A New Era for Print Media

Print media is dead. Or is it? For a handful of well-connected New Yorkers, glossy, start-up magazines are the latest status symbols.

“It’s either mad or genius to start a print publication in 2013,” said Kevin Sessums, the editor of FourTwoNine, a new gay publication exploring topics such as activism, relationships and fashion. It’s also expensive: The first issue of Wherever, a new travel magazine, cost about $20,000 to put out. FourTwoNine wouldn’t say how much it’s spent, but it “wasn’t cheap,” a spokeswoman said.

20161013P

What: FourTwoNine hits newsstands in October with Sarah Jessica Parker and Bravo’s Andy Cohen on its debut cover. Let’s Panic went on sale this month, featuring surrealist photography and a story by John Waters. Wherever, a tri-annual, launched last spring, its pages filled with vintage tourism ads and first-person pieces about moving to Bushwick.

Who: Rawan Hadid, 28 years old, created Wherever as a tome for serial wanderers after getting, she says, “tired of looking at glossy travel magazines.” Let’s Panic is the brainchild of fashion photographer Aaron Ward, who grew frustrated with editorial “bleeding into advertising.” Mr. Sessums, a memoirist and veteran writer of Vanity Fair, called magazine editing one of the last “aesthetic dictatorships,” and said he’s aiming to oversee an edgy publication that a reader will “throw across the room…but not throw out.”

Why: “When you’re working for Vogue, you have to speak Vogue,” said public-relations honcho Kelly Cutrone. A magazine to call one’s own operates, in part, she said, as “a marketing campaign…for people on the radar.”

These upstart editors are also aiming to make magazines like the ones they once admired. “There’s a gap in the publishing world,” said Koko Ntuen, editor in chief of Ladygunn, a two-year-old magazine that styles itself as a Vice competitor. “It didn’t seem like this was the time to do it,” Mr. Ward said, “but there’s a crazy hunger for these magazines that I loved growing up. They were inspirational, and that’s gotten diluted.”

This article comes from wsj edit released

Classification and Applications of Technical Textiles

20161011Technical Textiles:

Technical textiles are reported to be the fastest growing sector of the textile industrial sector. A technical textile is a textile that has been developed to meet the exacting specified high-performance requirements of a particular end-use other than conventional clothing and furnishings. In many cases, specially developed technical yarns are employed to support and reinforce the fabric properties.

Medical and Hygiene Textiles:

The largest use of textiles is for hygiene applications such as wipes, babies’ diapers (nappies) and adult sanitary and incontinence products. Nonwovens dominate these applications which account for over 23% of all nonwoven use, the largest proportion of any of the 12 major markets for technical textiles. The other side of the medical and hygiene market is a rather smaller but higher value market for medical and surgical products such as operating gowns and drapes, sterilization packs, dressings, sutures and orthopaedic pads. At the highest value end of this segment are relatively tiny volumes of extremely sophisticated textiles for uses such as artificial ligaments, veins and arteries, skin replacement, hollow fibres for dialysis machines and so on.

Transportation Textiles:

Transport applications (cars, Lorries, buses, trains, ships and aerospace) represent the largest single end-use area for technical textiles, accounting for some 20% of the total. Products range from carpeting and seating (regarded as technical rather than furnishing textiles because of the very stringent performance characteristics which they must fulfil), through tyre, belt and hose reinforcement, safety belts and airbags, to composite reinforcements for automotive bodies, civil and military aircraft bodies, wings and engine components, and many other uses.

Ecological Protection Textiles:

The final category of technical textile markets, as defined by Techtextile, is technical textiles for protection of the environment and ecology. This is not a well defined segment yet, although it overlaps with several other areas, including industrial textiles (filtration media), geotextiles (erosion protection and sealing of toxic waste) and agricultural textiles (e.g. minimizing water loss from the land and reducing the need for use of herbicides by providing mulch to plants).

This article comes from textilelearner edit released

Technology of Print Media

Keeping the presses rolling for all kinds of printed materials needed by a wide range of customers.

Why is this skill important?

Print Media Technology involves the production of printed material using sheet-fed offset and digital printing presses. They need to use other equipment to create finished printed products. The print media technician is involved with all aspects of the printing process from the initial planning and preparation, through to the print run, checking for consistent quality in the final product, to cleaning up after the print run is complete.

The technician most often works in a printing or publishing business, and needs to have a deep knowledge of how to handle, troubleshoot, and maintain printing factors such as ink types, custom colour mixing, paper properties, and complex printing, trimming/cutting and quality control equipment.

The technician continuously demonstrates expertise and exercises technical and creative decisions throughout an often long but always exciting evolution from concept to completion.

This article comes from worldskillsabudhabi2017 edit released

Weaving Innovation: Technical Textile Applications in Healthcare

20160927

Technical Textiles is a term that is growing in popularity both within the textile industry and the research community. With several other alternatives (like smart textile, intelligent textile, and performance textile), this term remains the most encompassing and most descriptive of a field of applications where textiles are associated with specific performance-based attributes in addition to their basic function.

The field is driven by applications in many areas, including military, sports, and, of course, medical and healthcare applications. These applications provide a wide range of research and product opportunities, from wound management technical textiles to fabrics with integrated electronics to tissue engineering applications.

This article comes from ieeepulse edit released

Print Media is Dead? Not so Fast.

Is print media dead? This is a question that has been buzzing around the marketing world since the rapid surge of the Internet and social media. While many businesses have completely migrated their advertising efforts to the web because of its cost effectiveness, exposure potential and convenience, print media still maintains its stance as a powerful and necessary component of an ad campaign. Let’s take a closer look at print media and some advantages it has over its digital counterparts.

Tangibility – A print media piece is a physical thing. Magazines and newspapers can stay in houses or offices for months or years, while Internet ads can disappear into cyber space instantaneously.

Credibility – There is something about print media that gives a sense of legitimacy. The saturation of popups and banner ads on the web can be overwhelming and the fear of spam and viruses is enough make people weary of clicking. There is no imminent danger in a print media ad.

Branding – Print media ads are excellent for solidifying your brand identity. Your ads should have a consistent aesthetic in terms of fonts, colors and types of images to establish brand recognition.

Target Marketing – Placing ads in publications such as specialty magazines can effectively reach niche audiences that may be more difficult to target online.

More Engaging – Consumers are more engaged when reading printed material, unlike websites, which are often skimmed in as little as a 15 second visit. A study shows that people read digital screen text 20% – 30% slower than printed paper. (Alshaali & Varshney, 2005)

Less Print media Ads – With more and more businesses relying solely on the Internet for their advertising needs, the decline of print media publication can actually be used as a marketing advantage. The publications are less crowded, allowing more room for your ad to shine, and possibly even cheaper prices for that ad space.

QR Codes – Placing QR codes on printed pieces is an excellent way to bridge the gap between print media and web. When scanned with a smartphone, the QR code will take you to a homepage or a special offer page that lives on the web.

The best way to market your business is to utilize as many channels as possible to reach every corner of your target demographic; this should not exclude print media. Although it is likely that most emphasis, in terms of advertising, will be executed online, there still exist those who revel in the glory of the printed page and it’s important to reach them. Finding the right balance between various media will ensure a steady revenue flow, an increase in sales and new customers.

This article comes from forbes edit released

Applications of Technical Textiles

The textile industry is challenged today to make a radical shift towards the increased use of renewable and recyclable materials. The European Commission declared bio-based products as a lead market in 2007. By 2020, 10 million tons of fibres should be coming from renewable resources. A substantial increase in cultivation and application of bast fibres, such as flax and nettle, as well as a breakthrough in the use of biopolymers is required.

Hence, a number of research projects have been carried out at ITA in the past few years to develop production and processing technologies for natural fibres (NF) and biopolymers. The studies deal with establishing processing methodologies through the entire textile processing chain for NF and biopolymers for developing products for applications in technical textiles.

The projects entail co-operation with institutes and industry partners from Germany and other European countries. The partners range from NF suppliers, biopolymer and filament manufacturers, chemists and additive suppliers, nonwoven producers, staple fibre processing and spinning companies, woven and knitted fabric manufacturers, composite manufacturers to end-users, such as OEMs, automotive and furniture industry, FRCPs and manufacturers of toys, suitcases and sports articles.

As a result, a range of technologies for processing biopolymers have been developed. These include nonwoven, staple spinning, weaving, knitting and compression molding technologies for biopolymer fibres and bio-composites of NF and biopolymers. Furthermore, products with at least similar performance compared to their market competitor have been developed.

Take for example, PLA woven fabrics exhibited 30% higher tensile modulus and 20% higher tearing strength as compared to polyester fabrics used for car seat covers. NF-PLA exhibited 70% higher tensile modulus and thrice the bending modulus as NF-PP composites used in car door panels. Some examples of the products are PLA fabrics for car seat covers, NF-PLA composites for car seat and door panels, bio-composite cell phone covers, self-reinforced PLA composite for applications in suitcases and other FRCPs.

This article comes from intnews edit released

Print Media- Your Brand Creation

Print Media are lightweight, portable, disposable publications printed on paper and circulated as physical copies which hold informative and entertaining content that is of general or special interest.

Today, many books, newspapers, magazines and newsletters are published on digital electronic editions on the Internet. The print media is an effective way to communicate with people locally or on international level. Attracting media attention can help expand your influence and name recognition in target communities.

Print Media gives a stand to your brand recognition. The colour, text, design, etc helps in recalling of your brand to your end users. Print Media plays a vital role in any business, small or big all has got its value added.

This article comes from innothoughts edit released

Technical Textile Case Study

Turning Post-Industrial Textile Waste Into a Commercial Engineered Textile

Supported by the federal governments TCF Strategic Capability Program that aimed to build innovative capability within the TCF sector, L&L Products has develop capacity to manufacture a new range of technical textiles from recycled fibre. Jean-Michel will profile the visionary research and product development by L&L Products that turns textile waste into new commercial products such as a short-fibre nonwoven textile that is now supplying the automotive industry in Australia, Europe and North America. He will outline the impediments the company experienced in developing nation-wide materials logistics and material handling system and the feedstock required.

Tools For Greener Product Innovation In The Technical Textile Industry

Manufacturers across the value chain face two key problems when it comes to building a greener brand. They want and need to design greener products, and then credibly market them. Designing truly greener products requires access to a comprehensive source of current and credible life cycle data. For several years, INDA, Association of the Nonwoven Fabrics Industry, and Sustainable Minds have been working to understand the product sustainability landscape for nonwovens. Terry will discuss life cycle assessment and how manufacturers can use it to make greener decisions in R&D and to build a greener brand.

This article comes from ttna edit released

Print Media

Print media typically includes newspapers, articles, journals etc. on the other hand, electronic media could be internet, television etc.

Print Media

  • Choice of reading – Allows user to read anytime and can be carried anywhere.
  • A much affordable form of media when compared to electronic.
  • For an individual, it’s quite an easy proof for any sort of information – People specially living in rural areas can easily afford a newspaper as compared to TV’s etc.
  • Relatively easier form of accessibility public for campaigns etc.

Electronic media

  • A more advanced form of media.
  • Introduces more revenues and job opportunities.
  • Relatively a more innovative form of media. Thanks to motion pictures, animation etc.
  • A variety of options available unlike print media. People can surf through different channels, site etc.
  • Very appropriate for instant POLLS reviews of public.
  • Works better for people with hearing and seeing disabilities.
  • Can be reached faster and can be made LIVE.

The main intent of any media is to pass information to pubic. Be it electronic or print media, the public needs to be aware of the news. Most of the people in daily lives start with print media and gradually, as the day passes by, switch to electronic media.

This article comes from careerride edit released

Various Types Of Textiles

20160823

Medical Textiles

  • Medical textiles and bio-materials for healthcare
  • Bio-polymers and Bio-technology
  • Technologies involved in textile biotechnology
  • Smart textiles and bio-materials containing enzymes or enzyme substrates
  • Enzymatic treatment versus conventional chemical processing of fibres

Technical Textiles

  • New materials for fibres and extrusion (Functional fibres)
  • Geotextiles, civil engineering, building and construction
  • Sports and leisure
  • Electrospinning and Nanotechnology in technical textiles
  • Filtration, packaging and other related field textiles
  • Automotive and other transportation media

Smart and Interactive Textiles

  • Intelligent textiles and clothing
  • Wearable electronics and photonics
  • Formation of electrical circuits in textile structures
  • Conductive textile materials
  • Clothing bio-sensory engineering including piezoelectric smart materials
  • Solar textiles: production and distribution of electricity coming from solar radiation
  • Engineering textile and clothing aesthetics using shape changing materials
  • Shape memory polymer films for breathable textiles
  • Development of shape memory alloy fabrics for composite structures
  • Textile micro system technology

This article comes from technical-textile edit released