12 Jan
Blog

3ders.org – PolyMaker’s PC-Plus filament robust sufficient to carry 240 kg, now obtainable with out BuildTak

February 10, 2016 | From Alec

When it was first unveiled in September 2015, it was already clear that the PC-Plus polycarbonate filament from the Chinese filament manufacturer Polymaker should be an interesting and powerful filament. PC-Plus Filament was finally released in November 2015 and it’s now becoming clear just how powerful it actually is. In a test by the Australian reseller 3D Printing Solutions, PC-Plus-Filament was able to lift two concrete slabs with a total weight of 240 kg. Polymaker also announced that they will now also make PC-Plus available without being bundled with BuildTak.

PC Plus is so interesting to refresh your memory 3D printer filament because it provides world-class manufacturing to a desktop 3D printer. Polycarbonate materials are much more durable than ABS or PLA and find widespread uses from automotive and aircraft components to electronics, construction, and even data storage. However, they usually require extremely high heat and expensive industrial 3D printers, making them out of the reach of most of them designers, engineers, and hobbyists. This is not the case with PC-Plus, which was specially developed for normal FDM desktop 3D printers. As early as November, the Chinese manufacturers made the material available in three colors: True Black, True White and Transparent.

Since then, they have had a lot of feedback on the excellent material, which has resulted in them already changing one thing. If you were one of the first to use it, you will have noticed that PC-Plus has always been built with BuildTak to optimize the print bed adhesion of the filament. However, from all of this feedback, it appears that this was actually not necessary. “We are now confident to announce the immediate availability of our PC-Plus without the BuildTak bundle,” announce the developers. The unbundled spool of filament is available now for $ 39.99 Polymaker Webstore.

The company also announced that PC-Plus has since been picked up by a number of different 3D printing specialists, including Robox CEL, Type A machines, Kühnling & Kühnling and Hage GmbH. In particular, Robox has combined CEL PC-Plus and PolySupport in their dual extrusion setup with excellent results. “We originally developed PolySupport as a special support material for PLA, but as we have noticed since the introduction of PC-Plus, it also works very well with our portfolio of PC materials as dedicated support material,” reveal the Chinese manufacturers . For more information on the Robox CEL double extrusion setup, see the video above.

But the real question is, of course: How strong is the PC-Plus filament? Fortunately, we don’t have to test it ourselves as Polymaker’s Australian 3D printing solutions ran a series of Mythbuster-like tests to find out. In the first of the two tests, they 3D printed a jack made entirely of PC-Plus and show how it can easily lift two concrete blocks (with a total weight of 240 kg). “We were very impressed as the 3D printed polycarbonate jack showed no signs of breakage or fatigue after being lifted. While we do not recommend using polycarbonate as a substitute for steel jacks, it does show that polycarbonate is strong enough for industrial use, ”the Australians said.

In their second test, the Australian distributors put on a cool Thunderdome-like competition to find out which filament is the strongest. A number of 3D printed links were chained together, including links made from PLA, regular ABS, and upgraded PLA, and force was applied until one of the two competitors broke. As you can see for yourself, PC-Plus was the last man to stand and everyone else broke easily. Only PolyPlus PLA fought quite a battle, but one thing is clear: PC-Plus is an extremely powerful filament. “We’re still trying to push the boundaries of our personal computer and hope that we can try our hand at a car next. So keep your ear to the ground, ”the Chinese developers proudly conclude.

Posted in 3D Printing Materials

You may also like:


Source Link

Manufacture of 3D printer multipolymer filaments
12 Jan
Blog

New Military Multi-Polymer Filament Tech Turns Low-Price 3D Printers Into Excessive-Tech Producers

By US Army Research Laboratory
April 27, 2020

Army researchers are turning low-cost printers into high-tech manufacturing facilities that save money and allow critical parts to be printed quickly when needed.

The Army has a new type of multipolymer filament for commonly used desktop 3D printers. This advancement can save money and make it easier to quickly print critical parts when needed.

Research is also the cover story of the April issue of Advanced Engineering Materials, a monthly, peer-reviewed scientific journal.

