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Supplier: Cole-Parmer
Description: Applications: Use as an electrical and thermal insulator, for fluid and gas delivery, or as a tough sheath for glass fibers.|Character istics: Excellent chemical, heat, radiation, and abrasion resistance; high dielectric strength. Clear amber.|Certificat ion: Resin meets USP
- Finish: Translucent, Solid
- Maximum Inside Diameter / Size: 0.0299 inch
- Outside Diameter / Size: 0.0340 inch
- Pressure Rating: 300 psi
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Supplier: Cole-Parmer
Description: Applications: Use as an electrical and thermal insulator, for fluid and gas delivery, or as a tough sheath for glass fibers.|Character istics: Excellent chemical, heat, radiation, and abrasion resistance; high dielectric strength. Clear amber.|Certificat ion: Resin meets USP
- Finish: Translucent, Solid
- Maximum Inside Diameter / Size: 0.0098 inch
- Outside Diameter / Size: 0.0155 inch
- Pressure Rating: 700 psi
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Supplier: Cole-Parmer
Description: Applications: Use as an electrical and thermal insulator, for fluid and gas delivery, or as a tough sheath for glass fibers.|Character istics: Excellent chemical, heat, radiation, and abrasion resistance; high dielectric strength. Clear amber.|Certificat ion: Resin meets USP
- Finish: Translucent, Solid
- Maximum Inside Diameter / Size: 0.0250 inch
- Outside Diameter / Size: 0.0270 inch
- Pressure Rating: 400 psi
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Supplier: Cole-Parmer
Description: Applications: Use as an electrical and thermal insulator, for fluid and gas delivery, or as a tough sheath for glass fibers.|Character istics: Excellent chemical, heat, radiation, and abrasion resistance; high dielectric strength. Clear amber.|Certificat ion: Resin meets USP
- Finish: Translucent, Solid
- Maximum Inside Diameter / Size: 0.0500 inch
- Outside Diameter / Size: 0.0540 inch
- Pressure Rating: 400 psi
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Supplier: IDEX Health & Science
Description: This tubing is ideal for micro-scale analyses such as micro and nano- HPLC and capillary electrophoresis because of the tight tolerances of fused silica’s inner diameters. This tubing is made fromhigh quality, polyimide-clad fused silica.
- Material Choices: Plastic Tubing
- Maximum Inside Diameter / Size: 0.0059 inch
- Pressure Rating: 10000 psi
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Supplier: IDEX Health & Science
Description: This tubing is ideal for micro-scale analyses such as micro and nano- HPLC and capillary electrophoresis because of the tight tolerances of fused silica’s inner diameters. This tubing is made fromhigh quality, polyimide-clad fused silica.
- Material Choices: Plastic Tubing
- Maximum Inside Diameter / Size: 0.0039 inch
- Pressure Rating: 10000 psi
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Supplier: IDEX Health & Science
Description: This tubing is ideal for micro-scale analyses such as micro and nano- HPLC and capillary electrophoresis because of the tight tolerances of fused silica’s inner diameters. This tubing is made fromhigh quality, polyimide-clad fused silica.
- Material Choices: Plastic Tubing
- Maximum Inside Diameter / Size: 0.0020 inch
- Pressure Rating: 10000 psi
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Supplier: IDEX Health & Science
Description: This tubing is ideal for micro-scale analyses such as micro and nano- HPLC and capillary electrophoresis because of the tight tolerances of fused silica’s inner diameters. This tubing is made fromhigh quality, polyimide-clad fused silica.
