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Supplier: U.S. Plastic Corporation
Description: elastomer) soft-touch over mold. Lubricants: Krytox PFPE (inert). Panel hole .72" diameter. Color: Polypropylene - gray with dark gray over mold. ABS - white with teal over mold. PP can be special ordered with blue or red over mold. Contact us for quote.
- Connection: Barbed
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Supplier: U.S. Plastic Corporation
Description: elastomer) soft-touch over mold. Lubricants: Krytox PFPE (inert). Panel hole .72" diameter. Color: Polypropylene - gray with dark gray over mold. ABS - white with teal over mold. PP can be special ordered with blue or red over mold. Contact us for quote.
- Connection: Barbed
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Supplier: U.S. Plastic Corporation
Description: elastomer) soft-touch over mold. Lubricants: Krytox PFPE (inert). Panel hole .72" diameter. Color: Polypropylene - gray with dark gray over mold. ABS - white with teal over mold. PP can be special ordered with blue or red over mold. Contact us for quote.
- Connection: Barbed
-
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Supplier: U.S. Plastic Corporation
Description: elastomer) soft-touch over mold. Lubricants: Krytox PFPE (inert). Panel hole .72" diameter. Color: Polypropylene - gray with dark gray over mold. ABS - white with teal over mold. PP can be special ordered with blue or red over mold. Contact us for quote.
- Connection: Barbed
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Supplier: Krytox™ Performance Lubricants
Description: competitive PFPE fluids as well as any other type of vacuum fluid. Krytox™ fluids do not contain acetal groups, which are susceptible to attack by Lewis acids. This gives Krytox™ superior stability as a vacuum pump fluid. Krytox™ vacuum fluids are precisely distilled to provide low vapor
- Chemistry / Constituents: Fluoropolymer / PTFE (e.g., Teflon®), Synthetic / Semi-synthetic, Specialty / Other
- Features: Corrosion Inhibitor / Rust Preventative
- Kinematic Viscosity (@ 40°C): 12.5 to 310 cSt
- Pour Point: -42 F
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Supramolecular Nanomimetics: Replication of Micelles, Viruses, and Other Naturally Occurring Nanoscale Objects
Specifically, we use extremely low surface energy, mini- mally adhesive, low-viscosity, ambient-temperature photo- ACHTUNGTRENUNGcurable perfluoropolyether ( PFPE ) elastomers to replicate naturally occurring objects (“master templates”).[2–4] The .
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Rapidly–Dissolvable Microneedle Patches Via a Highly Scalable and Reproducible Soft Lithography Approach
The positive replica was then used to make PRINT-compatible molds from a photocurable perfluo- ropolyether ( PFPE ) elastomer .
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The Patterning of Sub‐500 nm Inorganic Oxide Structures
Due to the nature of the patterning process and the extremely low surface energy of the PFPE elastomer utilized in PRINT, the substrate onto which patterns are created can be varied.
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A soft lithography route to nanopatterned photovoltaic devices
patterned; (iv) the modulus of the elastomer is easily tuned by changing the molecular weight between crosslinks of the precursor allowing for higher fidelity molds; and (v) the PFPE elastomers are formed via UV curing in several minutes compared to the thermally …
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Materials Chemistry
… now extended nanocontact printing to well below the 30 nm regime – even as low as 2 nm![73] Though PDMS has dominated the field of soft lithography, DeSimone and cow- orkers have introduced fluorinated perfluoropolyether ( PFPE ) elastomers , which offer better solvent …
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Organic Light‐Emitting Nanofibers by Solvent‐Resistant Nanofluidics
De Simone and coworkers recently introduced the use of photocurable PFPE elastomers having surface energies .
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http://dspace.mit.edu/bitstream/handle/1721.1/76479/822232300-MIT.pdf?sequence=2
This result implied that the oxygen permeability of PFPE elastomer could be high enough to create oxygen lubrication layers.
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Magneto-polymer composite particles fabricated utilizing patterned perfluoropolyether elastomer molds
The highly fluorinated nature of the PFPE elastomer make it an ideal material for use in soft lithography.
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Fabrication of multiphasic and regio-specifically functionalized PRINT® particles of controlled size and shape
As perfluoropolyether ( PFPE ) elastomers have very low surface energies, the mold cavities can be selectively filled without wetting the land area between cavities, thus fabricating discrete particles without an interconnecting ‘flash’ or ‘scum’ layer.
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Bio and Nano Packaging Techniques for Electron Devices
The stamp used for the structuring should be made of a material with a very low surface energy such as the methacryloxy terminated PFPE elastomer reported in [28].