Parts made with these printers have historically had poor strength and toughness, which has hitherto prevented affordable printers from being used to provide on-demand supplies of military parts, particularly in the field. The Army’s new material overcomes these shortcomings and potentially enables soldiers to use inexpensive printers to produce parts that, after a few hours of heat, can achieve mechanical properties that are robust enough to withstand harsh field operations.

This breakthrough is an important step forward in the Army’s expedition manufacturing, said Dr. Eric D. Wetzel, who leads the Emerging Composites team and serves as research director for soldier materials in the Army Research Laboratory of the US Army Combat Capabilities Development Command.

Wetzel’s research encompasses a wide range of technological solutions that can increase the lethality of soldiers by improving the way warfighters fire, move, communicate, protect, and maintain themselves.

“The army wants to be able to print parts on site to simplify logistics by carrying digital parts files instead of physical parts. Until now, however, the technologies for making high strength parts in expeditionary environments have not been practical. These printers are too big, power hungry, fragile, or messy to start with, and their raw materials may have special memory requirements. “

This technology can enable the army to use inexpensive, simple printers to make high quality parts.

According to the paper, making molten filaments, or FFF, is the most common additive manufacturing technology, but parts made using FFF do not have sufficient mechanical integrity for most engineering applications.

The research team used a novel thermal drawing process to create a two-material filament containing acrylonitrile-butadiene-styrene, known as ABS, with a star-shaped polycarbonate core.

Manufacture of multipolymer filaments

The heat drawing process for filament manufacturing begins with the new multipolymer filament invented by the CCDC Army Research Laboratory. Photo credit: US Army

This dual-material filament is then used as the starting material in a conventional FFF printer to create 3D solids with a mesostructure made of ABS / polycarbonate composite core.

This novel DM filament can revolutionize additive manufacturing and enable low-cost printers to produce parts with mechanical properties that compete with injection molded plastics, as stated in the paper.

In ongoing experiments, the army research team is experimenting with new material pairings, pressure conditions and annealing protocols in order to further improve the mechanical properties and shorten processing times. Your goal is to reduce the current glow times from 24 to 48 hours to four hours or less.

Researchers are using a pilot manufacturing line to manufacture larger quantities of the filament over the next several months and provide material samples for a variety of army’s transition partners.

“The ability to additively manufacture parts from a high-strength polymer using the FFF process at field, division and / or depot level certainly offers warfighters the opportunity to produce better temporary parts much faster – hours compared to days or weeks. and at a significantly lower cost – often pennies compared to ten dollars, said Jeff Wallace, a mechanical engineer with the Army’s C5ISR center at APG. “Soldiers also improvise as needed and often find their own design solutions to the problems they face. Offering a higher strength polymer material to use in the desktop printers they have access to gives them the ability to innovate on the fly to temporarily solve a larger number of supply and design issues. Your designs would then be sent to the appropriate engineering support activity for evaluation. “

The lab has filed several patent applications for the technology, and one aspect of the technology has already been licensed: thermally drawn filaments using a specialty polymer for use in additive manufacturing. The Army is looking for additional trading partners to accelerate the development and deployment of this technology, which could have broad applicability to a wide range of additively manufactured thermoplastic parts.

Reference: “Robust, additively manufactured structures, manufactured with double thermoplastic filaments” by Kevin R. Hart, Ryan M. Dunn and Eric D. Wetzel, December 10, 2020, Advanced Engineering Materials.
DOI: 10.1002 / adem.201901184

Source Link

Industrial filament
12 Jan
Blog

World Industrial Filament Market 2020 Dimension Share Upcoming Developments Segmentation And Forecast To 2025 – Murphy’s Hockey Regulation

The global Industrial Filament Market study focuses on insights into market growth, latest developments, industrial analysis and future trends

The research report on global Industrial Filament Market published by Market research business covers all market details for the forecast period. First and foremost, the report takes into account some essential factors that are responsible for the growth and development of the market. Industrial Filaments market report sheds a light on key disorders and challenges. The document offers a clear picture of future market size and competitive market scenarios for the purpose of obtaining complete information about the market growth rate during the forecast period. Additionally, the report also studies the crucial growth aspects such as growth stimulators, market valuation, regional segmentation, and competitiveness of the market among the key players.

