Thin Walled Nitinol Tubing 0.10mm x 0.10mm | Ultra-Precision Superelastic Solution

Description

Thin Walled Nitinol Tubing: Ultra-Fine 0.10mm x 0.10mm Precision

Introducing our ultra-miniature Thin Walled Nitinol Tubing—the ultimate solution for high-precision, superelastic performance in extremely confined spaces. With exact dimensions of 0.10mm outer diameter and 0.10mm inner diameter, this tubing redefines what’s possible in the world of microfabrication and minimally invasive technology.

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Premium Material: Superelastic Nitinol at Its Finest

We use only high-purity Superelastic Nitinol—a smart nickel-titanium alloy engineered to deliver extreme flexibility and recovery. Bend it, twist it, compress it—this alloy returns to its original shape, resisting kinks and fatigue. Its superelastic nature makes it ideal for devices that must navigate complex geometries or undergo repeated mechanical stress.

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Available in Medical & Technical Grades

Every tube is manufactured under strict quality control and available in:

• Medical-grade (ASTM F2063): Ideal for implants, guidewires, and devices that contact human tissue.

• Technical-grade: Suitable for industrial applications demanding shape memory and elasticity.

Both grades ensure consistent mechanical properties and excellent surface finish.

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Why This Size Matters: Micro-Diameter Precision

Specializing in ultra-thin diameters is our niche. The 0.10mm x 0.10mm format demonstrates our unmatched capability in micro-tubing production. With extremely tight tolerances and thin walls, this tubing is built for next-generation innovation.

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Thin Walled Nitinol Tubing Applications

Our tubing opens doors in a wide range of sectors:

• Medical Micro-Instruments: Build neurovascular tools, steerable catheters, and micro-guidewires that can navigate tight anatomy.

• Minimally Invasive Surgery (MIS): Create smaller, more flexible devices that reduce patient trauma and improve surgical outcomes.

• Micro-Delivery Systems: Enable precision in drug delivery, microfluidics, and targeted sampling.

• Wearable Electronics: Act as flexible conduits in compact sensors and micro-wiring channels.

• Micro-Actuators: Harness shape memory for controlled, repeatable motion in tiny devices.

• Scientific Research: Ideal for prototyping and experimental setups in micro-engineering and nanotech fields.

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Key Advantages of Our 0.10mm x 0.10mm Nitinol Tubing

• Superelastic Performance: Exceptional flexibility and bend resistance, even under extreme strain

• Ultimate Miniaturization: Consistent 0.10mm dimensions enable micro-scale integration

• Superior Surface Finish: Smooth, uniform surfaces enhance fluid dynamics and reduce friction

• Tailored Transformation Temperature: We fine-tune the Af point to match your application

• Biocompatibility: Safe for use in-vivo; resists corrosion and is MRI-compatible

• High Fatigue Resistance: Built for cyclic loading and long-term durability

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What Makes Nitinol So Smart?

• Shape Memory Effect: Returns to a programmed shape when heated

• Superelasticity: Recovers from extreme deformation at body temperature

• Lightweight Strength: Delivers high tensile strength with minimal weight

• MRI Safe: Low magnetic signature for safe imaging

• Long-Term Reliability: Exceptional endurance under repeated use

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Ready to Scale Down Innovation?

Push the boundaries of what’s possible. Our 0.10mm x 0.10mm Thin Walled Nitinol Tubing gives engineers and medical innovators the material advantage they need to develop smarter, smaller, and more reliable devices. Whether you’re creating tools for minimally invasive procedures or engineering next-gen sensors, this tubing delivers unmatched performance at the smallest scale.

•Pipe specification

Inside dimensions(mm)	Wall thickness(mm)	Tolerance range(mm)	Length(mm)
9-4	4-0.5	±0.035	500
4-2	0.5-0.2	±0.035	500
2-1	0.3-0.15	±0.020	1000+
1-0.5	0.2-0.1	±0.010	1000-2000
0.5-0.25	0.1-0.05	±0.005	1000-2000

 

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