NT7594 Nitinol Foil, Nickel Titanium 0.1 mm Thickness

Nitinol Foil, Nickel Titanium 0.1 mm Thickness Description

Nitinol Foil (Nickel Titanium) with a 0.1 mm thickness offers significant shape memory and superelastic properties, making it essential in high-performance applications. Manufactured according to ASTM F2063 standards, this specialised alloy is known for its biocompatibility, corrosion resistance, and ability to return to its original shape after deformation. Its nickel-titanium composition ensures mechanical strength and adaptability to a wide range of temperatures.

Thanks to these unique characteristics, Nitinol Foil finds extensive usage in medical devices such as stents and orthodontic components, where precise and reliable performance is crucial. It also proves valuable in aerospace and robotics applications that require lightweight materials capable of withstanding repetitive motion and stress. Rigorously tested for quality, this 0.1 mm thickness foil guarantees reliability, longevity, and compliance with the highest industry standards.

Nitinol Foil, Nickel Titanium 0.1 mm Thickness Applications

Nitinol foil, a unique combination of nickel and titanium, offers exceptional shape memory and superelasticity, making it suitable for a wide range of specialised uses. Featuring impressive corrosion resistance and biocompatibility, this 0.1 mm thick material is a preferred choice across diverse fields. Below are some notable applications of Nitinol foil, showcasing its versatility and practicality.

1. Medical Applications

·         Minimally Invasive Surgical Tools: Nitinol foil’s superelastic properties enable the creation of instruments that navigate tight anatomical pathways with reduced trauma.

·         Expandable Vascular Stents: Its shape memory behaviour allows stents to expand accurately and maintain blood flow, promoting patient comfort and faster recovery.

2. Aerospace Applications

·         Adaptive Wing Structures: The foil can change shape in response to stress or temperature, improving fuel efficiency and aerodynamic performance.

·         Vibration Dampers: Its elasticity helps diminish undesirable oscillations, leading to enhanced safety and more comfortable flights.

3. Consumer Electronics Applications

·         Foldable Device Components: Nitinol foil’s durability supports repeated bending cycles in lightweight, portable electronics.

·         Flexible Antennas: Shape memory properties enable antennas to recover from deformation, ensuring consistent performance in compact gadgets.

Nitinol Foil, Nickel Titanium 0.1 mm Thickness Packaging

Packaging is conducted by carefully layering the Nitinol Foil in protective materials (such as foam or cardboard), then vacuum sealing to shield it from contaminants or moisture. Anti-corrosion measures include using desiccants or moisture-control sheets to preserve material integrity. Customisation options encompass specialised labelling, additional protective wrapping, or tailored crate dimensions, ensuring every shipment meets your specific requirements while providing safe transport and storage.

Packaging: Vacuum sealed, Wooden Box, or Customised.

Nitinol Foil, Nickel Titanium 0.1 mm Thickness FAQs

Q1: What are the key material properties of Nitinol Foil, Nickel Titanium 0.1 mm Thickness?

A1: Nitinol Foil, Nickel Titanium 0.1 mm thickness, exhibits significant shape memory effect and superelasticity, enabling it to return to its original shape upon heating or unloading. Its exceptional corrosion resistance and biocompatibility make it suitable for applications in medical devices. The material also offers high fatigue strength, excellent mechanical durability, and consistent microstructure properties. Its thermal conductivity is relatively low, and it can be fine-tuned through heat treatments for specific mechanical properties.

Q2: How can Nitinol Foil, Nickel Titanium 0.1 mm Thickness be processed or fabricated?

A2: Nitinol foil can be processed using techniques such as laser cutting, electrical discharge machining (EDM), chemical etching, or stamping. During forming, maintaining controlled temperatures and ensuring minimal residual stresses is crucial. Heat treatments are commonly employed to fine-tune shape memory characteristics and mechanical properties. Procedures like stress-relief annealing help optimise superelastic behaviour. For doping or bonding, specialised surface preparations and plating processes may be used to support long-term performance.

Q3: Which quality standards and certifications apply to Nitinol Foil, Nickel Titanium 0.1 mm Thickness?

A3: Nitinol foil typically complies with ASTM F2063, the primary material standard for nickel-titanium alloys used in medical and industrial applications. Quality management systems such as ISO 9001 or ISO 13485 may also apply, ensuring consistent manufacturing and traceability. Testing includes chemical composition, transformation temperature verification, and mechanical performance evaluations. For medical, aerospace, or critical environments, certification under regulatory frameworks like FDA or NADCAP can be required to assure product integrity.

Related Information

1. Material Properties and Advantages

Nitinol foil, measured at 0.1 mm thickness, exhibits a unique combination of superelasticity and shape memory properties. Its nickel-titanium composition, commonly referred to as Nitinol, stands out for its capacity to regain its original shape following deformation when subjected to temperature changes. This feature ensures reliable performance in settings where consistent dimensional accuracy is critical, allowing designers to exploit both the flexibility and resilience of this exceptional foil material.

Foil products fabricated from Nitinol are also known for their excellent corrosion resistance, which translates into durability even in harsh environments. Compared to other metallic foils, nickel-titanium material tends to maintain its structural integrity for extended periods, reducing costs associated with replacement parts. In addition, the combination of nickel and titanium provides notable biocompatibility, further broadening the range of potential uses and increasing overall product value.

2. Applications in Advanced Industries

Technological fields, such as aerospace and medical device manufacturing, widely adopt Nitinol foil products for their dimensional precision and shape memory performance. In aerospace, 0.1 mm thick nickel-titanium foil can be formed into intricate components that demand tight tolerances and reliably handle environmental extremes. This enables engineering designs that benefit from material stability while meeting safety standards.

Due to its biocompatibility, Nitinol foil also shows potential in healthcare solutions. Medical implant devices often require flexibility coupled with dependable structural support, making 0.1 mm Nitinol foil a strong candidate for stent designs and other delicate instruments. With advancements in research, numerous additional applications across distinct technology sectors are expected, reinforcing the role of high-quality Nitinol foil in innovative industries.