Request a FREE sample of Industrial Filaments market research report @ https://www.marketresearchstore.com/report/global-industrial-filament-market-report-2018-industry-analysis-324629#RequestSample

Some of the key players analyzed in the report are: Kolon Industries, Teijin, Performance Fibers, Hyosung, Milliken & Company, Firestone, SRF Ltd., Kordsa Global, Kordarna Plus AS, Maduratex.

The latest research report on the Industrial Filaments market offers a complete analysis of the market area and various market segmentations. The research report clearly shows the substantial growth the Industrial Filaments market is expected to achieve over the forecast period. All information on market size, market growth rate, growth drivers and important market trends are also compiled and detailed in the study. A full examination of the major growth drivers of the industrial filament industry over the next few years is also included in the report.

Global manufacturing companies launch new products every few months, and the market researchstore listed information on the results of the Industrial Filament market:

Nylon filament, polyester filament

There are categories based on the product types of the Industrial Filament market. The product demand information provided by the customer application and report also includes data:

Tire cord, clothes, others

The global Industrial Filaments market report also covers the regional analysis, including North America (Canada, USA, Rest of North America), Europe (UK, France, Italy, Germany, Spain, Rest of Europe), Asia Pacific (Japan, India, China ), Southeast Asia, Rest of Asia Pacific), Latin America (Argentina, Brazil, Rest of Latin America), Middle East and Africa (South Africa, Rest of Middle East and Africa) to offer full regional development status. In addition, the report provides the necessary recommendations and suggestions for the industrial filament market participants to gain a competitive advantage in different regions.

Read the detailed index of the full research study below:: https://www.marketresearchstore.com/report/global-industrial-filament-market-report-2018-industry-analysis-324629

Main factors covered in the research report:

• The report includes all the key and accurate figures needed to better understand market revenue, shares and volumes.
• Market overview, competitive landscape, cost analysis, consumption rate, export / import details and market strategies.
• A full detail of the growth rate over the forecast period is presented in the Industrial Filament Market report.
• All aspects, including the status of regional market development and market competitiveness, are also presented in statistical format.
• Other important data including challenges, opportunities, risks, latest developments, and future market size are detailed in the report.
• The report provides key business strategies, growth stimulators, and statistical data to help market participants make important business decisions.

Inquire here. Receive customizations and check out the discount for the report:: https://www.marketresearchstore.com/report/global-industrial-filament-market-report-2018-industry-analysis-324629#InquiryForBuying

https://murphyshockeylaw.net/

Continue reading

Source Link

A gear 3D printed with ASA Extrafill Gray Blue. Photo via Fillamentum
11 Jan
Blog

Fillamentum launches ASA 3D printer filament made for extra than simply the outside

Popular brand for 3D printer materials Filamentum has launched three new shades of its ASA Extrafill filament for FFF / FDM. Noting that more and more users are switching from ABS to higher-resistance thermoplastics, the company explains, “ASA is becoming increasingly popular with designers and it’s because of its properties. ASA is ideally suited for outdoor use, but is also ideal for prototyping. “

Fillamentum 3D printer materials

Fillamentum is headquartered in the Czech Republic and is an established supplier of high quality 3D printer filaments. The range of materials currently includes 9 different polymer qualities, from PLA Premium and PLA Crystal Clear to ABS Extrafill and high-tech CPE.

Before the last version, Fillamentum ASA Extrafill was available in nine different colors including Metallic Gray, Natural, Sky Blue, Green Grass, and Traffic Yellow. The three new shades that have been added look significantly more industrial, namely white aluminum, gray-blue and anthracite-gray.

In terms of strength and properties, ASS is often compared to conventional ABS filaments. In fact, ASA was developed as an alternative to its high-strength cousin to improve ABS’s resistance to weather and UV light.

