• Login
    • Join
  • Subscribe Free
    • Magazine
    • eNewsletter
    Checkout
    • Magazine
    • News
    • Exclusives
    • Applications
    • Technology
    • Market
    • Other
    • Top 40
    • Buyers Guide
    • Hygiene Directory
    • More
  • Magazine
  • News
  • Exclusives
  • Applications
  • Technology
  • Market
  • Other
  • Top 40
  • Buyers Guide
  • Hygiene Directory
  • Current / Back Issues
    Features
    Editorial
    Columns
    Digital Edition
    Southeast Asia Edition
    eNewsletter Archive
    Editorial Guidelines
    Subscribe Now
    Advertise Now
    Top Features
    Face Masks in Asia

    Kingsafe’s Growth Path

    Southeast Asia Nonwoven Capacity and Demand Development

    Coronavirus Impacts ASEAN Countries

    Jofo Focuses on Expansion
    Company Cameo
    Financial News
    Machinery Equipment
    New Products
    Nonwovens News
    Patent Review
    People in the News
    Supplier News
    Top News
    Live From Shows
    Top News
    FPInnovations Develops Biodegradable Mask

    Autefa Solutions Offers Fully Automated Line for Protective Mask Production

    Joa Announces Expandable Absorbent Core Wrap Solution

    Principle Business Enterprises Celebrates 60 Years

    Dr. J's Disinfectant Wipes Approved for Distribution in CA
    Nonwovens Insights
    Online Exclusives
    Absorbent Core
    Adult Incontinence
    Antimicrobials
    Apparel
    Automotive and Transportation
    Chemicals / Adhesives
    Construction
    Contract Services
    Diaper, Baby
    Electronics
    Feminine Hygiene
    Fibers
    Filtration
    Flame Retardance
    Geotextile / Agrotextile
    Home Products
    Hygiene Film/Components
    Industrial / Institutional
    Inspection / Quality Control
    Machinery and Equipment
    Medical
    Wipes

    FPInnovations Develops Biodegradable Mask

    Autefa Solutions Offers Fully Automated Line for Protective Mask Production

    Joa Announces Expandable Absorbent Core Wrap Solution

    Principle Business Enterprises Celebrates 60 Years

    Dr. J's Disinfectant Wipes Approved for Distribution in CA
    Air Through Bonding
    Airlaid
    Carded/Carding
    Chemical Bonded
    Composite
    Meltblown
    Needlepunch
    Nanotechnology
    Spunbond
    Spunlace
    Thermal Bonded
    Wetlaid

    Armbrust Expands Product Line Up

    Spotlight on Spunlace

    Wolf Starts Up Meltblown Line

    Armbrust American Adds Meltblown Manufacturing

    Radici Adds Meltblown Line
    China
    Eastern Europe/Russia
    India
    Middle East/North Africa
    North America
    Pacific Rim
    South/Central America
    Turkey
    Western Europe

    Kingsafe’s Growth Path

    Southeast Asia Nonwoven Capacity and Demand Development

    Jofo Focuses on Expansion

    Non-Regulatory Face Mask Standard Approved

    Lotus Teknik to Add Wetlace Line
    Associations
    Contracts / Awards
    Education
    Facilities / Capacity
    Green / Sustainability
    Legal / Regulatory
    Market Data
    Mergers and Acquisitions
    Product Improvement / Innovation
    R&D/Basic Research
    Shows / Events

    Joa Announces Expandable Absorbent Core Wrap Solution

    Non-Regulatory Face Mask Standard Approved

    Techtextil to be Held in June 2022

    Armbrust American Adds Meltblown Manufacturing

    Techtextil, Texprocess Postponed to 2022
    Chart
    Companies
    All Companies
    Categories
    Company Profiles
    Add New Company
    International Buyers Guide Companies
    WEIMA America, Inc.

    Mechanical Specialties, Inc.

