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Nanofiber Product List and Ranking from 18 Manufacturers, Suppliers and Companies

Last Updated： Aggregation Period:Dec 24, 2025～Jan 20, 2026
This ranking is based on the number of page views on our site.

Nanofiber Manufacturer, Suppliers and Company Rankings

Last Updated： Aggregation Period:Dec 24, 2025～Jan 20, 2026
This ranking is based on the number of page views on our site.

  1. ALMEDIO INC. Tokyo//Other manufacturing
  2. スギノマシン 本社・早月事業所 Toyama//Industrial Machinery
  3. 服部商店 淀工場 Kyoto//Other manufacturing
  4. 4 GSアライアンス 冨士色素株式会社　内 Hyogo//Chemical
  5. 5 ヤギ Osaka//fiber
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Nanofiber Product ranking

Last Updated： Aggregation Period:Dec 24, 2025～Jan 20, 2026
This ranking is based on the number of page views on our site.

  1. Non-aqueous cellulose nanofiber "Senaf" 服部商店 淀工場
  2. Improvement of thermal conductivity and electrical conductivity - Carbon Nanofiber (CNF) ALMEDIO INC.
  3. 5 Selected Manual Tools for Pipe Processing <Various Pipe Processing Videos Available> スギノマシン 本社・早月事業所
  4. Conductive carbon nanofibers (high dispersion) ALMEDIO INC.
  5. Carbon nano/microfibers that are easily dispersible even at high concentrations. ALMEDIO INC.

Nanofiber Product List

16～30 item / All 42 items

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Reinforcement carbon nanofiber

Reinforcement carbon nanofiber

Milled fibers with a diameter of 200 to 800 nm and a length of 1 to 15 µm, having a fibrous aspect ratio.

This is a milled fiber with a diameter of 200 to 800 nm and a length of 1 to 15 µm, exhibiting a fibrous aspect ratio. The diameter of carbon nanotubes (CNT) ranges from 0.4 to 50 nm, and they are known to be prone to aggregation; however, this carbon nanofiber (CNF) is characterized by its ease of high-concentration addition and dispersion. By adding CNF in high concentrations to resin, it is possible to enhance electrical conductivity, thermal conductivity, rigidity, lubricity, and shielding properties, making it feasible to consider alternatives to metals. Additionally, by utilizing thermoplastic resins, it can be molded at high speed and become a sustainable composite material. As a powder filler, it has a thermal conductivity of over 100 W/mK and a volume resistivity of less than 10^-5 Ωm.

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Conductive carbon nanofibers

Conductive carbon nanofibers

Milled fibers with a diameter of 200 to 800 nm and a length of 1 to 20 µm, having a fibrous aspect ratio.

It is a milled fiber with a diameter of 200 to 800 nm and a length of 1 to 20 µm, having a fibrous aspect ratio. This material has a higher degree of graphitization than carbon nanofibers used for reinforcement, allowing for higher thermal and electrical conductivity. As a powder filler, it has a thermal conductivity of over 500 W/mK and a volume resistivity of less than 10^-5 Ωm.

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High-conductivity carbon nanofibers

High-conductivity carbon nanofibers

Milled fibers with a diameter of 200 to 800 nm and a length of 1 to 20 µm, having a fibrous aspect ratio.

It is a milled fiber with a diameter of 200 to 800 nm and a length of 1 to 20 µm, having a fibrous aspect ratio. This material can achieve higher thermal conductivity and electrical conductivity than carbon nanofibers used for conductivity. As a powder filler, it has a thermal conductivity of over 900 W/mK and a volume resistivity of less than 10^-6 Ωm.

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Automatic drill press with tapping function - STANDRILL series

Automatic drill press with tapping function - STANDRILL series

Operational from today! Easily automate drilling and tapping. Leave the updates from aging tapping machines and after-sales service to us.

The automatic drilling machine with tapping function, 'STANDRILL series', is a processing machine that easily automates drilling and tapping, which are usually done manually. It features a compact 4.5-inch touch panel. No programming knowledge is required; simply input the stroke and rotation speed settings, allowing anyone to easily achieve high-quality drilling and tapping. It is also ideal for upgrading from outdated drilling and tapping machines that have been discontinued. 【Features】 - Operates immediately with only a 200V power supply. No complicated wiring or piping work is necessary. - Origin setting and program creation are easy with the touch panel, requiring no specialized knowledge. It includes a simple teaching function, enabling cycle operation with input of stroke and rotation speed. - By adding input and output signals, it can be linked with customer-provided jigs and safety doors. It also supports CC-Link. For more details, please refer to the catalog or feel free to contact us.

  • Drill press
  • Other processing machines
  • Grinding Machine

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5 Selected Manual Tools for Pipe Processing <Various Pipe Processing Videos Available>

5 Selected Manual Tools for Pipe Processing <Various Pipe Processing Videos Available>

Introducing interesting pipe processing tools that allow you to simply "push" to shave, align, cut, expand, and pull out pipes.