A gear 3D printed with ASA Extrafill Gray Blue. Photo via Fillamentum

ASA versus ABS

How exactly do the two materials compare? The tensile strength of ASA Extrafill is 40 MPa with an elongation at break of 35% and a flexural strength of 62 MPa.

In comparison, ABS Extrafill has a slightly lower tensile strength of 32/39 MPa (depending on the test conditions), an elongation at break of 20% and a flexural strength of 60 MPa.

The thermal properties of ASS are also superior to ABS. Fillamentum ASA Extrafill typically distorts at temperatures of 86/96 ºC (1.8) MPa Verse 0.45 MPa (test conditions), while ABS has a heat dissipation temperature of up to 81 ºC. Therefore, ASA’s printing temperature is typically higher than ABS, which is recommended in the range of 240-255 ° C, compared to the ABS recommended range of 220-240 ° C.

When printing, ASA Extrafill has strong interlayer adhesion, less comparable deformation than ABS and less styrene emissions. It is also a recyclable material.

Stack of ASA Extrafill 3D printed gears. Photo via FillamentumStack of ASA Extrafill 3D printed gears. Photo via Fillamentum

A recommended material for prototyping

Like ABS, ASA is not recommended for food contact or medical applications, but it is better suitability for products for outdoor use, and has a higher stiffness than comparable ABS strains. The RoHS-compliant material is an ideal prototype for electrical components. The wide range of ASA colors that Fillamentum offers also helps to better serve these applications, giving designers the ability to create vibrant concepts that approximate the appearance of an end product.

So far, the ASA Extrafill filament series from Fillamentum has received a lot of positive support from its customers. Tom Jackson, the maker of Filament Frenzy channel on YouTube, says, “I haven’t had good results with any ABS and have heard that ASA has some of the same properties. Then I got the chance to try Fillamentum ASA and this product is excellent.

“Combine these breathtaking properties with amazing colors and you have a special material: practical yet beautiful, Fillamentum has done it again.”

ASA Extrafill is currently available directly from Filamentum In 1.75 and 2.85 mm, 750 g spools online and 2.5 kg spools on request. You can check out the new one White aluminum, Gray blue and Anthracite gray Shadow here.

Nominate your materials company of the year and more in the 2019 3D Printing Industry Awards. Subscribe to our free Newsletter, Follow us on Twitter and how we on Facebook for the latest news updates. Find 3D print jobs now near you.

The picture shown shows 3D printed gears made from Fillamentum ASA. Photo via Fillamentum

Source Link

India imposes anti-dumping duty on nylon filament yarn import from Vietnam, EU
11 Jan
Blog

India imposes anti-dumping responsibility on nylon filament yarn import from Vietnam, EU

On the recommendation of the DGTR investigation arm of the Ministry of Commerce, India has introduced an anti-dumping duty of up to USD 719 per ton for imports of nylon filament yarn from the European Union (EU) and Vietnam for five years.

“The imposed anti-dumping duty … will apply for a period of five years from October 6, 2018 (unless revoked, replaced or changed earlier) and will be paid in Indian currency,” the Treasury Department said in a notice.

The General Directorate for Commercial Auxiliaries (DGTR) found in its investigation that nylon filament yarn (multifilament) from these two regions was exported to India below normal values ​​and that the domestic industry has suffered significant damage as a result of such dumped imports.

The introduction of tariffs aims to protect domestic manufacturers of this yarn from cheap imports from the EU and Vietnam. The anti-dumping duty imposed ranged from USD 719.44 per tonne to USD 128.06 per tonne.

The import of this yarn from the EU and Vietnam increased in October 2015, March 2017 (the investigation period) from 7,201 tons in the period 2013-14 to 13,799 tons.

JCT, Gujarat Polyfilms, Gujarat State Fertilizers and Chemicals, Prafful Overseas and AYM Syntex had jointly requested the initiation of the investigations and the introduction of the levy.

The main uses of this thread are in home textiles and industrial applications such as curtains, sewing and embroidery threads and fishing nets.