    Investkonsult Sweden AB

    Alliance Machine and Engraving

    Schott & Meissner Maschinen- und Anlagenbau GmbH
    Brands
    Brand Owners
    • Magazine
      • Current / Back Issues
      • Features
      • Editorial
      • Columns
      • Digital Edition
      • Southeast Asia Edition
      • eNewsletter Archive
      • Editorial Guidelines
      • Subscribe Now
      • Advertise Now
    • Breaking News
    • Buyers Guide
      • All Companies
      • Categories
      • Company Profiles
      • Add Your Company
    • Applications
      • Absorbent Core
      • Adult Incontinence
      • Antimicrobials
      • Apparel
      • Automotive and Transportation
      • Chemicals / Adhesives
      • Construction
      • Contract Services
      • Diaper, Baby
      • Electronics
      • Feminine Hygiene
      • Fibers
      • Filtration
      • Flame Retardance
      • Geotextile / Agrotextile
      • Home Products
      • Hygiene Film/Components
      • Industrial / Institutional
      • Inspection / Quality Control
      • Machinery and Equipment
      • Medical
      • Wipes
    • Technology
      • Air Through Bonding
      • Airlaid
      • Carded/Carding
      • Chemical Bonded
      • Composite
      • Meltblown
      • Needlepunch
      • Nanotechnology
      • Spunbond
      • Spunlace
      • Thermal Bonded
      • Wetlaid
    • Market
      • China
      • Eastern Europe/Russia
      • India
      • Middle East/North Africa
      • North America
      • Pacific Rim
      • South/Central America
      • Turkey
      • Western Europe
    • Other
      • Associations
      • Contracts / Awards
      • Education
      • Facilities / Capacity
      • Green / Sustainability
      • Legal / Regulatory
      • Market Data
      • Mergers and Acquisitions
      • Product Improvement / Innovation
      • R&D/Basic Research
      • Shows / Events
    • Top 40 Companies
      • Chart
      • Companies
    • Online Exclusives
    • Hygiene Directory
      • Brands
      • Brand Owners
    • Slideshows
    • Experts Opinions
    • Videos
    • Podcasts
    • Infographics
    • Whitepapers
    • Jobs
    • Events
      • Industry Events
      • Live From Show Events
      • Webinars
      • Live From Asian Connections
    • Resources
      • Suppliers Gallery
      • Literature Showcase
      • Web Showcase
      • Home Page Showcase
    • About Us
      • About Us
      • Contact Us
      • Advertise With Us
      • Privacy Policy
      • Terms of Use
    Features

    Nano Fibers Showcase Newly Emerging Polymers

    Electrospinning, meltblown, bicomponent technology all advance role of nanofibers in nonwovens and textiles.

    Related CONTENT
    • Truetzschler Nonwovens & Man-Made Fibers GmbH
    • Fibers in Nonwovens
    • Nanofiber Electrospinning Proves a Success
    • Fibervisions Shows Off Wide Ranging Portfolio
    • Jacob Holm Launches SoftFlush Fast
    07.31.17
    In the fiber industry, nano fibers are materials made up of conventional and newly emerging polymers and with end uses as a typical textile product. However, there is no commonly accepted definition of nano fibers. Some authors refer to nano fibers as materials with the diameter ranging from 100-500 nm, others consider filaments with the diameter less than 1 micron as nano fibers and some hold the opinion that nano fibers are materials with a diameters below 100 nm. Here, we will define nano fibers as fibers whose diameters measure 500 nm or less for convenience. And, we will use the term microfiber for fibers above 500 nm and less than 5 microns. 

    Because nano fibers have small pore size and large surface area, they are expected to bring value to applications where the properties such as sound and temperature insulation, fluid holding capacity, softness, strength, durability, luster, barrier property enhancement, and filtration performance are needed.

    In particular, liquid and aerosol filtration could benefit greatly from the introduction of nano fibers, since these fibers will improve their performance significantly. Other applications of nano fibers include barrier fabrics, wipes, personal care, and pharmaceutical applications. Enormous applications of nano fibers are in nano catalysis, tissue scaffolds and optical engineering. Great potential have hollow and core-sheath nano fibers for optical and microelectronics application. The use of nano fibers in the air filtration media reduces the size of the caught particles and simultaneously increases the filter efficiency for all particle sizes.

