
Nitrogen	Controlled according to applicable specification
Hydrogen	Controlled according to applicable specification

Mechanical Properties of Nitinol Products

Mechanical Property	Typical Consideration
Tensile Strength	Dependent on product condition and processing
Yield or Transformation Stress	Dependent on alloy condition and operating temperature
Elongation	Dependent on product form and processing
Recoverable Strain	Particularly important for superelastic applications
Elastic Modulus	Changes between martensitic and austenitic states
Fatigue Resistance	Important for components exposed to repeated deformation
Transformation Temperature	Critical for shape memory and superelastic performance
Permanent Set	Important when repeated recoverable deformation is required

Nitinol Products

Nitinol is available in several product forms because different applications require different combinations of flexibility, strength, geometry and shape recovery. The right product depends on the intended use, required dimensions, transformation temperature and processing condition.

Nitinol Product	Available Form	Main Characteristics	Typical Applications
Nitinol Wire	Round wire	High flexibility, superelasticity and shape recovery	Medical devices, actuators, sensors, orthodontic components
Nitinol Sheet	Flat rolled sheet	Formability, controlled thickness and shape memory response	Medical components, actuators, precision parts
Nitinol Plate	Flat plate	Higher section thickness and structural strength	Engineering components, tooling and precision assemblies
Nitinol Tube	Seamless tube	Flexibility, recoverable deformation and controlled geometry	Medical devices, guide components and precision assemblies
Nitinol Rod	Round rod	Strength and dimensional stability	Actuators, mechanical components and precision parts
Nitinol Bar	Bar stock	Machinability and structural support	Industrial components and custom manufactured parts
Nitinol Spring	Coiled component	Shape recovery and controlled force response	Actuators, medical devices, sensors and robotics
Nitinol Coil	Coiled wire form	Elastic response and compact geometry	Medical, automation and precision engineering applications

Nitinol Transformation Temperature

Transformation temperature is one of the most important specifications when buying Nitinol products. The material changes between its martensitic and austenitic states over a transformation range. Important temperature points can include martensite start, martensite finish, austenite start and austenite finish. Austenite finish temperature, commonly written as Af, is particularly important when selecting Nitinol for a specific application.

Transformation Parameter	Meaning
Ms	Martensite start temperature
Mf	Martensite finish temperature
As	Austenite start temperature
Af	Austenite finish temperature
Transformation Range	Temperature interval over which phase transformation occurs
Af Selection	Should be matched with the intended operating and activation conditions

Nitinol Product Forms and Their Uses

Different Nitinol products are selected according to geometry, deformation requirements and manufacturing process.

Product	Why It Is Selected	Common Uses
Nitinol Wire	Fine diameter and high flexibility	Guide components, orthodontic products, sensors and actuators
Nitinol Sheet	Flat geometry and controlled thickness	Medical components, flexible mechanisms and precision parts
Nitinol Plate	Greater section thickness	Machined components and engineering assemblies
Nitinol Tube	Hollow geometry and flexibility	Medical and precision applications
Nitinol Rod	Solid round section	Actuators and machined components
Nitinol Bar	Starting stock for fabrication	Industrial and precision components
Nitinol Spring	Controlled force and shape recovery	Actuators, mechanisms and medical devices
Nitinol Coil	Compact flexible geometry	Sensors, mechanisms and specialised components

Important Nitinol Manufacturing Parameters

Manufacturing Parameter	Why It Matters
Melting	Controls alloy chemistry and metallurgical cleanliness
Hot Working	Produces the required intermediate product form
Cold Working	Controls dimensions, strength and work hardening
Annealing	Influences microstructure and mechanical behaviour
Heat Treatment	Used to develop required transformation behaviour and shape setting
Shape Setting	Used when a component must retain a programmed geometry
Surface Treatment	Controls surface condition for the intended application
Final Inspection	Confirms dimensional and material requirements

Custom Nitinol products can be specified according to product form, diameter or thickness, length, surface finish, transformation temperature and application requirement.

Nitinol Surface Finishes

Surface condition is particularly important for precision and medical applications. The appropriate finish depends on the final use and manufacturing process.

Surface Finish	Description	Typical Consideration
As Processed	Original manufacturing surface	General industrial applications
Oxidized	Controlled oxide surface	Applications where an oxide condition is acceptable
Pickled	Chemical surface cleaning	Removal of surface oxide and contaminants
Ground	Abrasive surface finishing	Dimensional and surface control
Mechanically Polished	Smoother finished surface	Precision applications
Electropolished	Electrochemical surface treatment	High cleanliness and specialised applications

Applications of Nitinol Products

Nitinol is also used outside medical applications where controlled movement, recoverable deformation or thermal actuation is required.

Aerospace
Robotics
Automation
Electronics
Automotive
Engineering
Consumer Products
Research and Development

Related Nitinol Products

Explore the dedicated product pages for detailed information about individual Nitinol products, Nitinol Wires, Nitinol Springs and Nitinol Products.

Request a Quote for Nitinol Products

Share your required Nitinol product form, dimensions, quantity, transformation temperature, surface finish, applicable specification and application with our team. Whether you require Nitinol wire, sheet, plate, tube, rod, bar, spring or coil, providing these details helps us identify the appropriate product condition for your requirement.

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Frequently Asked Questions About Nitinol Products

What are Nitinol products?

Nitinol products are products manufactured from nickel titanium alloy and supplied in forms such as wire, sheet, plate, tube, rod, bar, spring and coil. They are selected for characteristics such as shape memory, superelasticity, corrosion resistance and recoverable deformation.

What is Nitinol mainly used for?

Nitinol is used for medical devices, actuators, sensors, robotics, aerospace components, orthodontic components, precision mechanisms and other applications where shape recovery or superelastic behaviour is required.

What is the difference between shape memory Nitinol and superelastic Nitinol?

Shape memory Nitinol is selected when a component needs to recover a programmed shape after heating through its transformation range. Superelastic Nitinol is selected when the component needs to undergo substantial recoverable deformation under suitable operating conditions.

What is the composition of Nitinol?

Nitinol is primarily a nickel titanium alloy. ASTM F2063 26 covers wrought nickel titanium material with nominally 54.5 to 57.0 weight per cent nickel, with titanium forming the balance for the material within its scope.

What is ASTM F2063 for Nitinol?

ASTM F2063 is a specification for wrought nickel titanium shape memory alloys used in medical devices and surgical implants. The current active edition is ASTM F2063 26. It covers products including bars, flat-rolled products and tubing within the scope of the specification.

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