In order to recommend tariffs, the DGTR would have to prove in its investigation that dumping caused material damage to the local players. Anti-dumping duties are imposed to level the playing field for local industries by protecting against imports below the cost. The introduction of an anti-dumping duty is permitted under the regime of the World Trade Organization (WTO). Both India and China are members of the Geneva-based body.

The duty aims to ensure fair trade practices and to create a level playing field for domestic manufacturers vis-à-vis foreign manufacturers and exporters. They are not a measure to restrict imports or unjustifiably increase the cost of the products.

Source Link

Recycling Multi Jet Fusion PA 12 Powder Into Filament - 3DPrint.com
11 Jan
Blog

Recycling Multi Jet Fusion PA 12 Powder Into Filament – 3DPrint.com

Scheme of powder bed fusion processing

In a recent research project supported by 3DTech, PhD student Dung Ha was offered a thesis to investigate the reuse of nylon PA12 powder from the 3D printing manufacturing of Multi Jet Fusion (MJF). The author’s results were detailed in the recently published dissertation “A Study on the Recycling of Polyamide-12 Waste Powder into 3D Printing Filaments”. While the idea of ​​recycling 3D materials isn’t exactly new, Dung Ha is also exploring how fine powders can be safely handled and then made into filaments.

Nylon Polyamide 12 (PA12) is chosen by many users because it is both robust, flexible and offers high performance when printing with strong layer adhesion. Dung Ha sees PA12 as worthy of study and recycling due to its exceptional properties, but also points out that working with this material poses particular challenges due to problems with loss of integrity after processing and the tendency to absorb water. Because the author is heavily focused on laboratory work, safety is a top priority and is a comprehensive part of this study. The real issue, however, is how the powder can be recycled and reused as a 3D printing filament.

PA12 is one of the most widely used materials in 3D printing, especially for researchers and engineers. The advantages of this 3D printing powder include:

  • Chemical resistance
  • Water resistance
  • Strong mechanical properties
  • Resistance to stress cracks
  • Self-supporting for end products

This powder is suitable for use in a wide variety of different applications including rapid prototyping, medical modeling, and more, and can be overall enhanced with a variety of different additives such as carbon, glass, or aluminum. 3DTech uses PA12 for its 3D printed products, typically around 55 to 60 µm in particle size, and they contributed the waste product used in the study.

Technical Property (a) and general property of PA12

Powder waste that was collected manually consisted of combined powders from various bed printer positions and was stored in three plastic boxes which were sealed and kept in the Arcada laboratory.

Sealed powder boxes in the Arcada laboratory.

“Because PA12 powder belongs to the microparticle group in this study and is based on the safety data sheet for PA12 powder, the explosion of fine powder and the health effects of fine powder by inhalation will receive a lot of attention in this work,” said Dung Ha.

The most common cause of a dust cloud explosion is usually a spark that forms somewhere in the laboratory. In some cases, explosions can occur, especially when there is a combination of dust and air that are considered dangerous due to intense concentrations. This tends to occur with finer particle sizes.

Safety needs to be considered, and while flammability is an issue, emissions are often called into question with 3D printing too. Users can breathe fine particles easily, which is a health risk – especially due to the smaller particles:

“Because they can go deep into the lungs; They can offer a chance for chemical absorption in the blood along with physical interaction with it [the] Respiratory system, ”explains Dung Ha.

Several other studies on particulate matter and emissions have been carried out in recent years, e.g. B. Specific tests on indoor air quality and the study of emissions as a whole. The author goes into more detail than usual here on how users can prevent exposure from affecting them or injuring them in an unfortunate explosion. Proper handling procedures must be followed, along with wearing appropriate protective equipment such as goggles, lab coats, masks, and following measures such as washing all areas that come in contact with powder and avoiding eating or drinking in the lab.

Colors of virgin material (left) and waste powder (right) from 3DTech Company.