    The manufacturing techniques associated with the production of polymeric micro and nano fibers are electrospinning, force spinning, solution blowing, meltblowing and the use of splittable (soluble) bicomponent fibers. In electrospinning, a polymer fiber is drawn from a polymer solution by electrostatic forces.  High voltage electric field generates electrically charged jets from polymer solution or melt, which on drying by means of evaporation of solvent produce nano fibers. Force spinning relies on centrifugal forces to attenuate fibers from solution or melt while. Solution blowing is similar to electrospinning except that instead of eletrostatic forces, fibers are attenuated by high speed air using a process similar to Meltblowing.  The main difference is that in solution blowing a higher solid concentration is achieved.  That is, for example when electrospinning nylon, the solution has only some 10 to 11% nylon in an appropriate solvent.  In solution blowing, this can be more than 20%. 

    Electrospinning is able to produce polymer fibers with diameters in the range from 50 to 2000 nm. In meltblowing melted polymers are extruded from dies, attenuated by heated, high velocity air streams and spun into micro-sized filaments with diameters in the range of 0.5 -10 μm. The use of bicomponent fibers is promising in that such a technique allows the production of fibers with diameter from possibly as low as 100 nm to 5 μm. This method includes spinning of bicomponent fibers via conventional melt spinning processes such as spunbonding.

    Electrospinning
    Electrospinning is a process by which a polymer solution or melt can be spun into smaller diameter fibers using a high potential electric field. The apparatus typically used for electrospinning is simple in construction. It consists of a high voltage electric source with positive or negative polarity, a syringe pump with capillaries or tubes to carry the solution from the syringe or pipette to the spinneret, and a conducting collector like aluminum. The collector can be made of any shape according to the requirements.

    Polymer solution or melt that has to be spun is forced through a syringe pump to form a pendant drop of the polymer at the tip of the capillary. High voltage potential is applied to the polymer solution inside the syringe through an immersed electrode, thereby inducing free charges into the polymer solution. These charged ions move in response to the applied electric field towards the electrode of opposite polarity, thereby transferring tensile forces to the polymer liquid. At the tip of the capillary, the pendant hemispherical polymer drop takes a cone like projection (known as Taylor cone) in the presence of an electric field. When the applied potential reaches a critical value required to overcome the surface tension of the liquid, a jet of liquid is ejected from the cone tip. After the initiation from the cone, the jet undergoes a chaotic motion or bending instability due to the repulsive forces originating from the charged ions within the jet. Rapid growth of the whipping instability causes the stretching and the bending of the jets, leading to the formation of a long and thin thread. As the jet travels through the atmosphere, the solvent evaporates, leaving behind a dry fiber on the collecting device. Charged fiber is often deposited as a randomly oriented, nonwoven mat. Fibers obtained by electrospinning are usually circular in cross-section however other shapes, in particular, ribbon-like structures have been observed.

    The advantage of electrospinning is its technical simplicity and adaptability. With the use of this technique more than fifty or from other source more than hundred different types of polymers have been already processed and fibers with the diameters ranging from tens of nanometers to a few micrometers have been obtained. Comparing to conventional meltspun fibers, electrospun fibers are much smaller in diameter and thus have higher surface-to-volume ratio. Electrospun fibers allow the creation of webs with substantially more and smaller micropores than meltblown or spunbonded web. Electrospun nanofiber fabrics have several potentially attractive features such as: a very soft hand, the potential of acting as a barrier against microorganisms and fine particulates, a potentially good strength per unit weight and a high surface energy that indicates a potentially good moisture vapor transmission rate. However, electrospun nanofiber fabrics have also some problems: they may be insufficiently wettable or wickable and it may not be possible to color nanofiber fabrics because they are seen by diffraction and not reflection (the fiber size is less than the wavelength of light). 