Our company is a manufacturer that has been specializing in tools for pipe processing for over 80 years. This time, we will introduce five unique and interesting "manual tools for pipe processing" that can perform the following operations simply by "pushing": "shaping," "aligning," "cutting," "expanding," and "pulling out" pipes. 【Pipe Processing Menu】 Shaping … Chamfering the pipe end face Aligning … Trimming the pipe end to adjust length Cutting … Cutting the pipe from the inside Expanding … Expanding the pipe from the inside Pulling out … Pulling out a fixed pipe You can watch videos via external links! Enjoy our unique and interesting "manual tools for pipe processing"! *You can view product documentation corresponding to each menu item via <PDF Download>. Please feel free to consult us with any requests such as "I would like to try this kind of pipe processing!"

  • Other work tools

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Flow of sample production for battery nanofibers

Flow of sample production for battery nanofibers

Please consult us about materials, sizes, thickness, fiber diameter, and other aspects of sample production!

We would like to introduce the process of sample production for the nanofibers we handle. First, please contact us by phone or email, and our staff will inquire about the materials, sizes, basis weight/thickness, and fiber diameter. After that, we will prepare the materials and conduct preliminary tests to determine whether fiberization is possible. 【Sample Production Process】 1. Inquiry by phone or email 2. Information gathering by our staff 3. Preparation of materials 4. Preliminary testing 5. Specification discussion and quotation 6. Order placement 7. Sample production and delivery *For more details, please contact us by phone or through the inquiry form. Tel. 0942-41-2200 HP: https://www.mecc-jp.com/nano/contact/

  • Other polymer materials
  • Other contract services
  • Lithium-ion battery

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<Cell Culture><Artificial Blood Vessels> Application of Nanofibers 'Healthcare'

<Cell Culture><Artificial Blood Vessels> Application of Nanofibers 'Healthcare'

Wide application possibilities as trauma materials, waterproof materials, drug-carrying materials, formulation materials, etc.!

We would like to introduce the application of nanofibers in healthcare. Professor Funakubo's group at Tokyo Denki University, Faculty of Science and Technology, is researching the production of artificial blood vessels and artificial organs in the field of regenerative medicine. The use of nanofibers in this research is considered advantageous for creating three-dimensional structures and serving as scaffold materials for cells. [Application Examples] ■ Artificial Blood Vessels ■ Artificial Organs ■ Scaffold Materials for Cells *For more details, please contact us by phone or through the inquiry form. Tel. 0942-41-2200 HP: https://www.mecc-jp.com/nano/contact/

  • fiber
  • Other polymer materials
  • Organic Natural Materials

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<Battery> <Electrode> Application of Nanofibers 'Functional Addition'

<Battery> <Electrode> Application of Nanofibers 'Functional Addition'

By applying it as a composite material, it enables the spinning of fibers with various added functionalities!

I would like to introduce the applications of nanofibers with "functional enhancement." In recent years, research has shown that it is possible to spin fibers with various functionalities not only as simple nanofibers but also as composite materials between fibers, composite materials with particles, or as coatings for functional substances. 【Examples of Applications】 ■ Composite materials between fibers ■ Composite materials with particles ■ Coatings for functional substances *For more details, please contact us by phone or through the inquiry form. Tel. 0942-41-2200 HP: https://www.mecc-jp.com/nano/contact/

  • fiber
  • Composite Materials
  • Other polymer materials

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Application of Nanofibers in Healthcare

Application of Nanofibers in Healthcare

Wide-ranging possibilities for applications as wound materials, waterproof materials, drug carrier materials, formulation materials, etc.

We would like to introduce the application of nanofibers in "healthcare." Professor Funakubo's group at Tokyo Denki University, Faculty of Science and Technology, is researching the production of artificial blood vessels and artificial organs in the field of regenerative medicine. The use of nanofibers in this research is considered advantageous for creating three-dimensional structures and serving as scaffold materials for cells. [Examples of Applications] ■ Artificial Blood Vessels ■ Artificial Organs ■ Scaffold Materials for Cells *For more details, please contact us by phone or through the inquiry form. Tel. 0942-41-2200 HP: https://www.mecc-jp.com/nano/contact/

  • fiber
  • Other polymer materials
  • Organic Natural Materials

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Biodegradable Polymer Nanofiber Sample Preparation

Biodegradable Polymer Nanofiber Sample Preparation

Please consult us about materials, sizes, thickness, fiber diameter, and other aspects of sample production!

We would like to introduce the process of sample production for the nanofibers we handle. First, please contact us by phone or email, and our staff will inquire about the materials, sizes, basis weight/thickness, fiber diameter, and other details. After that, we will prepare the materials and conduct preliminary tests to determine whether fiberization is possible. 【Sample Production Process】 1. Inquiry by phone or email 2. Information gathering by our staff 3. Preparation of materials 4. Preliminary testing 5. Specification discussion and quotation 6. Order placement 7. Sample production and delivery *For more details, please contact us by phone or through the inquiry form. Tel. 0942-41-2200 HP: https://www.mecc-jp.com/nano/contact/

  • Other polymer materials
  • Other contract services
  • fiber

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Non-allergenic β-chitin nanofibers

Non-allergenic β-chitin nanofibers

Dispersion in water and sheet molding are possible with hydrogel.