The chemical degradation and oxidation of PA12 powder in the unmelted state is a problem, and as Dung Ha points out, the time and heat of [the] Print bed near the melting point increases the molecular weight of PA12 powder, which decreases the viscosity of PA12 powder. The oxidation also causes the white powder to turn both yellow and brown, and waste powder needs improvement. To combat degradation and discoloration, other researchers previously used tungsten carbide (WC) as an additive.

Oxidation in an HP MJF printed pail

To produce filaments from the recycled materials, the researcher used a 1.75 mm nozzle with a constant temperature setting of 180 degrees Celsius. There were some challenges in experimenting and adjusting the toilet additive helped; However, the researcher concluded that it may simply not be possible to make a “high-strength 3D product” from a high-strength filament. Dung Ha recommends that when developing filaments, users should consider the performance of the FDM 3D printing system being used.

Overall, the author concluded that recycled filaments were a success, resulting in good tensile strength and modulus. The filament also worked successfully in his MakerBot Replicator 2.0 without clogging.

3D printing has opened doors for so many designers and engineers around the world and has sparked an almost global euphoria of enduring creativity. But almost as soon as the fun started, users began to worry about issues related to safety, emissions, and what to do with 3D printing waste – including recycling methods, from filaments to plastics. More information on recycling polyamide 12 powder into filaments can be found here. What do you think of this news? Let us know your thoughts! Join the discussion on this and other 3D printing topics on 3DPrintBoard.com.

Filament processing by fila rudder

[Source / Images: ‘A Study on Recycling of Waste Polyamide 12 Powder into 3D Printing Filaments’]

Source Link

Vietnam nylon filament yarn faces stiff Indian duties
11 Jan
Blog

Vietnam nylon filament yarn faces stiff Indian duties

By Dang Khoa August 10, 2018 | 7:12 pm GMT + 7

India is considering imposing anti-dumping duties on nylon filament yarn imported from Vietnam

India can apply anti-dumping duties of up to US $ 719 per ton on Vietnamese nylon filament yarn for five years.

A Hindu Business Line report said the move was being considered after India’s Directorate-General for Anti-Dumping and Allied Customs (DGAD) received complaints from five domestic textile companies about importing such yarns cheaply from Vietnam.

In response, the DGAD proposed anti-dumping tariffs of between USD 128.06 and USD 719.44 per ton for nylon filament yarn imported from Vietnam and the EU in order to mitigate the damage to domestic industry.

The Directorate found that imports for the year increased to 13,799 tonnes from October 2015 to March 2017, compared to 7,201 tonnes from 2013 to 2014.

However, a Times of India report stated that nylon fabric makers have resisted the move and will allow Indian yarn makers to monopolize prices.

Market sources said yarns and fibers, including nylon filament yarn made in Vietnam and the EU, are 20 percent cheaper than yarn made by domestic companies.

The final decision on this issue will be made by the Indian Ministry of Finance, but no date has yet been given when it will happen.

In the Times of India report, Mayur Golwala, a representative of Powerloom weavers, was quoted as saying, “We urge the central government not to accept DGAD’s recommendation on anti-dumping duty on nylon yarn.

“The government should think of not just five to six nylon yarn manufacturers in the country, but thousands of weavers and workers associated with the industry.”

Source Link

Global Nylon Filament Yarn Market 2018-2022 | Rapid Commercialization of Sports Apparels to Boost Growth | Technavio
11 Jan
Blog

International Nylon Filament Yarn Market 2018-2022 | Fast Commercialization of Sports activities Apparels to Enhance Development | Technavio

LONDON–(BUSINESS WIRE) – The global nylon filament yarn market is expected to have a CAGR of nearly 4% in the 2018-2022 period, according to the latest Technavio market research report.

A key factor slowing the growth of this market is the availability of substitutes. Synthetic fibers such as polyester filament yarn, polypropylene filament yarn and acrylic fiber are main substitutes for nylon filament yarn. Polyester filament yarns are advantageous because of their cost efficiency, moisture resistance, high elasticity, and wrinkle resistance properties. Consumers prefer polyester and polypropylene based filament yarns for clothing and textile accessories because these alternatives offer comfort, softness and are naturally lightweight. The demand for polyester fibers is expected to increase during the forecast period due to their abrasion and chemical resistance. Increasing consumer preference for yarns that provide cost efficiency and convenience can therefore hinder market growth.

