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Nitinol Tube ASTM F2063 VIM-VAR Alloy Hypotube with Ultra-Low Inclusion for Neurovascular Minimally Invasive Devices

Produits

Alliages à dilatation contrôlée

Produits de soudage à base de nickel

Nitinol Tube ASTM F2063 VIM-VAR Alloy Hypotube with Ultra-Low Inclusion for Neurovascular Minimally Invasive Devices

MOQ:	1 mètre
Prix:	Negotiatable
Emballage Standard:	boîte
Période De Livraison:	2-30days
Méthode De Paiement:	T/T, Western Union
Capacité D'approvisionnement:	20000pcs par semaine

Les informations détaillées

Description de produit

Les informations détaillées

Lieu d'origine

Jiangsu, Chine

Nom de marque

niktech

Certification

ISO 9001:2008

Numéro de modèle

nitinol

Quantité minimale de commande:

1 mètre

Délai de mise en œuvre:

7-20 jours

Capacité:

500000pcs par mois

Emballage:

Emballage neutre

Surface:

Surface brillante

Série:

Alliage de nitite

Application:

application à usage médical

mémoire de forme:

alliage à mémoire de forme

Mettre en évidence:

Nitinol tube ASTM F2063 compliant

VIM-VAR alloy hypotube neurovascular

Ultra-low inclusion Nitinol tube

Description de produit

Nitinol Tube ASTM F2063 VIM-VAR Alloy Hypotube with Ultra-Low Inclusion for Neurovascular Minimally Invasive Devices

1.Product Description

Forged through vacuum induction melting paired with vacuum arc remelting and multi-pass precision cold drawing, this medical-grade nitinol tube adheres rigidly to ASTM F2063 chemical thresholds to eliminate harmful trace impurities that trigger tissue irritation. The alloy balances room-temperature superelasticity and thermal-triggered shape memory, delivering recoverable strain up to 8% with minimal permanent deformation after millions of cyclic bending cycles. Electropolished seamless inner and outer surfaces cut fluid friction and form a stable passive titanium oxide barrier against bodily fluid corrosion. Customizable transformation temperatures, micro thin-wall tolerances and concentricity control support micro hypotube catheter frames and large structural tubing for aerospace actuation, serving precision engineering projects across North America, Europe, Southeast Asia and the Middle East.

2.Full Calibrated Parameter Table

Test Category	Standard Spec Value	Supplementary Industry Remarks
Chemical Composition (wt%)	Ni: 54.5–57.0, Ti: Balance; C ≤0.005, Fe ≤0.025, O+N ≤0.05, H ≤0.002, Co/Cu/Cr ≤0.005	VIM-VAR medical clean melt grade
Ultimate Tensile Strength	≥1070 MPa (155 ksi)	Annealed delivery state
Minimum Fracture Elongation	≥10%	Room temperature tensile testing
Max Permanent Set after 6% Strain	≤0.3%	Critical for long-term implant stability
Recoverable Superelastic Strain	6–8%	Room-temperature superelastic variant
Austenite Finish Temp (Af)	-10℃ ~ +15℃	Custom heat treatment for tailored transformation
Alloy Density	6.5 g/cm³	Core physical density of NiTi alloy
Melting Temperature	1310 ℃	High thermal stability for aerospace use
Standard Outer Diameter Range	0.15mm – 12mm	Micro hypotube to structural tubing
Standard Wall Thickness	0.02mm – 1.0mm	Tolerance ±0.005mm for precision machining
Mandatory Executive Standards	ASTM F2063, ISO 10993, ISO 13485	Biomedical & aerospace global regulatory benchmarks
Available Surface Finishes	Electropolished, Passivated, Bright Drawn	Low-friction biocompatible surfaces

3. Advantage

VIM-VAR dual vacuum melting production drastically reduces internal inclusions, boosting 100+ million cycle bending fatigue resistance for long-term implant use
Seamless drawn forming eliminates welding seams, lowering fluid shear friction inside catheter and stent delivery systems
ISO 10993 biocompatibility verified, passive titanium oxide film blocks nickel ion leaching to reduce human tissue inflammation risk
Tunable phase transition temperatures via controlled heat treatment, matching human body temperature and aerospace extreme thermal fluctuation conditions
Ultra-tight wall thickness & concentricity tolerances, compatible with laser cutting, laser welding and shapesetting cleanroom post-processing
Multiple polished surface treatments to fit cardiovascular, orthopedic, endoscopic and aerospace actuator assembly workflows

4. Application

This precision nitinol tube acts as the foundational raw tubing for Class II & III permanent and temporary implantable medical hardware, including self-expanding vascular stents, neuro interventional hypotubes, transcatheter valve frames, orthodontic shaping components and endoscopic catheter shafts. Beyond clinical sectors, it serves lightweight aerospace thermal actuators, miniature thermal sensing pipelines and industrial shape-memory drive structures. Medical device R&D labs, interventional surgery equipment developers and aerospace precision engineering facilities across global regions rely on this alloy tubing for minimally invasive clinical treatment and lightweight mechanical assembly.

5. FAQ

Q1: What metallurgical process separates medical-grade nitinol tube from industrial nickel-titanium tubing?

A: Medical variants adopt VIM-VAR double vacuum melting to strictly limit trace impurity content and meet ASTM F2063 & ISO 10993 biocompatibility standards, while industrial nitinol tubing relaxes chemical control without biocompatibility validation.