This product is a non-allergenic nanofiber that serves as an alternative to allergenic α-chitin. Made from squid sourced from Sanriku, it is produced based on our proprietary technology developed in chitin and chitosan manufacturing. It is finer than α-chitin derived from crab and cellulose nanofibers, and the fibers form a network, resulting in a jelly-like, viscous hydrogel. Additionally, due to its high biocompatibility, it is expanding its applications in medical devices for wound covering functions and as a culture substrate for iPS and ES cells, and it is expected to be a material for regenerative medicine, a pioneering research field worldwide. 【Features】 ■ Non-allergenic ■ Hydrogel ■ Low protein content *For more details, please download the PDF or feel free to contact us.

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Titanium oxide / Titanium carbide nan tubes / nanofibers

Titanium oxide / Titanium carbide nan tubes / nanofibers

Transforming from nanocarbon to nanoceramics (such as titania).

This is a technology for synthesizing ceramic nanomaterials via template carbon nanomaterials. By heavily doping titanium into nanocarbon, it can be converted into titanium carbide alloy, and the resulting TiC has a shape almost identical to that of nanocarbon. TiC is one of the highly conductive ceramic materials, and when TiC is burned, it becomes titanium dioxide (TiO2). In this case as well, the original shape is almost maintained, resulting in the production of nano-titanium oxide. Using vertically aligned CNTs, vertically aligned titanium oxide nanotubes can be produced.

  • Composite Materials

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Next-generation gene cell therapy purification technology Nanofiber AstreAdept

Next-generation gene cell therapy purification technology Nanofiber AstreAdept

Next-generation purification nanofibers optimal for the purification of plasmid and viral particles.

In the world of bioprocessing, traditional porous methods used for antibody purification have been mainstream for decades, but they are unsuitable for the purification of large molecules such as lentiviruses, plasmids, and exosomes used in gene cell therapy, making purification difficult. Astrea Bioseparations has developed a next-generation bioprocessing device utilizing cutting-edge nanofiber technology called "AstreAdept." The upcoming nanofibers will be created by electrospinning a blend of two types of polymers, combining cellulose-based and non-cellulose-based materials. Due to their nanoscale size, they have a high surface area-to-volume ratio, making them very attractive. AstreAdept achieves the following: Efficiency: AstreAdept compresses processes, reducing time and costs. Innovative technology: It utilizes nanofibers and convection to enable fast and highly efficient washing. Wide applicability: A scalable solution that can accommodate everything from research to manufacturing. Optimization of exosome purification, bacteriophage, plasmid purification, and the purification of single-stranded pDNA and mRNA before and after IVT.

  • Other purification and extraction
  • High Performance Liquid Chromatograph
  • Chromatographic resins and packing materials

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Book: Practical Technology for Cellulose Nanofibers

Book: Practical Technology for Cellulose Nanofibers

Leading experts explain the technologies necessary for the practical application of cellulose nanofibers, market and application outlook, and international standardization.

Kota Ogura / Sugino Machine Co., Ltd. Tetsuo Kondo / Kyushu University Kenji Tajima / Hokkaido University Ryota Koze / Tokyo University of Agriculture and Technology Akihiro Yamamoto / Morimachine Co., Ltd. Kentaro Abe / Kyoto University Yutaka Morikawa / Aichi Industrial Science and Technology Comprehensive Center Masako Ito / Aichi Industrial Science and Technology Comprehensive Center Tetsuya Uchida / Okayama University Jun Araki / Shinshu University Keita Sakakibara / Kyoto University Takashi Tsujii / Kyoto University Akio Kumagai / National Institute of Advanced Industrial Science and Technology Shinichiro Iwamoto / National Institute of Advanced Industrial Science and Technology Takashi Endo / National Institute of Advanced Industrial Science and Technology Ken Senba / Kyoto City Industrial Technology Research Institute (Local Independent Administrative Institution) Takahiro Uesaka / Kyoto City Industrial Technology Research Institute (Local Independent Administrative Institution) Kenichi Hamada / DIC Corporation Hiroyuki Yano / Kyoto University Fumihiro Nakatsubo / Kyoto University Kazuto Kamino / Daiichi Kogyo Seiyaku Co., Ltd. Mariko Yoshioka / Kyoto University Ryo Ishiguro / Japan Steel Works, Ltd. Satoshi Nakamura / Japan Steel Works, Ltd. Takashi Date / Nippon Paper Industries Co., Ltd. Asahiro Hase / Hyogo Prefectural Institute of Technology Haruo Matsumura / Asahi Research Center Co., Ltd. Akira Ono / National Institute of Advanced Industrial Science and Technology

  • Company：S&T出版
  • Price：10,000 yen-100,000 yen
  • Technical and Reference Books

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