This market research report on the Global Nylon Filament Yarn Market 2018-2022 also includes an analysis of key trends that are expected to affect the market outlook during the forecast period. Technavio classifies an emerging trend as a major factor that has the potential to significantly affect the market and contribute to its growth or decline.

This report is only available for a limited time with a $ 1,000 discount: check out the market snapshot before you buy

In this report, Technavio highlights the rapid commercialization of sportswear as one of the major emerging trends in the global nylon filament yarn market:

Global Nylon Filament Yarn Market: Rapidly Marketing Sportswear

Nylon filament yarn is massively used in the manufacture of sportswear and sports accessories, adventure gear and travel accessories. It is widely used to make sports accessories such as jerseys, tracksuits, ropes, socks, swimsuits, shorts and t-shirts, and adventure items such as ropes and monofilament nylon products.

“The rapid commercialization of the sportswear sector can significantly fuel the growth of the nylon filament yarn market. The availability of nylon filament yarn in a variety of colors, shades and patterns is likely to lead to the rapid commercialization of the sportswear domain around the world, thus fueling the growth of the global nylon filament yarn market over the forecast period, ”says a senior analyst at Technavio for Specialty Chemicals Research.

Global Nylon Filament Yarn Market: Segmentation Analysis

This market research report segments the global Nylon Filament Yarn Market by application (Sports Accessories, Sports & Adventure Equipment, Travel Accessories, Fabric, and Fishing Nets) and geographic regions (APAC, EMEA, and America).

The sports accessories segment had the largest market share in 2017 with a market share of almost 47%. This application segment is expected to dominate the global market throughout the forecast period.

APAC led the market in 2017 with a market share of almost 54%. This region is expected to dominate the market until 2022.

Are you looking for more information on this market? Request a free sample report

Technavio’s sample reports are free and contain several sections of the report, e.g. B. Market size and forecast, drivers, challenges, trends and more.

Some of the key issues covered in the report are:

Market landscape

  • Market ecosystem

  • Market characteristics

  • Market segmentation analysis

Market size

  • Market definition

  • Market size and forecast

Five forces analysis

Market segmentation

Geographic segmentation

  • Regional comparison

  • Major leading countries

Market leader

Market challenges

Market trends

Supplier landscape

  • Provider covered

  • Manufacturer classification

  • Market positioning of providers

  • Competitive scenario

About Technavio

Technavio is a leading global technology research and consulting company. Her research and analysis focuses on emerging market trends and provides actionable insights that companies can use to identify market opportunities and develop effective strategies to optimize their market positions.

With over 500 specialist analysts, Technavio’s report library includes more than 10,000 reports and 800 technologies from 50 countries. Her customer base consists of companies of all sizes, including more than 100 Fortune 500 companies. This growing customer base relies on Technavio’s extensive coverage, research and actionable market insights to identify opportunities in existing and potential markets and assess their competitive position in changing market scenarios.

If you are interested in further information, please contact our media team at media@technavio.com.

Source Link

10 Jan
Blog

Nylon Filament Yarn Market 2020 | How The Trade Will Witness Substantial Development In The Upcoming Years

DATAINTELO has published a research report on the nylon filament yarn market. The report provides comprehensive data on new trends, market drivers, growth opportunities, and restraints that can change market dynamics of the report. It provides an in-depth analysis of the market segments which include products, applications, and end-user applications.

This report also provides a full analysis of the industry players covering their latest developments, product portfolio, pricing, mergers, acquisitions and collaborations. In addition, it offers important strategies that they can use to expand their market share. The Nylon Filament Yarns market research report is compiled by implication of robust research methodology and incorporating Porter’s five forces analysis to provide the complex matrix of the market.

