Polylactic Acid
Polylactic Acid
Sample Material: Polylactic Acid
Considered to be a sustainable alternative to petrochemical products, Polylactic acid is also thermoplastic biocompatible polyester. PLA nanofibers are useful in medical applications such as drug delivery, tissue engineering and would dressings. PLA has been both solution and melt-spun with Forcespinning™ technology.
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Data Results
This material reported to FibeRio by customer. Optimized data and results do not belong to FibeRio. Please review upcoming and previous literature.
Cyclone Settings
Forcespinning Technology utilizes centrifugal force rather than electrostatic force! Without electrostatic force, there is no need for dielectric solutions. This opens up an entire new realm of possibilities. Even metals and conductive polymers can be processed simply and safely.
Cyclone L-1000M
Results Achieved With Cyclone L-1000M
- 20,000 RPM Drive system
- Material heating system up to 450°C
- Easy material prep and cleaning
- Small benchtop footprint
- Spinneret options for low or high volume runs
Polyethylene Oxide
Polyethylene Oxide
Sample Material: Polyethylene Oxide
Polyethylene oxide is a biocompatible material with applications varying from the paper industry to biomedical. It is a polyether compound that is water soluble and has many favorable characteristics for spinning into fiber form. Because of this, it is widely used as a host polymer when processing nanofibers. It is also known to be used as a retention aid in processing pulp, as a dispersing agent and is used for making nanofiber based sensors.
Use the tabs below for more information:
Data Results
This material reported to FibeRio by customer. Optimized data and results do not belong to FibeRio. Please review upcoming and previous literature.
Cyclone Settings
Please contact FibeRio Customer Service for material process settings.
Forcespinning Technology utilizes centrifugal force rather than electrostatic force! Without electrostatic force, there is no need for dielectric solutions. This opens up an entire new realm of possibilities. Even metals and conductive polymers can be processed simply and safely.
Cyclone L-1000M
Results Achieved With Cyclone L-1000M
- 20,000 RPM Drive system
- Material heating system up to 450°C
- Easy material prep and cleaning
- Small benchtop footprint
- Spinneret options for low or high volume runs
Bismuth
Sample Material: Bismuth
Bismuth is a trivalent metal. Compounds are used in cosmetics and even in medical procedures. The significance in this case, however, is a demonstration of the true versatility of Forcespinning™ technology to process even a pure metal into continuous nanofibers. This material was broken down into a molten state using an integrated heated system in Forcespinning™ equipment then spun into nanofiber.
Use the tabs below for more information:
Data Results
This material reported to FibeRio by customer. Optimized data and results do not belong to FibeRio. Please review upcoming and previous literature.
Cyclone Settings
Please contact FibeRio Customer Service for material process settings.
Forcespinning Technology utilizes centrifugal force rather than electrostatic force! Without electrostatic force, there is no need for dielectric solutions. This opens up an entire new realm of possibilities. Even metals and conductive polymers can be processed simply and safely.
Cyclone L-1000M
Results Achieved With Cyclone L-1000M
- 20,000 RPM Drive system
- Material heating system up to 450°C
- Easy material prep and cleaning
- Small benchtop footprint
- Spinneret options for low or high volume runs
Polycarbonate
Sample Material: Polycarbonate
Polycarbonate is a polymer with many properties that are favorable for commercial applications, particularly in structural products for construction. A combination of high impact strength, transparent optical properties and temperature resistance make it very useful. In nanofiber technology, polycarbonate is commonly used as a host polymer in particle and nano tube dispersions.
Use the tabs below for more information:
Data Results
This material reported to FibeRio by customer. Optimized data and results do not belong to FibeRio. Please review upcoming and previous literature.
Cyclone Settings
Please contact FibeRio Customer Service for material process settings.
Forcespinning Technology utilizes centrifugal force rather than electrostatic force! Without electrostatic force, there is no need for dielectric solutions. This opens up an entire new realm of possibilities. Even metals and conductive polymers can be processed simply and safely.
Cyclone L-1000M
Results Achieved With Cyclone L-1000M
- 20,000 RPM Drive system
- Material heating system up to 450°C
- Easy material prep and cleaning
- Small benchtop footprint
- Spinneret options for low or high volume runs
PMMA
Sample Material: PMMA
Often used in biomedical research, Polymethyl methacrylate is a thermoplastic polymer with a broad range of applications. The material tends to be strong, has a high degree of biocompatibility and is also hydrophobic. PMMA is used as bone cement in orthopedics and as a glass substitute for windows and transparent structures. In a fine fiber format, there is quite a bit of work being done in biomedical applications.
Use the tabs below for more information:
Data Results
This material reported to FibeRio by customer. Optimized data and results do not belong to FibeRio. Please review upcoming and previous literature.
Cyclone Settings
Please contact FibeRio Customer Service for material process settings.
Forcespinning Technology utilizes centrifugal force rather than electrostatic force! Without electrostatic force, there is no need for dielectric solutions. This opens up an entire new realm of possibilities. Even metals and conductive polymers can be processed simply and safely.
Cyclone L-1000M
Results Achieved With Cyclone L-1000M
- 20,000 RPM Drive system
- Material heating system up to 450°C
- Easy material prep and cleaning
- Small benchtop footprint
- Spinneret options for low or high volume runs
PVP
Sample Material: PVP
Polyvinyl Pyrrolidine is a water soluble polymer that is commonly used as a sacrificial polymer for spinning ceramic nanofibers. After serving as a carrier during the fiber formation process, it is burned off during calcination of the ceramic precursors. Ceramic nanofibers have enormous potential for catalytics, hot gas filtration, and some biomedical applications.
Use the tabs below for more information:
Data Results
This material reported to FibeRio by customer. Optimized data and results do not belong to FibeRio. Please review upcoming and previous literature.
Cyclone Settings
Please contact FibeRio Customer Service for material process settings.
Forcespinning Technology utilizes centrifugal force rather than electrostatic force! Without electrostatic force, there is no need for dielectric solutions. This opens up an entire new realm of possibilities. Even metals and conductive polymers can be processed simply and safely.
Cyclone L-1000M
Results Achieved With Cyclone L-1000M
- 20,000 RPM Drive system
- Material heating system up to 450°C
- Easy material prep and cleaning
- Small benchtop footprint
- Spinneret options for low or high volume runs
Agarose
Sample Material: Agarose
Agarose is a polysaccharide that serves as the primary structural support for the algae’s cell walls. This high molecular weight water soluble material is easily processed with Forcespinning™ technology and continues to demonstrate the versatility of the system over a broad range of materials.
Use the tabs below for more information:
Data Results
This material reported to FibeRio by customer. Optimized data and results do not belong to FibeRio. Please review upcoming and previous literature.
Cyclone Settings
Please contact FibeRio Customer Service for material process settings.
Forcespinning Technology utilizes centrifugal force rather than electrostatic force! Without electrostatic force, there is no need for dielectric solutions. This opens up an entire new realm of possibilities. Even metals and conductive polymers can be processed simply and safely.
Cyclone L-1000M
Results Achieved With Cyclone L-1000M
- 20,000 RPM Drive system
- Material heating system up to 450°C
- Easy material prep and cleaning
- Small benchtop footprint
- Spinneret options for low or high volume runs
