United Sewing Automation Opens American-Made Face Mask Manufacturing Facility In North Carolina

MOUNT AIRY, N.C. — August 4, 2020 — United Sewing Automation Inc. (USA) today announced the official opening of its new automated manufacturing facility in Mount Airy, N.C., to produce disposable PPE face masks made from U.S.-sourced materials. With the onset of the coronavirus pandemic, America’s reliance on imported PPE has caused great distress for frontline healthcare workers. In addition, the United States has been flooded with cheap inferior face masks imported from China that do not provide the protection needed to fight the spread of the Covid-19 virus. As a result, USA’s ownership team took the initiative to invest in automated equipment to manufacture American made medical grade masks to provide proper protection for Americans.

Made from high quality U.S.-sourced materials, USA’s facemasks feature a three-ply design with a built-in adjustable nose bridge and ear loop straps made of nylon and elastic cord to provide a better fit than traditional disposable masks. USA’s medical grade facemasks are tested for protection against bacterial and other airborne particulates, liquid barrier protection, breathability, and is rated as the best Class 1 for Flammability. USA’s FDA registered manufacturing facility is located in Mt. Airy.

“Due to the significant shortage of personal protective equipment caused by the COVID-19 pandemic, we decided to do our part to help fill this void by manufacturing medical grade facemasks at our facility in Mount Airy,” said Ben Webb, USA’s CEO. “We’ve installed new high-tech automated production equipment that now produces large amounts of face masks quickly and efficiently. We believe that Americans deserve the highest quality facemask protection and we are committed to providing them to America’s families. Our masks are not available for export until this pandemic is over. We will continue to work until the demand is met. Our goal is to provide a mask for every face in America every time one is needed. We are all in this together.”

USA’s ownership team has many years of experience in the textile and apparel industry and had the vision in 2017 to bring apparel manufacturing back to Mount Airy, N.C., through automation. USA recently installed high-tech Ultrasonic welding machines and automated production equipment capable of producing more than 1,000,000 face masks per week.

Posted August 4, 2020

Source: United Sewing Automation

Timken Drives® Launches Chain Engineer Web App

NORTH CANTON, Ohio — August 4, 2020 — The Timken Co., a supplier of engineered bearings and power transmission products, has unveiled a new mobile app from Drives® featuring a collection of robust tools that make it simple and convenient to find the right chain for new and existing drive or conveyor applications. Called Chain Engineer, the app allows engineers and maintenance professionals to select, interchange, configure and track elongation from their desk or mobile device.

“We are constantly striving to make it easier for our customers to find the best fit for their application needs, which is why we developed this app,” explained Rich Neuhengen, principle product manager, Drives. “This chain-focused app not only helps users find the right fit within our product portfolio, but it also allows them to manage the critical maintenance task of tracking elongation on a variety of equipment ranging from cranes and container handlers to industrial drives, conveyors and kiln driers.”

Additional features and benefits of the Chain Engineer app include:

  • Drive chain selection: Select a precision roller chain for drive applications based on required parameters and center distance. It can also help confirm whether the right chain is being used in existing applications.
  • Conveyor chain selection: Select the ideal conveyor chain for a horizontal, incline or vertical system, including slat, bulk and bucket systems.
  • Precision roller chain and attachments interchange: Compare and interchange tier-one chains and attachments.
  • Chain measurement: Provides instructions on how to measure leaf chain, roller chain, agricultural chain and kiln drier chain. Allows user to input data and track chain wear life on various applications. Users can continue to record data and access and share reports under their established accounts, supporting maintenance best-practices over the life of their equipment.
  • Chain configurator access: Visually see your chain assembly as you choose your specific size, length and attachments. Generate 2D or 3D CAD modules, submit a request for quote and ensure proper communication of your drive requirements.
  • Resource library: Access a library of helpful technical documents, brochures, catalogs and more.
  • Save and share feature: Create reports and download PDF files that can be easily shared with customers or colleagues.

Chain Engineer is a mobile web app and can be downloaded to your phone by using the “save to home screen” or comparable feature available on your device. Chain Engineer is also available as a web-based resource at www.chain-engineer.com. Also available, the Drive Engineer® belt drive design web app from Timken Belts can be accessed via a link on Chain Engineer. For more information about the Chain Engineer app or Drives products, visit www.driveschain.com.

Posted August 4, 2020

Source: The Timken Co.

