ASTM F2063 Superelastic Nitinol Tube

ASTM F2063 Superelastic Nitinol Tube - Medical & Industrial Grade

Baoji Hanz Metal Material Co., Ltd. produces the ASTM F2063 Superelastic Nitinol Tube. No step gets sent outside. Vacuum melting through to the final heat treatment all happens in-house. Each tube meets ASTM F2633-19. Nickel content comes in at 54.5–57.0 wt%. Outer diameters span 0.25–7 mm, and wall thickness spans 0.02–3.0 mm. Tensile strength comes in at ≥1000 MPa. Elongation comes in at ≥10%. There is no weld seam anywhere. Tolerances stay tight. The superelastic behavior holds steady run after run. Medical-grade and industrial-grade work both depend on it.

Why Nitinol Tube Fails - and How This One Doesn't

Plain metal tubing kinks. Bend it over and over and fatigue sets in, or the bend stays where you put it. Nitinol does not behave that way. Pull it far out of shape and it still springs back to the shape it began with. Nothing permanent gets left behind. A one-piece wall leaves no seam for leaks to start. Phase-transformation temperature can be tuned, so the tube can serve as a thermal actuator. Standard alloys give you none of this.

Technical Specifications

Key Characteristics

Superelasticity and Shape Memory

Heavy elastic deformation still leaves the tube back at full shape. Bend it hard and the lumen stays open. The structure pushes back against kinking. That matters a lot in winding anatomical pathways. It matters too in industrial assemblies that see cyclic loads.

Dimensional Accuracy

Wall thickness is even across the whole tube. Because it is made in one piece, coaxiality holds steady. Parts then seat the same way on every build in precision assemblies. OD tolerance stays inside ±0.02–±0.05 mm. Downstream, that means less rework.

Corrosion Resistance

Corrosion does not get a hold on nitinol, so harsh environments suit it. Medical jobs keep material traceability in place. ASTM F2633-19 compliance is held through production as well.

Customizable Af Temperature

Setting the phase-transformation temperature for the ASTM F2063 Superelastic Nitinol Tube is up to you: anywhere from -20°C to 100°C. Makers of thermal-actuated parts can then aim at one deployment or actuation temperature.

Secondary Processing

Cutting, flaring, necking, and slotting are supported in-house, reducing the need to source additional processing from separate suppliers. OEM services for customized finished parts are also available.

Application Scenarios

Medical

This tube goes into catheters, guide needles, dental instruments, nitinol stents, and bone cement delivery devices. Other tube parts use it too. Bend it and it springs back. That springback, plus a tube with no seam, lets it snake through twisted paths inside the body.

Industrial

Industrial settings put it to work as sensor fasteners, pipe joints, and memory alloy rings. Heat it up and the shape memory effect brings a part back to the geometry set in advance. Actuator systems use this. So do couplings and similar mechanical designs.

Quality Control and Documentation for ASTM F2063 Superelastic Nitinol Tube

Every batch undergoes inspection covering chemical composition, mechanical properties, and DSC phase-transformation temperature verification before shipment. Full test reports are available upon request to support incoming quality control and documentation requirements.

Manufacturing follows GB 24627-2009 and ASTM F2633-19. Material traceability is maintained throughout production of ASTM F2063 Superelastic Nitinol Tube for both medical-grade and industrial-grade orders.

About Baoji Hanz Metal Material Co., Ltd.

• Everything made in house, from vacuum melting through to the final heat treatment
• Outer diameter, wall thickness, and length can all be customized. So can Af temperature, surface finish, and packaging
• Ask for test reports and you get them per batch. Reports cover chemical, mechanical, and DSC testing
• MOQ is 10 pcs. Lead time runs 25–35 working days
• Located in Baoji Titanium Valley Nonferrous Metals Base, a recognized production hub for titanium and specialty alloys in China

Frequently Asked Questions

Q: Under which standards is this tube made?

A: ASTM F2633-19 and GB 24627-2009 both apply. Those two cover chemical composition and mechanical performance, along with the phase-transformation requirements.

Q: Can the Af transformation temperature be customized?

A: Yes. The Af temperature can be adjusted within -20°C to 100°C to suit specific thermal actuation or deployment conditions.

Q: What is the minimum order quantity?

A: The MOQ is 10 pcs, which applies to both prototype and production orders.

Q: What secondary processing is available?

A: Cutting, flaring, necking, and slotting are available. OEM services for customized finished parts can also be arranged.

Q: Are test reports provided?

A: Yes. Batch-by-batch reports covering chemical composition, mechanical properties, and DSC phase-transformation temperature are issued upon request.

Q: How are orders packaged for export?

A: Orders use flat-laid, shockproof, moisture-proof sealed packaging with inner protection to prevent scratching, collision, and deformation during transit.

Contact Us

Send inquiries about the ASTM F2063 Superelastic Nitinol Tube - including sample requests, quotes, or technical questions - to baojihanz-niti@hanztech.cn.