The structure of Aeos® ePTFE is composed of a number of solid nodes that are interconnected by a matrix of very thin fibrils. The spacing between nodes and fibrils – which can be manipulated during extrusion - allows the material to excel in applications requiring microporous qualities.
Through extensive investments in research and development, Zeus has developed a wide range of Aeos® ePTFE processing capabilities. This broad control over the manufacturing process allows Zeus to shape the physical and mechanical properties of the material.
All Aeos® ePTFE produced by Zeus is based on specific customer specifications and the chart below will serve as a general capability guide.
If your design requires a product with dimensions outside the standard ranges listed below, please contact us to discuss your needs and we will work with you to develop an appropriate solution.
Aeos® ePTFE has many of the same exceptional attributes of PTFE, but differs because it provides unique properties for applications requiring porosity.
The structure of Aeos® ePTFE is unique in that the material is made up of a number of solid nodes inter-connected by a matrix of thin fibrils. The spacing between the nodes (IND) is what allows the material to excel in applications requiring cellular ingrowth.
ePTFE is well known in medical research papers for its endothelization and thrombogenic properties. PTFE resin has long been utilized for implantable medical devices due to its biocompatibility and proven track record. Zeus has performed independent testing and holds USP Class VI certification for our PTFE resins. Medical applications include endovascular stent grafts, suture-like devices, cosmetic implants, dental and glass ionomer uses, structural heart and tissue engineering.
Aeos® ePTFE is an excellent material to shield fiber optics from temperature extremes, block out moisture or aggressive chemicals, and reduce micro bend-induced attenuation changes. Aeos® ePTFE is the most flexible tubing Zeus offers, making it ideal for areas that require versatility and reliability with one option.
Wire & Cables
Aeos® ePTFE is chemically inert, naturally hydrophobic, and remains flexible in high and low temperatures. Extruded over wire, as a monofilament for a cable filler or as a tube for an extra insulating layer, this product makes cables robust.
Aeos® ePTFE is breathable, allowing air to pass while also filtering dust to protect sensitive electronics or other parts. The product is nonflammable, biocompatible, moisture blocking and chemically inert. Our team can also pad print on the items to mark them as packaging aids.
Zeus continues to assist medical device engineers in bringing their concept and ideas to reality. We work closely with numerous manufacturers to confidentially assist them in the development of new products and technology.
|Test Reports||Technical Sales Staff|
|SEM Analysis||R&D Engineering Support|
|Custom Packaging||Product Development|
|Medical Grade Inspection||Confidential Support|
|Porosity/Filtration Testing||Contract Research|
Internodal Distance (IND)
The amount of expansion in IND is a measure of the average distance between the material's nodes. Zeus is experienced in manufacturing Aeos® ePTFE with IND sizes ranging from 1µ to over 200µ (120).
Zeus has expanded capabilities with Aeos® ePTFE in forms such as:
- Sheet material
- Biaxial oriented material
- Laminations e.g. urethane / Aeos® ePTFE
Technical Sales Sheets
CapabilitiesSee all capabilities
|Aeos® ePTFE Capabilities (Inches)|
|Tubing||ID||TOL||WALL||TOL||IND (µ)||TOL||IND (µ)||TOL|
|Monofilament - Beading||OD||TOL||IND (µ)||TOL|
High Tenacity Breaking Strength
|Ribbon - Sheet||Width||TOL||Thickness||TOL||IND (µ)||TOL|
|Membrane||Roll Width||TOL||Thickness||TOL||Pore Size (µ)||Basis Weight (gsm)|
|Custom Tubing||ID||TOL||Wall||TOL||IND (µ)||TOL||IND (µ)||TOL|
The dimensions of the tubing, as well as the IND and porosity ranges, can be designed to match your proprietary specifications.
|Tubing||Aeos ePTFE Multi-Lumen|
|OD Range = <1.5"||Variable Porosity|
|ID Range = >0.015"||Long Continuous Lengths|
|Monofilament||Custom Material Properties|
|OD = >0.005"|
|1µ-200µ + max 120|