U.S.-Based Textile Companies Join Forces To Fill The Nation’s PPE Gap

FALL RIVER, Mass. — August 4, 2020 — Faced with a global pandemic and massive personal protective equipment (PPE) shortages in the United States, three large textile companies — each strong in its own niche — banded together quickly this spring to help fill the nation’s explosive demand for PPE.

The result was a fast response to PPE needs and an ongoing relationship that promises to help the country continue to meet growing demand for PPE across multiple sectors of the economy as we continue to fight the COVID-19 pandemic.

The collaboration included Merrow Manufacturing Inc., ColorWorks and Bolger & O’Hearn Inc.

Merrow Manufacturing is a large, high-tech cut and sew operation based in Fall River, Mass., typically used by fashion and textile brands to make hard and soft textile goods.

Bolger & O’Hearn, also based in Fall River, provided the high-powered durable water repellents designed to repel oil, water and blood when applied to PPE fabrics, as well as other textile chemistries needed to meet ASTM requirements for Levels 1, 2, and 3 for medical PPE. A bluesign system partner, B&O is also known for developing chemical products based on environmentally-compliant materials and technologies.

ColorWorks, which is located in Elizabethton, Tenn., took charge of the dyeing and finishing of millions of yards of fabric used to make the PPE. ColorWorks was purchased in January (2020) by Ocean State Innovations (OSI), which is based in Portsmouth, R.I.

“OSI has a long history working with both Bolger & O’Hearn and Merrow,” said Bryan Boulis, president of OSI. “ColorWorks relies heavily on the support of the R&D talent at Bolger. In March of this year I reached out to Charlie Merrow [CEO of Merrow Manufacturing]  in regard to his efforts to fill the PPE void both locally [for hospitals in New England} and throughout North America. Charlie presented his specifications and my team immediately reached out to Bolger & O’Hearn. ColorWorks has used 100 percent Bolger & O’Hearn products on all of the woven products we shipped to Merrow.”

In normal times, Merrow is a large domestic manufacturer of soft goods. Family owned, and in operation since the late 1800’s, Merrow invented the overlock stitch and its manufacturing floors in Fall River are typically humming with the sound of up to 500 sewing machines and a small army of high precision fabric cutters.

Earlier this year, in response to the COVID-19 pandemic, Merrow quickly pivoted and focused their textile cut and sew expertise on meeting New England’s sudden, urgent need for medical isolation gowns. In less than two months, Merrow quickly became one of the largest manufacturers of PPE in North America and through collaborations with Bolger & O’Hearn and ColorWorks, as well as Dupont, Merrow has, since March, manufactured millions of units of PPE. Their work has been so critical to the safety of New England residents, that Merrow was recognized by Rhode Island’s governor, Gina Raimondo, in an address to the state this spring.

Bolger & O’Hearn’s R&D group has a long history of working with brands and mills throughout the US textile industry, developing custom chemistries designed to give their customers a competitive edge. Since March at the beginning of the pandemic, much of this work has focused on developing high powered durable water, oil and soil repellents used to manufacture items of PPE that meet Levels 1,2 and 3 requirements for medical PPE.

“Bolger & O’Hearn is proud to be at the forefront of the effort to rebuild the US textile industry’s PPE supply chain, and support brands and mills throughout the US, by developing the chemistries that help them meet our country’s urgent demands for medical gowns, curtains, lab coats and other essential items of medical PPE,” said Kelly Murphy, co-president of B&O.

“With like-minded people working together, the possibilities of what we can achieve in the face of this pandemic are limitless. The push for personal protective equipment is not going away anytime in the near future.”

Posted August 4, 2020

Source: Bolger & O’Hearn

Consortium Develops First Textile Palm Fibers And Reinforcements

CAIRO — July 31, 2020 — A consortium of five Egyptian researchers have developed the world’s first high performance fibers and reinforcements extracted from the byproducts of pruning of date palms, such as frond and fruit stalks. PalmFil fiber is not only sustainable, but also economical in manufacturing, compatible with textile and composite processing and offers the properties needed for lightweight cars of the future.