    Meltblowing
    Meltblowing is an extrusion technology that produces fiberwebs directly from a polymer. A thermoplastic fiber-forming polymer is extruded through the linear die containing closely arranged small orifices. The filaments are attenuated by two convergent stream of high-velocity hot air to form fine fibers. The air streams also transport the fibers to a collector where they self-bond at the contact points.

    Because of the absence of the quenching zone in the typical meltblowing process, fibers do not crystallize until reaching the collector.  Filaments produced by meltblowing process have generally low or no molecular orientation. The processing conditions influencing the final properties of meltblown fibers and webs include: melt temperature, throughput, die geometry, airflow rate and its temperature, die-to-collector-distance (DCD) and collector speed.  By varying any of these input parameters final properties of fibers such as cross-sectional shape, diameter, morphology, and web structure can be changed.

    Fiber attenuation is achieved by three different forces: aerodynamic drag near the die, aerodynamic drag near the collector and the fiber elongation due to fiber entanglements along spinline, however most of the attenuation is appearing near the die. There are three distinct regimes for the melt blowing process. The most common is very high air flow rate regime that allows producing fibers in the range from 2 to 5 micron. This regime is in the current commercial use. Ultra high flow rate regime allows producing ultrafine fibers with the diameter less than 1 micron. Although fibers as small as 0.1 µm in diameter can be produced with this regime, it is still under development. Lower air flow rate regime produces 1 denier and larger fibers. The effort to achieve sub-micron range by using splittable cross-sectional fiber morphology in the meltblowing process was made, however the smallest achieved fiber diameter was generally in the range one to two microns.

    The fine fibers of the conventional meltblowing process result in a soft, self-bonded fabric having excellent covering power and opacity. Because of the fineness and tremendous number of fibers, meltblown webs can develop significant bonding strength through fiber entanglement. Also, meltblown fiberwebs are characterized by their high surface area per unit weight and fine porosity. Nevertheless, meltblowing has few drawbacks. Only low viscosity materials could be spun into meltblown webs to avoid excessive polymer swelling upon exit of the spinneret. It is estimated that over 90% of all meltblown nonwovens are made of PP with melt flow rate (MFR) ranging from 1000 to 1500 g/10min. Inability of using different polymers limits many potential applications of the meltblown web. Another disadvantage is weak fibers produced by meltblowing resulting from little or no fiber molecular orientation and low molecular weight of used polymers [89]. Like electrospun nano fibers, meltblown fibers typically need a supporting structure and are generally employed in a composite structure. This allows for the meltblown web to optimize their filtration properties however becomes an expensive way to meet customer’s needs and adds the complexity to the manufacturing process. The brittleness of meltblown webs causes difficulties with their downstream processing as well. Meltblown fabrics are difficult to dye and incorporate into other nonwoven filter media structures, such as carded, airlaid, needlepunched, or wetlaid composites.  

    Bicomponent Fibers
    Bicomponent (conjugate) fibers consist of two polymers with different chemical or physical properties situated layerwise one with the other, one around other or as a mixture one and the other. The study of bicomponent fibers was triggered by discovering multiphase region in wool. Photomicrographs of the cross-sections of wool fibers showed that they are composed of two components that adhere strongly to each other and rotate spirally around each other as they run along the length of a fiber [94]. The difference in the shrinkage of these two components leads to the helically crimped configuration of the wool fiber. Wool is, in fact, a natural bicomponent fiber. This discovery confirmed the rationality of idea of creating chemical bicomponent fibers as a new way of producing self-crimping synthetic fibers. The first patent on a bicomponent fiber was obtained by “IG Farbenindustrie” in 1943 (patent # 325339). The first commercial bicomponent application was introduced in the mid- 1960s by DuPont.

