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Haolu Technologyis located in Jiangyin City, Jiangsu Province, China.

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No.727,Zhencheng Road Jiangyin City,Jiangsu Province,China 214442

Single product

Nitinol Wire Mesh for Medical Devices – Superelastic & Safe

Silk shape:Round wire,flat wire,square wire,D-shape,triangular wire

Surface state:Black oxidized state,light oxidized state,clean state ,bright state,ground state

Packaging:I-shaped wheel:no breakage,no disordered lines,customizable ruler length

Diameter(mm) Tolerance(mm) Diameter(mm) Tolerance(mm) Diameter(mm) Tolerance(mm)
4.000-2.000 ±0.025 0.350-0.260 ±0.010 0.08-0.050 ±0.005
2.000-1.000 ±0.020 0.260-0.150 ±0.007 0.050-0.025 ±0.005
1.000-0.350 ±0.010 0.150-0.080 ±0.005 0.025-0.018 ±0.003
Category:

Nitinol Wire Mesh: Smart Material for Medical Innovations

Our nitinol wire mesh is engineered for advanced medical devices, especially in interventional radiology and orthodontics. This nickel–titanium alloy combines shape memory, superelasticity, and excellent biocompatibility. By controlling every stage of production, we ensure consistent performance and the highest quality mesh for demanding healthcare applications.


Why Nitinol Wire Mesh Excels in Medical Devices

Nitinol is a unique alloy with the ability to “remember” its original shape and return when heated. This property allows devices to deploy accurately inside the body. Its superelastic behavior lets the mesh bend and recover through tight or curved vessels without permanent deformation. Resistant to body fluids and highly accepted by human tissue, nitinol wire mesh ensures safety and reliability for long-term implants.


Safe Use and Handling of Nitinol

All finished nitinol products are safe to handle. Our manufacturing process includes precise surface finishing and cleaning to prevent irritation. Every mesh is made from certified medical-grade material, ensuring it is ready for direct use in patients.


Working with Nitinol Wire

  • Welding: Standard welding can harm its properties. Laser or resistance welding by specialists preserves shape memory and elasticity.

  • Cutting Thick Wire: The most effective method uses a high-speed abrasive cut-off wheel, with cooling to prevent heat damage and ensure a smooth edge.

  • Alternative Cutting: Rotary tools with abrasive discs also work well—always cut slowly and use protective equipment.


Medical Applications of Nitinol Wire Mesh

  • Easy Delivery & Placement: Mesh expands gently to its intended form inside vessels or organs.

  • Superior Conformability: Superelastic nitinol adapts to vessel curves without collapsing.

  • Reliable Support: Provides structural strength in stents, occlusion plugs, and IVC filters.

  • Durable Performance: Resistant to corrosion, the mesh maintains shape and function for years.

  • Trusted Biocompatibility: Approved for implants under strict ASTM and ISO 13485 standards.


Nitinol Wire Mesh in Orthodontics

Beyond radiology, orthodontists value nitinol wires for braces and retainers. Its superelastic force moves teeth gently, reducing discomfort and minimizing the need for frequent adjustments compared to stainless steel wires.


Partner with Us

We supply precision-engineered nitinol wire mesh tailored to medical innovation. With multiple weave patterns and wire diameters available, our mesh supports stents, embolization coils, occlusion devices, and filters. Choose our expertise to make your devices safer, stronger, and smarter.

Expert Guidance: 24/7 support

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Europe Region:nitinolmetal.com

US Region:nitinolalloy.com

Mid East Region:getnitinol.com

 

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