“In the 1980’s the shift from natural fibers to man-made fibers was mainly to bridge the gap between the increasing demand for textile fibers and the limited supply of natural fibers,” said Dr. Mohamad Midani, partner, PalmFil Consortium. “In order to reverse this shift, there is a need to explore more sources of natural fibers and increase the biodiversity of fiber crops. This is actually what we did, there are more than 140 million date palms mostly concentrated in the Middle East and North Africa, generating yearly more than 4.8 million tons (dry wt.) byproducts of pruning regarded as agriculture waste. This represented a burden on palm growers, and was the main cause of fire accidents and infestation by dangerous insects. Those byproducts could otherwise be transformed into 1.3 million tons/year natural textile fibers, ranking third after cotton and jute.”

There has been several previous attempts to extract fibers from date palm byproducts through crushing and grinding, resulting in a biomass rather than textile fibers. PalmFil consortium succeeded in extracting the first long textile fiber from such byproducts and converted it into fiber tow, chopped fiber, spun yarn/ roving, nonwoven mat, woven fabric, and unidirectional tape. The new fiber represent a sustainable material base for a wide spectrum of industries. Ranging from natural reinforcements for composites in automotive and sporting goods, plaster reinforcements in construction, burlap sacks for packaging, ropes, and twines, non-wood papers, and other consumer products.

“Date palm byproducts have been used for centuries in the Middle East and it is a heritage related material,” said Dilip Tambyrajah, secretary general, International Natural Fiber Organization. “It is culturally embedded in Middle Easterns but possibly forgotten in modernity. Recent R&D conducted by PalmFil consortium demonstrates the potential of date palm fiber; its use in the modern context and in industrial settings. Revival of the fiber sector in the Middle East will need dedication and national commitment. The use of date palm fiber is not the issue. The use of most natural materials like the date palm fiber contribute towards maintaining biodiversity, provide employment and income and enable sustainable development in general. However, the key to its revival will be the national will and support to encourage the development of a reliable supply chain that can service the various production sectors that could use the fiber.”

“It has been a long five years marathon of self-supported research, relying completely on our personal funding and driven by a strong believe on the impact of such innovation on the sustainable development of rural communities and their livelihoods,” said Dr. Ahmed Hassanin, partner, PalmFil Consortium. “We wanted to rediscover this underutilized resource, and prove to the whole world that we could economically extract textile fibers from it, without abiding to the agenda of any funding institution.”

The new date palm fiber is obtained from renewable bioresources and it does not cause deforestation or compete with food production. It is 100-percent biodegradable and compostable and has specific tensile strength 5 times higher than structural steel, and equal to those of flax, hemp and sisal. Its vibration damping and acoustical insulation is higher than those of glass and carbon and with thermal insulation higher than carbon.  Moreover, it can be easily blended with other long fibers such as flax, sisal, and abaca, or it could be chopped and blended with hemp, kenaf, and jute.

“We did a comprehensive research to optimize the extraction process and we did a thorough characterization of the new fiber,” said Lobna Elseify, partner, PalmFil Consortium. “The research results were very well received by the scientific community and featured in research and review articles in some of the most prestigious scientific journals in the field, such as, Industrial Crops and Products (Elsevier) and Cellulose (Springer). The new fiber was also well accepted by the industrial community in Egypt, and it has been processed on a full industrial scale spinning line at the Egyptian Industrial Center of Flax. We are currently establishing connections with the leading automotive manufacturers in Europe, and we are conducting a dedicated research on date palm fiber composites in automotive.”

PalmFil technology contributes to the circular bioeconomy following a closed loop cycle from cradle to cradle. Moreover, the extraction technology could be applied to byproducts of other palm species such as oil palm, sugar palm, doum palm as well as other agriculture byproducts such as broomcorn.

PalmFil consortium have more than 50 years of combined experience in fiber science, textile technology and composite engineering. They are currently seeking partnership to further develop, scale-up, and commercialize PalmFil technology. It has recently launched a website to commercially announce its innovation, and it will present more about the new material in an upcoming live webinar that will be announced soon.

Posted August 4, 2020

Source: PalmFil

Lydall Breaks Ground On New Filtration Center Of Excellence 

MANCHESTER, Conn. – July 31, 2020 – Lydall, Inc. — a U.S. manufacturer of value-added engineered materials and specialty filtration solutions that create a cleaner, safer and quieter world — hosted a groundbreaking ceremony on Friday, July 24, to celebrate a major expansion of its production facility in Rochester, N.H. The ceremony marked the beginning of construction on Lydall’s Filtration Center of Excellence, where the company will develop new, high-performing and environmentally sustainable media for air and liquid filtration. The new facility will also house two new production lines that will enable Lydall to dramatically increase production of fine fiber meltblown filtration media for N95 respirators, surgical masks and air filtration systems. U.S. Senator Jeanne Shaheen, Mayor Caroline McCarley and Will Arvelo, director of State of New Hampshire Division of Economic Development, were also in attendance.