    The particular process employed for production micro (nano) filaments from bicomponent fibers depends upon the specific combination of components comprising the fiber, as well as their configuration. One common process involves mechanically working the fiber by drawing on godet rolls, needlepunching, beating, twisting, carding or hydroentangling. Hydroentangling is a mechanical bonding process where fibers are interlocked by series of very fine, parallel, high pressure water streams (jets). Hydroentangling energy is a major factor influencing the degree to which the web is bonded or splitted. This energy is proportionally dependent on water pressure and inversely dependent on the fabric basis weight and processing speed
    Related Searches
    • capacity
    • technology
    • bicomponent
    • DuPont
    Related Knowledge Center
    • Nanotechnology
    Suggested For You
    Truetzschler Nonwovens & Man-Made Fibers GmbH Truetzschler Nonwovens & Man-Made Fibers GmbH
    Fibers in Nonwovens Fibers in Nonwovens
    Nanofiber Electrospinning Proves a Success Nanofiber Electrospinning Proves a Success
    Fibervisions Shows Off Wide Ranging Portfolio Fibervisions Shows Off Wide Ranging Portfolio
    Jacob Holm Launches SoftFlush Fast Jacob Holm Launches SoftFlush Fast
    DuPont Celebrates 50 Years of Tyvek DuPont Celebrates 50 Years of Tyvek
    Jacob Holm Launches SoftFlush Fast Jacob Holm Launches SoftFlush Fast
    Beaulieu Fibres Shows New Fiber Platform at INDEX Beaulieu Fibres Shows New Fiber Platform at INDEX
    The Protective Apparel Market The Protective Apparel Market
    Wacker Chemie AG Wacker Chemie AG
    Nonwovens in Construction Nonwovens in Construction

    Related Features

    • Nanotechnology
      Production of Nanofibers

      Production of Nanofibers

      New technologies emerge for the tiniest fibers
      Tom Tao, Spintec 06.10.20

    • Filtration | Meltblown | Nanotechnology | Needlepunch | Shows/Events
      Filtration 2016 Preview

      Filtration 2016 Preview

      A record number of exhibitors will showcase their innovations in Philadelphia for the 25th anniversary of the conference and
      Tara Olivo, Associate Editor 11.07.16

    • Airlaid | Construction | Fibers | Filtration | Machinery and Equipment | Meltblown | Nanotechnology | Needlepunch | Spunbond | Spunlace | Wetlaid | Wipes
      Machinery & Equipment Review

      Machinery & Equipment Review

      Major suppliers of nonwovens machinery offer new technological developments.
      Tim Wright, editor 08.14.14


    • Automotive and Transportation | Composite | Fibers | Filtration | Meltblown | Nanotechnology | Spunbond
      Filtration Market Update

      Filtration Market Update

      From fibers to nonwovens to final product, the filtration market supply chain is innovating new technologies to meet the sustainability demands of today’s world.
      Tim Wright, editor 11.06.13

    • Composite | Construction | Fibers | Filtration | Nanotechnology | Wetlaid
      Nanotechnology Brings New Opportunities to Industrial Nonwovens

      Nanotechnology Brings New Opportunities to Industrial Nonwovens

      Predictions say that the global market for nanotechnology will be $48.9 billion in 2017.
      Colleen Walker, Ph.D., TAPPI 08.07.13

    • Airlaid | Apparel | Fibers | Filtration | India | Meltblown | Nanotechnology | Needlepunch | Spunbond | Wetlaid | Wipes
      Filtration Makers Respond to Changing World

      Filtration Makers Respond to Changing World

      Protecting processes and improving sustainability are new challenges facing the filtration market.
      Karen McIntyre, Editor 11.16.12


    • Apparel | Feminine Hygiene | Fibers | India | Market Data | Medical | Nanotechnology | Product Improvement/Innovation
      The Future of Nonwovens in Medical Markets

      The Future of Nonwovens in Medical Markets

      Healthcare trends offer a multitude of opportunities for disposable nonwoven products.
      Vicki A. Barbur, PhD, Contributing Writer 08.06.12

