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Buy confluent cut nitinol capillary tube from China
Buy confluent cut nitinol capillary tube from China
Buy confluent cut nitinol capillary tube from China
Buy confluent cut nitinol capillary tube from China
Buy confluent cut nitinol capillary tube from China
Buy confluent cut nitinol capillary tube from China
Buy confluent cut nitinol capillary tube from China
Buy confluent cut nitinol capillary tube from China

Buy confluent cut nitinol capillary tube from China

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US $85
≥100 Pieces
US $75
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US $70
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Quick Details

Model Number:
nitinol tube
Material:
nickel titanium alloy, nitinol, Nitinol Ti-Ni Alloy
Outer Diameter:
3mm~114mm
Length:
≤6000mm
Application:
Chemical Industry medial
Grade:
nitinol., nickel titanium alloy
Wall Thickness:
0.1mm~15mm
Inside Diameter:
≥1.8mm
Product Name:
Buy confluent cut nitinol capillary tube from China
MOQ:
3 METERS
Shape:
CURVED
Nickel:
55-57%
CERTIFICATION:
ISO9001:2008
Advantage:
Excellent Corrosion Resistance
Feature:
Shape memory, superelastic
Surface Treatment:
Polishing Brushing Acid-pickling

Quick Details

Standard:
ASTM F2063, ASTM F2633-07
Place of Origin:
Shaanxi, China
Brand Name:
Baoji Hanz
Model Number:
nitinol tube
Material:
nickel titanium alloy, nitinol, Nitinol Ti-Ni Alloy
Outer Diameter:
3mm~114mm
Length:
≤6000mm
Application:
Chemical Industry medial
Grade:
nitinol., nickel titanium alloy
Wall Thickness:
0.1mm~15mm
Inside Diameter:
≥1.8mm
Product Name:
Buy confluent cut nitinol capillary tube from China
MOQ:
3 METERS
Shape:
CURVED
Nickel:
55-57%
CERTIFICATION:
ISO9001:2008
Advantage:
Excellent Corrosion Resistance
Feature:
Shape memory, superelastic
Surface Treatment:
Polishing Brushing Acid-pickling
Detailed Images

Buy confluent cut nitinol capillary tube from China

Product Description

Buy confluent cut nitinol capillary tube from China

1. Basic information Of Nitinol shaple memory nitinol alloys tubes manufacturer

1,Nitinol alloy tube

2,Standards:  ASTM, ASTM F2633-07

3,high-precision

4,Deep hole working

5,Large diameter and thin wall

6,Outside diameter: Max=300mm, Min=20mm

7,Thickness: ≥ 0.08mm(machined )

Length: ≤1000mm(determined by outside diameter and thickness)

Surface: Ra( inside≤1.2μm, outside≤0.6μm)

9,Typical Applications:shell of Oil well logging,sports,power,automotive components,marine corrosin,chemical plant

10,Technique: Seamless or Welding

Superelastic nitinol pipe shape memory tube medical use

2.Surface State Options for nitinol tube

♣   Black oxide surface

♣ As cleaned surface
♣  Medical grade polished surface
♣  Centerless ground surface

Superelastic nitinol pipe shape memory tube medical use

3. Chemical composition nitinol

Ni: 55.4% --56.2% C≤0.07 H≤0.005 O≤0.050 N:≤ 0.05

Superelastic nitinol pipe shape memory tube medical use

4.Standard for nitinol

ASTM F2063-05  Q/XB1516 Customer specified or Industry Standard

Alloy

Chemical

composition

Af

(Fully annealed)

Min. elongation to failure [%]

Max. Residual

elongation

after 6%

strain [%]

Main Applications

Superelastic

Ni-Ti alloy

TiNi-SS

Ti-50.8at%

-5°C ± 5°C.

10

0.1

Eyeglass Frames, Cellular Phone Antennae, Bra Underwire

TN3

TNC

TiNiVAl

TiNiCr

-40°C ~50°C

10

0.1

Body temperature

Ni-Ti alloy

TiNi-YY

Ti-50.7at%Ni

Functional Af=33 ± 3

15

0.1

Implantable devices,Bone staples

Vascular Stents

Ti-Ni-01

55.6~55.8 wt%Ni

20 - 40

15

0.1

Guide wires, Stents

Orthodontic Arches

High temperature Ni-Ti alloy

Ti-Ni-02

54.8~55.5wt%Ni

45 - 95

10

0.1

Implantable active devices, Surgical tools, Thermostats Coffeepots

TiNiCu

TiNiCu

As-Ms ≤ 5

10

0.1

5. Application of nitinol

Chemical Composition:

Component wt %
Nickel 54,50-57,00
Cobalt max. 0,050
Iron max. 0,050
Carbon max. 0,050
Nioium max. 0,025
Copper max. 0,010
Chromium max. 0,010
Oxygen + Nitrogen max. 0,050
Hydrogen max. 0,005
Titanium balance

Mechanical / Superelastic Tubes Properties:

Ultimate Tensile Strength min. 1000 MPa
Fracture Elongation min. 10 %
Loading Plateau Stress (at 3% strain) min. 380 MPa
Permanent Set (after 6% strain) max. 0,3 %
Austenite Finish Temperature(Af) max. 15 °C

Note: The Mechanical / Superelastic Properties are only for orientation and can be changed if necessary.

Physical Tube Properties:

Melting Point 1310 °C
Density 6,5 g/cm3
Specific el. Resistivity 82 μΩcm
Coefficient of Thermal Expansion (CTE) 11×10-6 °K
Modulus of Elasticity 41-75 GPa
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