“This celebration represents a turning point for our company and solidifies our position as the leading provider of specialty filtration solutions in both the U.S. and the world,” said Sara A. Greenstein, president and CEO of Lydall. “To address the immediate need for personal protective equipment, or PPE, and to support the wider need for improved air quality beyond COVID-19, Lydall is fully prepared to deploy our deep manufacturing experience and longstanding heritage in innovation to deliver the products that will keep people and places safe.’”

Each of the elected officials who attended the event spoke about the great importance of the products Lydall makes and the company’s role in the fight against COVID-19:

  • Senator Shaheen: “The quick work to begin building these production lines really affirms why we – as a nation – need to prioritize local manufacturing of personal protective equipment (PPE) and other key products needed to fight this virus. This contract comes at a critical time as COVID-19 cases continue to increase across the country and will help Lydall produce 1.7 billion N95 masks per year to provide essential PPE to frontline workers. Thank you to all of the Lydall employees who are coming to work every day – putting the health of others before their own – so those on the frontlines can do their jobs safely.”
  • Mayor McCarley: “New Hampshire is a close-knit community. You are making an incredible contribution, not only for the city of Rochester and the state of New Hampshire, but also for the United States and the world.”
  • Will Arvelo: “What you do for frontline workers, and for all of us, is critically important. What you’re building here will showcase the city of Rochester and the state of New Hampshire. When business and government leaders come together, we create great things for the world.”

By May 2021, when both new production lines are fully operational, Lydall will increase its capacity of fine fiber meltblown filtration media to support the domestic production of 1.7 billion N95 respirators or 6.5 billion surgical masks per year. Lydall’s specialty meltblown media is also a key component for MERV-, HEPA- and ULPA-grade filters used to improve air quality in hospitals, airplanes, restaurants, office buildings and other public spaces. To serve the European market, Lydall also manufactures meltblown filtration media at its facility in Saint Rivalain, France.

Lydall’s investment in the expanded facility and new production lines is supported by a $13.5M commitment from the U.S. federal government. This commitment is a product of the ongoing collaboration between the Department of Defense and the Department of Health and Human Services, led by the Department’s Joint Acquisition Task Force and funded through the Coronavirus Aid, Relief, and Economic Security (CARES) Act.