Q2: Can nitinol tube restore its original geometry after repeated bending deformation?

A: Room-temperature superelastic grades fully recover shape after up to 8% strain with negligible permanent set; shape memory variants revert to pre-programmed dimensions once heated above customized Af transformation temperature.

Q3: Can outer diameter, wall thickness and transformation temperature be modified per custom design drawings?

A: All dimensional parameters and phase transition temperatures can be precisely adjusted to match exclusive stent, catheter or aerospace component structural blueprints.

Q4: Does electropolished nitinol tube resist corrosion inside human blood and saline environments?

A: The nano-thick passive titanium oxide layer formed on electropolished surfaces delivers consistent corrosion resistance against bodily fluids for multi-year implant service cycles.

Balises:

Alliage de Ti,

Alliage de titane,

Barres en alliage de titane

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Nitinol Tube ASTM F2063 VIM-VAR Alloy Hypotube with Ultra-Low Inclusion for Neurovascular Minimally Invasive Devices

MOQ:	1 mètre
Prix:	Negotiatable
Emballage Standard:	boîte
Période De Livraison:	2-30days
Méthode De Paiement:	T/T, Western Union
Capacité D'approvisionnement:	20000pcs par semaine

Les informations détaillées

Description de produit

Les informations détaillées

Lieu d'origine

Jiangsu, Chine

Nom de marque

niktech

Certification

ISO 9001:2008

Numéro de modèle

nitinol

Quantité minimale de commande:

1 mètre

Délai de mise en œuvre:

7-20 jours

Capacité:

500000pcs par mois

Emballage:

Emballage neutre

Surface:

Surface brillante

Série:

Alliage de nitite

Application:

application à usage médical

mémoire de forme:

alliage à mémoire de forme

Quantité de commande min:

1 mètre

Prix:

Negotiatable

Détails d'emballage:

boîte

Délai de livraison:

2-30days

Conditions de paiement:

T/T, Western Union

Capacité d'approvisionnement:

20000pcs par semaine

Mettre en évidence

Nitinol tube ASTM F2063 compliant

VIM-VAR alloy hypotube neurovascular

Ultra-low inclusion Nitinol tube

Description de produit

Nitinol Tube ASTM F2063 VIM-VAR Alloy Hypotube with Ultra-Low Inclusion for Neurovascular Minimally Invasive Devices

1.Product Description

2.Full Calibrated Parameter Table

Test Category	Standard Spec Value	Supplementary Industry Remarks
Chemical Composition (wt%)	Ni: 54.5–57.0, Ti: Balance; C ≤0.005, Fe ≤0.025, O+N ≤0.05, H ≤0.002, Co/Cu/Cr ≤0.005	VIM-VAR medical clean melt grade
Ultimate Tensile Strength	≥1070 MPa (155 ksi)	Annealed delivery state
Minimum Fracture Elongation	≥10%	Room temperature tensile testing
Max Permanent Set after 6% Strain	≤0.3%	Critical for long-term implant stability
Recoverable Superelastic Strain	6–8%	Room-temperature superelastic variant
Austenite Finish Temp (Af)	-10℃ ~ +15℃	Custom heat treatment for tailored transformation
Alloy Density	6.5 g/cm³	Core physical density of NiTi alloy
Melting Temperature	1310 ℃	High thermal stability for aerospace use
Standard Outer Diameter Range	0.15mm – 12mm	Micro hypotube to structural tubing
Standard Wall Thickness	0.02mm – 1.0mm	Tolerance ±0.005mm for precision machining
Mandatory Executive Standards	ASTM F2063, ISO 10993, ISO 13485	Biomedical & aerospace global regulatory benchmarks
Available Surface Finishes	Electropolished, Passivated, Bright Drawn	Low-friction biocompatible surfaces

3. Advantage

VIM-VAR dual vacuum melting production drastically reduces internal inclusions, boosting 100+ million cycle bending fatigue resistance for long-term implant use
Seamless drawn forming eliminates welding seams, lowering fluid shear friction inside catheter and stent delivery systems
ISO 10993 biocompatibility verified, passive titanium oxide film blocks nickel ion leaching to reduce human tissue inflammation risk
Tunable phase transition temperatures via controlled heat treatment, matching human body temperature and aerospace extreme thermal fluctuation conditions
Ultra-tight wall thickness & concentricity tolerances, compatible with laser cutting, laser welding and shapesetting cleanroom post-processing
Multiple polished surface treatments to fit cardiovascular, orthopedic, endoscopic and aerospace actuator assembly workflows

4. Application

5. FAQ

Q1: What metallurgical process separates medical-grade nitinol tube from industrial nickel-titanium tubing?

Q2: Can nitinol tube restore its original geometry after repeated bending deformation?

Q3: Can outer diameter, wall thickness and transformation temperature be modified per custom design drawings?

A: All dimensional parameters and phase transition temperatures can be precisely adjusted to match exclusive stent, catheter or aerospace component structural blueprints.

Q4: Does electropolished nitinol tube resist corrosion inside human blood and saline environments?

A: The nano-thick passive titanium oxide layer formed on electropolished surfaces delivers consistent corrosion resistance against bodily fluids for multi-year implant service cycles.

Balises: