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Description: Nitinol Strip & Foil (Rolled from Flat Wire), ASTM F2063 (Chemistry) NITINOL (NITI) APPLICATIONS Heat engines, resilient glass frames, mechanical watch springs, temperature control system, couplings, golf club insert, biomedical and medical uses, cell-phone technology:
- Tensile Strength (UTS, Break): 130,000 to 275,000 psi
- Yield Strength (YS): 10,000 to 100,000 psi
- Elongation: 5 to 50 %
- Specifications: ASTM / ASME
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Supplier: Radwell International
Description: DISCONTINUED BY MANUFACTURER, CONTROL MOTOR, NITINOL CONTROL, WIRE ACTUATED, ROTARY SERVO. FREE 2 YEAR RADWELL WARRANTY
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Supplier: ASTM International
Description: applies to flat or shaped wire. 1.3 This test method does not apply to superelastic nitinol wire. It does apply to the as-drawn condition of nitinol wire. 1.4 This test method does not apply to the measurement of the straightness of straightened to length
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Supplier: ASTM International
Description: applies to flat or shaped wire. 1.3 This test method does not apply to superelastic nitinol wire. It does apply to the as-drawn condition of nitinol wire. 1.4 This test method does not apply to the measurement of the straightness of straightened to length
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Supplier: ASTM International
Description: wire that has been specially processed to roll off a spool in the straightened condition. 1.2 These test methods apply to straightness of round wire that has a diameter between 0.05 and 4.78 mm (0.002 and 0.188 in.). They also apply to flatness (camber) of flat-shaped wire or
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Supplier: New England Tubing Technologies
Description: New England Tubing has access to over 100 braiders with capabilities ranging from 8-carrier to 48-carrier configurations. We excel at multiple-strand, fine wire stainless steel braids for flexible fiber optic scopes but we readily manufacture medical braids using all types of wire,
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Supplier: New England Tubing Technologies
Description: ranging from flat or round stainless steel alloys to high strength monofilament polymers. Spiral Reinforced Materials Round Wire (Small as 0.001” [0.025 mm]) Flat Wire (Small as 0.0003” x 0.002” [0.0076 mm x 0.051 mm]) Stainless Steel Copper and Copper Alloys Nitinol Textiles
- Application: Medical / Pharmaceutical
- Type: Plastic Tubing
- Shape: Round
- Color / Clarity: Translucent
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Supplier: Novo Precision, LLC
Description: Steel, Brass, Copper, Aluminum, Gold, Platinum, Silver, Bronze, Solder, Tungsten, Tantalum, Diamond Coated Wire, Nickel, Nitinol, Elgalloy, Kovar, Molybdenum, Nichrome, Titanium, Ceramic, Plastic, Hard Rubber, and many more. Special Processes Passivation, Teflon Coating, Surface
- Services Offered: Design Assistance, High Volume Production, Inspection / Quality Control, Low Volume Production, Prototype Services
- Materials: Metals, Plastics, Rubber
- Features: North America, Northeast US Only, United States Only
- Specialty Cutting: Tube / Pipe, Wire / Rod
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Supplier: New England Tubing Technologies
Description: depending on your needs. Braid Reinforced Materials Round Wire (Small as 0.001” [0.025 mm]) Flat Wire (Small as 0.0003” x 0.002” [0.0076 mm x 0.051 mm]) Stainless Steel Copper and Copper Alloys Nitinol Textiles High Strength Polymers Benefits of Reinforcement Kink Resistance
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polymers. Spiral Reinforced Materials Round Wire (Small as 0.001” [0.025 mm]) Flat Wire (Small as 0.0003” x 0.002” [0.0076 mm x 0.051 mm]) Stainless Steel Copper and (read more)
Browse Tubing Datasheets for New England Tubing Technologies -
stainless steel alloys to high strength monofilament polymers. Spiral Reinforced Materials Round Wire (Small as 0.001” [0.025 mm]) Flat Wire (Small as 0.0003” x 0.002” [0.0076 mm x 0.051 mm]) (read more)
Browse Tubing Datasheets for New England Tubing Technologies -
qualities that each and every product requires. Pieces can also be cut to length or delivered in bulk depending on your needs. Braid Reinforced Materials Round Wire (Small as 0.001” [0.025 mm]) Flat Wire (Small as (read more)
Browse Medical Tubing Datasheets for New England Tubing Technologies
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Influence of Nitinol Wire Surface Preparation Procedures (.pdf)
As the use of nitinol continues to grow in medical applications, so also does the need to acquire additional fundamental information regarding the stability of the material, in specific areas of deployment in the body. For devices fabricated from wires, data relating to the influence of wire
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Structure-Property Relationships in Conventional and Nanocrystalline NiTi Intermetallic Alloy Wire (.pdf)