Posted August 4, 2020

Source: Lydall

Inner Mettle Addresses Microbial Threats With Introduction Of IM ViroBac Fabric

LONDON — August 4, 2020 — Inner Mettle (IM), an innovator in the field of materials serving the sustainability and well-being of the environment and humanity, is launching its latest product — IM ViroBac fabric, proven to reduce microbial threats on touch within 30 minutes.
IM ViroBac fabric has been developed to reduce the risk of viral and bacterial transmission via surface contact applicable to a multitude of situations in a commercial environment, such as public transport, medical facilities and hospitality.
“High touch surfaces, such as seats, bedding, curtains, could all play a more protective role, rather than a source of contamination, by reducing the amount of risk on touch,” highlighted the Executive Director of Inner Mettle (IM), Inam Saleem.
Thanks to its versatility, the soft fabric can be used to produce consumer products, much in need during the current, and future crises, referring to gloves and masks, Saleem added.
Coronavirus efficacy 
In order to confirm the viral efficacy of Inner Mettle’s ViroBac technology, the company recently commissioned an independent EPA and FDA regulated  laboratory, to put its IM ViroBac  fabric through rigorous testing against a strain of the hu man coronavirus family.
“We wanted to provide our partners with continued confidence in the efficacy of our technology, and are proud to announce the results revealing its efficacy guarding against the Human Coronavirus (229E), with a reduction of 97.5 percent within 30 minutes,” Saleem said.
“Viruses are different from bacteria as they require living host cells in order to survive, whereas bacteria and mould can thrive independently. As a result of this difference, viruses are much more difficult to test against, especially for solid surface testing. Specialist equipment is needed, and the methods utilise living cells in order to test the viruses,” he added.
Inner Mettle stresses not to confuse the human Coronavirus (229E strain) with SARS-CoV-2 (COVID-19), which is not available for public testing as this point in the pandemic, as the Center for Disease Control and Prevention (CDC) has categorised the virus at a biohazard level 3 and above.
Inner Mettle’s Vision 
Inner Mettle’s ambition doesn’t stop at the current crisis, but is rather developing products with a view to the future to address upcoming global challenges.
“It has been testing times for everyone around the globe, and we have been working around the clock to find ways to assist and contribute to the current challenge. Touch contamination remains a primary mode of transmission, having a comprehensive approach to contain pathogens, especially in an urban environment, is going to be a priority moving forward,” Saleem said, emphasising that public and private sector collaboration would help speed up innovation to combat, both, current and future, challenges.
According to a 2019 United Nations news release, a report released by the UN Ad hoc Interagency Coordinating Group on Antimicrobial Resistance, warned that if no action was taken, drug-resistant diseases could cause 10 million deaths each year by 2050, and damage to the economy as catastrophic  as the 2008-2009 global financial crisis. By 2030, antimicrobial resistance could force up to 24 million people into extreme poverty.
“Antimicrobial resistance is one of the greatest threats we face as a global community. This report reflects the depth and scope of the response needed to curb its rise and protect a century of progress in health,” said Amina Mohammed, UN Deputy Secretary-General and Co-Chair of the IACG.
“It rightly emphasises that there is no time to wait, and I urge all stakeholders to act on its recommendations, and work urgently to protect our people and planet, and secure a sustainable future for all,” she added.
The report highlighted that strengthening infection prevention, and control, in health c are facilities, farms, schools, as well as the community at large, using available tools , were central to minimizing disease transmission, as well as the emergence and transmission of antimicrobial resistance in humans, animals, plants, food and the environment.
It furthermore called upon all stakeholders, including government, civil society, and the private sector to collaborate to achieve, what it termed a ‘sustained One Health’ response to antimicrobial resistance.
Inner Mettle believes that its IM ViroBac  technology is well placed to contribute to the UN’s vision.
“We are working on other solutions, including an adhesive film that could assist with similar surface protection, as we see with the ViroBac fabric,” Saleem added.
Posted August 4, 2020
Source: Inner Mettle

H.B. Fuller Launches All-In-One Elastic Attachment Adhesive Solution With Full-Care® 8220

SAINT PAUL, Minn. — August 4, 2020 — H.B. Fuller has launched the latest generation of elastic attachment adhesives with Full-Care® 8220 to better serve the nonwoven hygiene industry, which is increasingly using elastic materials. This all-in-one elastic attachment adhesive demonstrates best-in-class creep and sheer strength performance across all key adult and baby diaper applications. The new solution addresses, for instance, leakage and blowouts identified as the number one consumer pain point, according to the company latest study.

The market trends for training pants, adult incontinence products, and alternative product designs with stretch features are driving the increase in elastic usage. According to Euromonitor International Outlook, global demand for training pants is expected to grow at 9 percent CAGR, significantly outpacing the growth of open diapers in the next five years, while improved product designs and fit drive elastics usage for the product category is expected grow at 5 percent CAGR 2019-2023. Also, various elastic features, such as doubled cuffs and stretchable cores, in alternative product designs aim at improving fit and preventing core sagginess after insult. As an all-in-one elastic attachment adhesive, Full-Care 8220 can be used for these applications.

When tested against the industry standard elastic adhesive, Full-Care 8220 demonstrated:

  • Excellent creep resistance at the lowest industry coat weights;
  • Robust sheer strength for high-stress tear, tab and insert attachment applications;
  • Reliable curved elastic attachment performance on curved application for improved article fit;
  • Potential for savings, with up to 25 percent add-on reduction on key industry substrates;
  • Excellent processability across various machine types, allowing for higher productivity and minimized downtime for hygiene manufacturers.

Also, when tested in a third-party lab against other leading adhesive suppliers in an elastic adhesive benchmarking study conducted by a North America adult incontinence product manufacturer, Full-Care 8220 outperformed four leading competitive elastic adhesive products, delivering zero creep. Learn more about this new adhesive here.