    • Composite | Electronics | Fibers | Filtration | Home Products | Industrial/Institutional | Medical | Meltblown | Nanotechnology | Product Improvement/Innovation | R&D/Basic Research
      Nano-Nonwovens Cross Hurdles, Find New Applications

      Nano-Nonwovens Cross Hurdles, Find New Applications

      Manufacturers are navigating their way around obstacles when using small fibers in nonwovens.
      Karen Bitz McIntyre, Editor 08.06.12

    • Absorbent Core | Airlaid | Composite | Construction | Feminine Hygiene | Fibers | Filtration | India | Machinery and Equipment | Meltblown | Nanotechnology | Needlepunch | Pacific Rim | Shows/Events | Spunbond | Spunlace | Wetlaid | Wipes
      ANEX 2012 Preview

      ANEX 2012 Preview

      Exhibitors prepare to showcase capabilities in Seoul, South Korea.
      Nonwovens Industry Staff 06.06.12


    • Automotive and Transportation | Chemical Bonded | Chemicals/Adhesives | Composite | Contract Services | Electronics | Fibers | Filtration | Home Products | Hygiene Film/Components | India | Industrial/Institutional | Machinery and Equipment | Medical | Nanotechnology | Needlepunch | Spunbond | Spunlace | Thermal Bonded | Turkey | Wipes
      Converters calling

      Converters calling

      Providers of finishing, packaging, slitting, winding and other services to the nonwovens industry develop new technologies that add up to new products.
      Nonwovens Industry Staff 04.05.12

    • Composite | Fibers | Filtration | Meltblown | Nanotechnology
      It

      It's a Small World

      Research is leading to developments in the intriguing nanotechnology sector of the nonwovens industry.
      Steve Katz, Managing Editor 11.11.11

    • Airlaid | Apparel | Chemical Bonded | Composite | Fibers | Filtration | India | Meltblown | Nanotechnology | Needlepunch | Spunbond | Thermal Bonded | Wetlaid
      Filtration: Focus of Many

      Filtration: Focus of Many

      Vast in the number of markets it serves and types of nonwovens technologies it uses, the filtration market has been the subject of much attention in recent years as older players broaden their scope and newcomers enter the fold.
      Karen McIntyre, Editor 11.11.11


    • Air Through Bonding | Airlaid | Carded/Carding | Chemical Bonded | Composite | Market Data | Meltblown | Nanotechnology | Needlepunch | Spunbond | Spunlace | Thermal Bonded | Wetlaid | Wipes

      International Top Company Report

      Expansion. Expansion. Expansion.
      08.31.11

    • Apparel | Composite | Electronics | Fibers | Filtration | India | Meltblown | Nanotechnology | R&D/Basic Research

      Nanofiber

      New Developments
      Seshadri Ramkumar and Vinit Singh, Nonwovens & Advanced Materials Laboratory, Texas Tech University, USA 04.07.11

    • Composite | Filtration | Nanotechnology

      Obtaining Patent Protection in Nano-Nonwovens: Best Practices

      ...
      Gregg Gissett, Patent Attorney, intellectual property practice group, Wombie Carlyle 11.10.10

    Trending
    • FPInnovations Develops Biodegradable Mask
    • Joa Announces Expandable Absorbent Core Wrap Solution
    • Mann+Hummel Invests In Pamlico Air
    • U.S. Nonwovens Rebrands As Radienz Living
    • Kimberly-Clark Names Chief Research And Development Officer
    Breaking News
    • Arm & Hammer Launches Foot Wipes
    • Kimberly-Clark Names Chief Research and Development Officer
    • FPInnovations Develops Biodegradable Mask
    • Sani Professional Sanitizing and Disinfecting Products Approved by EPA
    • Autefa Solutions Offers Fully Automated Line for Protective Mask Production
    View Breaking News >
    CURRENT ISSUE

    South East Asia 2021

    • Face Masks in Asia
    • Kingsafe’s Growth Path
    • China Medical Dressing Market Update
    • Southeast Asia Nonwoven Capacity and Demand Development
    • Coronavirus Impacts ASEAN Countries
    • Jofo Focuses on Expansion
    • View More >



    Cookies help us to provide you with an excellent service. By using our website, you declare yourself in agreement with our use of cookies.
    You can obtain detailed information about the use of cookies on our website by clicking on "More information”.