- Material Choices: Plastic Tubing
- Maximum Inside Diameter / Size: 0.0030 inch
- Pressure Rating: 10000 psi
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Supplier: DigiKey
Description: "Amber Silica, Polyimide Coated Smooth Solid Tubing, Capillary 0.00197"" (0.050mm)"
- Operating Temperature: -65 to 350 C
- Sleeving: Wrap Around Sleeving
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Supplier: DigiKey
Description: "Silica, Polyimide Coated Smooth Solid Tubing, Capillary 0.004"" (0.10mm) 16.40' (5.00m)"
- Length: 197 inch
- Operating Temperature: -65 to 350 C
- Sleeving: Wrap Around Sleeving
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Supplier: DigiKey
Description: "Amber Silica, Polyimide Coated Smooth Solid Tubing, Capillary 0.012"" (0.32mm) 32.81' (10.00m)"
- Length: 394 inch
- Operating Temperature: -65 to 350 C
- Sleeving: Wrap Around Sleeving
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Supplier: DigiKey
Description: "Silica, Polyimide Coated Smooth Solid Tubing, Capillary 0.00197"" (0.050mm) 16.40' (5.00m)"
- Length: 197 inch
- Operating Temperature: -65 to 350 C
- Sleeving: Wrap Around Sleeving
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Supplier: Boyd
Description: SOLIMIDE® polyimide foam was developed with U.S. government agency, NASA, for the Apollo spacecraft and has since been used by dozens of the world’s leading OEMs, including most major commercial aircraft manufacturers as aircraft insulation across a variety of applications
- Application: Aerospace
- Foam Type: Open Cellular, Flexible
- Form / Shape: Fabricated Shapes / Parts (Molded, Cast)
- Material / Composition: Plastic / Polymer
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Supplier: Boyd
Description: Through a proprietary manufacturing process, SOLIMIDE ® polyimide open-cell foam insulation is densified to a desired density and thickness, providing vibration damping with enhanced thermal management for small spaces. Introduced in 2016, the new product is an extension of the
- Application: Acoustics / Sound Proofing, Aerospace, Medical, Other
- Bulk Density: 4 lbs/ft³
- Foam Type: Open Cellular, Flexible
- Form / Shape: Fabricated Shapes / Parts (Molded, Cast)
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Supplier: Boyd
Description: , trunk or hood seals, flex extenders, tank straps and hoses. Through our deep knowledge of polymer science, we manufacture one of the world's leading aerospace and defense insulation foams. Our SOLIMIDE® polyimide foam family of products are fire resistant, non-toxic and lightweight acoustic
- Applications: Custom Profiles / Cross Sections, Gaskets / Seals, Tubing / Hose
- Materials: TPV/TPE/TPO, Other
- Processes: Dual Extrusion
- Regional Preference: North America, United States Only, Southwest US Only, Midwest US Only
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http://repositories.lib.utexas.edu/bitstream/handle/2152/7542/rastogia21163.pdf?sequence=2
The polyimide tubes were also investigated for any signs of inflammation using inflammatory markers, TNF-α and IL-1β.
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Micro-fabricated perforated polymer devices for long-term drug delivery
Photolithography and reactive ion etching with an inductively coupled plasma source were used to fabricate micro holes on the surface of polyimide tubes .
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Innovations in Target Fabrication Techniques at the University of Michigan
Interest in the dynamics of nonaxisymmetric shocks has led to the de- velopment of polyimide tubes with noncircular cross sec- tions.
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Fabrication and Attachment of Polyimide Fill Tubes to Plastic NIF Capsules
We have developed a technique for drawing commercially available polyimide tubing to the required fill tube dimensions.
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Picowatt infrared power measurement using an absolute cryogenic radiometer
The device consists of a receiver cavity mechanically and thermally connected to a temperature-controlled stage through a thin-walled polyimide tube which serves as a weak thermal link.
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Scanning Electrochemical Microscopy as a Novel Proximity Sensor for Atraumatic Cochlear Implant Insertion
From the right, the yellow tube is a 4-cm long 400-micron diameter polyimide tube .
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In-Plane Biocompatible Microfluidic Interconnects for Implantable Microsystems
(a) The 140-μm OD polyimide tubing is inserted 500 μm into tapered channel end, 215 μm wide at opening.
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http://dspace.mit.edu/openaccess-disseminate/1721.1/91010
Lay out a small piece of double-sided tape on a flat surface and cut the necessary number of 31 G polyimide tubes to approximately 8 centimeters (ID/OD:.0071''/.0116''; Wall: .00225) (Figures 2A - 2B).
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http://dspace.mit.edu/bitstream/handle/1721.1/61875/706130597-MIT.pdf?sequence=2
The length of the polyimide tube was chosen to .
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ZnSe-coated Ag waveguide for CO2 laser light transmission
The waveguides (1—rn length) are fabricated by using a polyimide tube with a smooth surface as well as an Al tube as a base material.