Posted August 4, 2020

Source: H.B. Fuller

SDL Atlas Introduces Innovative New Fabric Fixture For Testing Stretch Fabrics

ROCK, S.C. — August 4, 2020 — SDL Atlas has developed a new fixture for testing stretchy fabrics on their MMT®: Moisture Management Tester. The new Stretch Fabric Fixture will offer more accurate testing for how a fabric will behave while in use by the end customer.

Previously when fabrics were tested, they were laid flat. This positioning may not portray a complete picture of performance for some types of fabrics, particularly those with stretch properties like those used for athletic clothing and underwear.

The Stretch Fabric Fixture is comprised of 3 pieces that will prepare a fabric sample in a stretched position for testing. The percentage of stretch can be easily adjusted to the test’s requirements using the scale on the fixture’s handle. Samples can be stretched up to 50%. Once the percentage of stretch is set, the sample is clamped into place with a Clamping Ring, removed from the fixture and placed directly onto the MMT’s test area for moisture management testing.

The MMT Stretch Fabric Fixture is now available for world-wide delivery.

Committed to providing customers confidence in standard based testing, SDL Atlas has offices and experts in the United States, United Kingdom, Hong Kong and China, plus agents serving over 100 countries, SDL Atlas is ready to support its customers with instruments, test materials, and services anywhere in the world.

Posted August 4, 2020

Source: SDL Atlas

Inkcups Introduces Vivid White: The Brightest Digital White Ink On The Market

DANVERS, Mass. — August 4, 2020 — Inkcups has announced the release of the brightest white ink available on the UV inkjet market: Vivid White.

The newest addition to Inkcups’ highly regarded S1 UV Ink Series, Vivid White reproduces the brightest whites available in the industry. Based on decades of experience and after thorough and rigorous testing, Inkcups created a formula for the ideal ink that can print a vivid white on dark substrates. Vivid White can also act as an opaque white background for multi-colored graphics to enhance the colors of artwork and make them appear more vibrant. This benefit ensures color matching is consistent across all products — the more opaque white will allow the true colors to show on dark substrates.

Like all S1 UV Ink series colors, Vivid White has exceptional adhesion capabilities and meets the same rigorous adhesion and compliance standards as others in the product range. One exceptional attribute is that Vivid White is a pour-over for printers using the company’s S1 ink, which eliminates the need for customers to flush their machines when switching to this white ink. It can also be used in other printers where improved white opacity is needed.

Vivid White is ideally suited for a variety of substrates including stainless steel, coated metals, plastic and more. It can also print on a wide selection of flat and cylindrical objects. Applications include drinkware, injection molded housings, promotional items, electronics and more.

“For high-quality graphics, a bright white makes all the difference. We have been working for a few years to find the ideal pigment combination to provide the brilliant white opacity in combination with easy jettability. Our new Vivid White really makes a visible difference and after extensive testing we believe it is the brightest white in the market,” said Ben Adner, CEO of Inkcups.

The ink is fully compatible with the wide range of Inkcups digital printers.

Vivid White digital ink is engineered and manufactured in the U.S. and available for order now.

Posted August 4, 2020

Source: Inkcups

Kaman Recognized By Sikorsky As “Elite Supplier”

BLOOMFIELD, Conn. — August 4, 2020 — Kaman Corporation is proud to announce that Kaman Composite – Vermont, Inc. (“Kaman Composites Vermont” or “KCV”), has recently been named the Rotary and Mission Systems Elite Supplier by Sikorsky Aircraft Corporation, a Lockheed Martin company. The award comes after a partnership with Sikorsky on the design and development of their MH-60R radome program.

“The program provided us with a unique opportunity to partner with an industry leader on their radome design,” said Alexander Gamble, General Manager at Kaman Composite –Vermont, Inc. “We were able to take a customer need, leverage our expertise to design, conduct in-house testing and analysis, and take the program into full production, while maintaining stellar performance.”

Kaman Composite Vermont started working with Lockheed / Sikorsky on the program in 2002 and KCV continues the production of the MMR Radome with over 200 delivered. Kaman has expanded their design services and established the Radome Center of Excellence at the Vermont facility which employs a full staff of design engineers and technicians.

“Our composites businesses continue to deliver the complex composite structures that meet the highest standards of its Aerospace customers. This award additionally demonstrates the exemplary relationship the KCV team has developed with Sikorsky,” stated Mark Withrow, President & General Manager – U.S. Composites.

Posted August 4, 2020

Source: Kaman’s Corporation

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