Homogeneous 177-lm diameter nanocrystalline Nitinol wires were produced and compared to microcrystalline Nitinol from equivalent ingot stock. Property measurement was carried out using cyclic tension testing, strain-controlled fatigue testing and bend and stress-free recovery testing (BFR). A B2
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Engineering Characteristics of Drawn Filled Nitinol Tube (.pdf)
The elastic behavior of various thermally set Nitinol-DFT (R)-Platinum1 composite wires was investigated in both axial and flexural modes. Two varieties of composite materials were analyzed, each unique in the amount of cross-sectional area made up of Platinum. The measured properties
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Fatigue Performance of Nitinol Round Wire with Varying Cold Work Reductions (.pdf)
The role of cold work reduction and its effect on fatigue properties are examined by means of rotary beam fatigue testing. In this study, processing parameters from the initial ingot to the final size before finish drawing were held constant. Fatigue specimens were prepared with between 20 and 55%
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Characterizing Fatigue Response of Nickel-Titanium (.pdf)
expectancy of Nitinol monofilament round wires. Fatigue testing has been employed to characterize the influence of subtle changes in inclusion content, chemistry variations of raw material, ingot transformation temperatures of Nitinol _NiTi_, and surface finish conditions for implant grade wires.
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Optical Comparators in Medical Device Manufacturing
New England Precision Grinding (NEPG) of Holliston, MA produces micro-ground wire from 304 stainless steel and super-elastic nitinol to meet the precise demands of medical devices. Established in 1987, NEPG has developed a proprietary centerless grinding process for ever-smaller devices to meet
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Special Metals Make Unparalleled Medical Devices Possible
From traditional metals, such as titanium and copper to more modern alloys like Nitinol, the metals industry continues to meet the needs for advancing the medical device industry. Around the world, people are living longer with more active lifestyles thanks to continuing advancements in medical
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Study of Unrecovered Strain and Critical Stresses in One-Way Shape Memory Nitinol
However, under certain ranges of stresses and temperatures, Nitinol wires exhibit unrecovered strain.
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Performance of Nitinol-reinforced drive shafts
Finite element models are developed to describe the individual contributions of the composite matrix, the NITINOL wires and the shape memory effect to the overall performance of the drive shafts.
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A shape memory alloy-based reusable hysteretic damper for seismic hazard mitigation
Adjustable design parameters of the RHD include the inclination angle of the nitinol wires , pretension level, and friction effect.
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X-ray Diffraction Investigations of Shape Memory NiTi Wire
For instance, nitinol wires have been used as the actuator components in many innovative medical devices aiming to make surgical tasks less invasive and more efficient.
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Seismic behaviour of self‐centring braced frame buildings with reusable hysteretic damping brace
The RHDB is a passive energy dissipation device with its core energy‐dissipating component made of superelastic Nitinol wires .
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An overview of nickel–titanium alloys used in dentistry
The super‐elastic behaviour of Nitinol wires means that on unloading they return to their original shape following deformation.
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Specific Shortcomings of Endograft Design
The resulting motion of the sharp-angled Nitinol wires caused abrasion and resulted in a few localized holes that were sufficient to permit blood to percolate through the textile wall.
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Sealed source and device design safety testing: Technical report on the findings of task 4 -- Investigation of failed Nitinol brachytherapy wire. Volume 2
X-ray Energy Spectrafor Clean Nitinol Wire ..............................................................................................
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Journal of Cardiovascular MR | Full text | Ventricular Assist Device implant (AB 5000) prototype cannula: In vitro assessment of MRI issues at 3-Tesla
The AB5000 Ventricle with a prototype Nitinol wire -reinforced In-Flow Cannula and Out-Flow Cannula attached (Abiomed, Inc., Danvers, MA) was evaluated for magnetic field interactions, heating, and artifacts at 3-Tesla.