Get a free sample report + all related graphs and charts: https://dataintelo.com/request-sample/?reportId=5984

Key highlights of the report

  • The Nylon Filament Yarns Market report covers the comprehensive analysis covering the period of 2020-2027. It also provides the historical data of the market that has positively or negatively affected the market growth.
  • Regulatory policy and investment scenarios of the market are precisely curated.
  • Top market strategies and important product offers from the industry players.
  • A neutral perspective on the nylon filament yarn market.
  • The comprehensive analysis of emerging trends in the market that will help identify new market routes and lucrative opportunities. In addition, it helps identify product segments in order to maximize sales and increase market share.
  • This report sheds light on the market fuels, challenges, and threats in the market.

Complete purchase of the latest version of the global nylon filament yarn market study with COVID-19 impact analysis: https://dataintelo.com/checkout/?reportId=5984

Market segmentation covered in the report.

By type

PA6
PA66
Other

The market research report is divided into product types and analyzed in detail. In addition, it contains potential future products that are expected to open new market avenues and change the dynamics of the market. Each type of product is analyzed on the basis of its developments, growth and threats in the different regions.

After application

Knit
weaving
embroidery
Fishing nets
Other

This report covers all uses of the above products and also includes information on possible uses in the foreseeable future. The dedicated research team must study all possible parameters and analyze the applications that are driving the growth of the market.

By region

North America (USA, Canada, Mexico)

Asia-Pacific (India, China, Japan, South Korea, ASEAN, rest of Asia-Pacific)

Europe (Italy, Germany, France, Spain, Central and Eastern Europe, rest of Europe)

Middle East and Africa (GCC, Turkey, Rest of Middle East and Africa)

South America (Brazil, Argentina, rest of South America)

A country of interest can be added to the report at no additional cost. If more than one needs to be added, regional segment offerings may vary. This report also addresses issues such as: B. in which country / in which region a strong increase in CAGR and year-on-year (year-on-year) is to be expected.

Ask about the discount at https://dataintelo.com/ask-for-discount/?reportId=5984

Competitive landscape

DowDuPont
Formosa Chemical and Fiber Corp.
NUREL
your profile
TORAY INDUSTRIES
W. Barnet

Note: Other companies can be profiled in the report.

Frequently asked questions (FAQs) about the report

1) Does the report cover COVID-19 impact and future market forecast?

Yes. The market research report covers the detailed analysis of the impact of COVID-19 on the market. Our research team has closely observed the market and conducted interviews with industry experts to gain better insight into the current and future impact of the COVID-19 virus on the market.

The market report provides vital information on the strategies of the industry players during the COVID-19 crisis to maintain their position in the market. In addition, important data on product developments due to the inevitable pandemic will be shared around the world.

2) Can the report be adapted to the requirements?

Yes. The Nylon Filament Yarn Market report can be customized to meet your needs. For example, the company you ask about can be profiled while a specific analysis of the region / country that matches your interests can be focused. You can talk to our research analyst about your exact requirements and DATAINTELO will adapt the required report accordingly.

3) Can we narrow down the business areas available?

Yes, the market report can be further segmented based on data availability and feasibility. We can do a further breakdown of product types and uses (if applicable) by size, volume or sales. The market segmentation part also contains the latest product developments and insights into customer behavior in order to enable an in-depth analysis of the market.

Consult our research analyst if you have any particular doubts before purchasing the report at https://dataintelo.com/enquiry-before-buying/?reportId=5984

About us:

DATAINTELO has set its benchmark in the market research industry by providing customers with a syndicated and customized research report. The company’s database is updated daily to provide customers with the latest trends and an in-depth analysis of the industry.

Our database pool contains various industries such as IT & Telecommunications, Food Beverage, Automotive, Healthcare, Chemicals and Energy, Consumer Goods, Food and Beverage and many more. Each report goes through the correct research methodology that has been validated by professionals and analysts to ensure the excellent quality reports.

Contact information:

Name: Alex Mathews

Address: 500 East E Street, Ontario,

CA 91764, United States.

Telephone number: USA: +1 909 545 6473

E-mail:[email protected]

Website: https: //dataintelo.com

https://soccernurds.com/

Source Link

«‹2627282930›»