    • About Us
    • Privacy Policy
    • Terms And Conditions
    • Contact Us

    follow us

    Subscribe
    Nutraceuticals World

    Latest Breaking News From Nutraceuticals World

    Diets High In Fructose Could Cause Immune System Damage
    Nestlé Acquires Premium Water Brand Essentia
    Kaneka Probiotics Announces Launch of L. plantarum DR7
    Coatings World

    Latest Breaking News From Coatings World

    Sherwin-Williams Announces Resignation of President, COO
    Ashland Completes Expansion, Relocation of Viatel Bioresorbable Polymers Manufacturing Facility
    Evonik Receives Sustainability Award from EcoVadis
    Medical Product Outsourcing

    Latest Breaking News From Medical Product Outsourcing

    FDA OKs First OTC Home Molecular COVID-19 Test
    FDA Approves Second Sight's Argus 2s Retinal Prosthesis
    Cross Border Venture Financing Rose in Final Quarter of 2020
    Contract Pharma

    Latest Breaking News From Contract Pharma

    Sharp Appoints EU Qualified Person
    Baxter Biopharma Solutions Enters Sterile Manufacturing Agreement for Novavax’ COVID-19 Vaccine
    Metrics Contract Services Completes Russian Regulatory Inspection
    Beauty Packaging

    Latest Breaking News From Beauty Packaging

    It's International Women's Day—But What Does That Mean?
    e.l.f. Cosmetics and Chipotle Collaborate on Burrito-Inspired Makeup Collection
    Weekly Recap: Sephora Expansion, Ulta Partners with Loop, International Women’s Day & More
    Happi

    Latest Breaking News From Happi

    Cococare Appoints First Woman President
    Ross Highlights Triple Shaft Mixers
    Arm & Hammer Unveils Foot Wipes
    Ink World

    Latest Breaking News From Ink World

    Capital Printing Invests in 2nd Komori Press
    Arna Marketing Adds Canon’s ProStream, VarioPRINT iX Production Inkjet Presses
    Massilly North America Adds Koenig & Bauer MetalStar 3 Metal Decorating Press
    Label & Narrow Web

    Latest Breaking News From Label & Narrow Web

    Xeikon details upcoming Xeikon Café TV seminars
    Resource Label Group acquires New England Label
    UV+EB-cured products rated 'easier to recycle'
    Nonwovens Industry

    Latest Breaking News From Nonwovens Industry

    Arm & Hammer Launches Foot Wipes
    Kimberly-Clark Names Chief Research and Development Officer
    FPInnovations Develops Biodegradable Mask
    Orthopedic Design & Technology

    Latest Breaking News From Orthopedic Design & Technology

    Australia Clears Conformis' iTotal PS Knee Replacement System
    Colfax Decides to Divide Its Businesses
    Stryker Corp.'s 2020 Sales Slip 3.6 Percent
    Printed Electronics Now

    Latest Breaking News From Printed Electronics Now

    Comercial Kywi Improves Customer Service, Front-Store Operations with Zebra Mobile Solution
    Global Smart Glass Market to Register 6.8% CAGR Between 2021-28: Grand View Research
    Wearable Patch Market to Reach $27.8 Billion by 2027: Allied Market Research

    Copyright © 2021 Rodman Media. All rights reserved. Use of this constitutes acceptance of our privacy policy The material on this site may not be reproduced, distributed, transmitted, or otherwise used, except with the prior written permission of Rodman Media.

    AD BLOCKER DETECTED

    Our website is made possible by displaying online advertisements to our visitors.
    Please consider supporting us by disabling your ad blocker.


    FREE SUBSCRIPTION Already a subscriber? Login