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GUALAPACK AND ELLA’S KITCHEN COLLABORATE TO LAUNCH BABY FOOD CAP MADE WITH ADVANCED RECYCLED PLASTICS

GUALAPACK AND ELLA’S KITCHEN COLLABORATE TO LAUNCH BABY FOOD CAP MADE WITH ADVANCED RECYCLED PLASTICS

The recycled content for the cap is created using certified circular polymers from SABIC’s TRUCIRCLE 
portfolio and comes from recycled plastics from post-consumer waste that would otherwise typically be
destined for incineration or landfill.

SABIC’s resins are then used by Gualapack, the market leader of spouted pouches in the baby food segment and supplier to Ella’s Kitchen, to produce the cap. Ella’s Kitchen will become the first company in the baby food category to use certified circular polymers from SABIC’s TRUCIRCLE portfolio.


Abdullah Al-Otaibi, ETP; Market Solution General Manager at SABIC, said: “, we are committed to
creating sustainable, innovative solutions for our customers which have been produced in a way that optimize
our planet’s natural resources and create value out of post-consumer plastics. Using advanced recycling
technology we produce materials for high-quality, food-grade packaging which can be upcycled over and over
again. This new collaboration with Ella’s Kitchen is beneficial to the eco-system of food packaging, and is
another significant step towards a circular economy for used plastics.”


The new collaboration forms part of Ella’s Kitchen’s wider packaging commitments to lower the environmental
impact of its packaging and to make all of its packaging widely recyclable by 2024.
Chris Jenkins, Who Runs The Good Stuff We Do (Sustainability + Corporate Communications) at Ella’s Kitchen,
said: “Protecting the planet for future generations is a top priority for us at Ella’s Kitchen. That’s why we are
proud to partner with SABIC to work on innovative ways how we can lower the environmental footprint of
our packaging by introducing recycled content.

We understand that this will not solve the recyclability question of our packaging, but hope it will demonstrate our continued commitment to creating change and the opportunity chemical recycling can play to create food contact recycled content for packaging. We hope that industry continues to focus and invest in advanced recycling to increase the availability of the material which is what is really needed to unlock lasting change.”

Stefano Manfredi, Global Sales and Marketing Director at Gualapack, said: “We are delighted to be part of this
innovative journey together with our customer and supplier as we have the ambition to offer the largest
portfolio of sustainable solutions.”

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Cosmo Films continues its profit expansion journey with 65% PAT growth

Cosmo Films continues its profit expansion journey with 65% PAT growth

 

 Cosmo Films Limited, a Global Leader in Films for Packaging, Labelling, Lamination and Synthetic Paper and an emerging player in Specialty Chemicals, Polymers & Pet care today declared its financial results for the quarter ended December 2021.

Q3FY22 EBITDA has increased by 44% (vs. corresponding quarter) on the back of higher speciality sales, better operating margins and improved performance by subsidiaries. Enhanced EBITDA together with lower finance cost and lower effective tax rate led to increase in PAT by 65%.

Increase in EPS was still higher at 75% due to impact of buyback of shares in December 2020. The Board of Directors has declared second interim dividend of Rs.10 per equity share for the FY22. Together with first interim dividend, total dividend for FY22 would add up to Rs.35 per equity share compared to Rs.25 for FY21.

During the quarter, the Company has received sanction under Production linked Incentive (PLI) scheme for production of speciality films for use in electronic products. The incentive under the scheme will be for five years on 100% production of the new plant.

Commenting on Company’s performance Mr. Pankaj Poddar, Group CEO, Cosmo Films Ltd. said “In coming years, the Company’s growth will be driven by Specialized Polyester line (commissioning in FY 23) and new BOPP line (commissioning in FY25), continuing focus onspecialty sales and diversification into specialty chemicals & Pet care business (under Zigly brand).

Zigly’s pilot launch has delivered better than the forecast and the Company looks forward to rolling out its digital first Omni channel business model. Textile Chemicals business which started commercial production in Q2 FY22 has taken off well.

Within the first three months the Company has commercialized 40+ products and has started supplies to 40+ customers. The Company continues to conduct extensive trials with the customers and expects to add newer products and customers in the coming months.

The Company has also published its first report on sustainability and ESG initiatives on its website. The Company continues to work on several sustainability projects which shall further create favourable environment impact besides cost optimization.”

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Small and flexible: alpha plus extruders for roller blind producer

Small and flexible: alpha plus extruders for roller blind producer

The French company SPPF based in Cholet Cedex produces 350,000 roller blind boxes and roller blinds per year and is thus known as a specialist in standard and customized PVC system solutions for windows. To extend its production capacity, battenfeld-cincinnati Austria GmbH from Vienna recently delivered a total of three alpha plus extruders with 60 mm diameter to the profile manufacturer. The customer is enthusiastic about this new version of the standard extruder model with BCtouch UX compact control.

20 years ago, battenfeld-cincinnati launched alpha, a product line with a completely new concept: a compact, standardized extruder series to make small technical profiles and pipes available at an attractive price without delivery times.

The sales success of this article has continued unabated ever since. The extruder specialist responded by adding the alpha plus to the range at the K 2019. Technically speaking, it is still the familiar high-tech plug & play extruder model, but this time plus the new BCtouch UX compact control system.

“With its easy, intuitive operation, this control system facilitates daily production work for our machine operators”, says Guillaume Le Roc’h, Production Manager at SPPF. Similar to its large sister, the BCtouch UX control system already long-established in the market, this new control system scores by its clear display of all required features on a 12” screen.

Pop-ups for settings and data input allow operation almost without any previous knowledge. A highly sensitive temperature monitoring facility is also integrated in this compact control system, which is of special advantage where thermally sensitive materials are processed.

Alpha extruders are available in sizes of 45, 60 and 75 mm as basic models, as well as with finely or coarsely grooved feed zones according to customers’ choice. They are equipped with a Knödler drive system as standard and come with an extremely compact design thanks to a highly sophisticated substructure.

SPPF chose the 60 mm version with a smooth feed zone and is very pleased with the new extruders. Guillaume Le Roc’h comments: “The extruders show high-quality workmanship and are consequently very reliable. Thanks to their compact footprint, they are also suitable for flexible use, which is very important in view of our extensive product portfolio.”

Of course, the sales price was also an important sales argument for the roller blind manufacturer. After all, the very combination of the extruders’ technical features with attractive pricing continues to win customers worldwide. More than 1,300 alpha extruders have been sold, 30 of which are plus models.

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MEDACCRED VIRTUAL AUDITOR TRAINING HELPS OVERCOME CHALLENGES TO GLOBAL COVID TRAVEL RESTRICTIONS

MEDACCRED VIRTUAL AUDITOR TRAINING HELPS OVERCOME CHALLENGES TO GLOBAL COVID TRAVEL RESTRICTIONS

MEDACCRED has adapted its approach to training its auditors in response to the global pandemic-related travel restrictions.

To address the physical restrictions imposed by limited-entry national borders due to COVID, MedAccred is training some of its new auditors virtually via livestream video while the lead auditor trainer conducts an in-person audit from the factory floor.

In their first training audit, auditor trainees virtually observe a lead auditor conduct an in-person audit at a manufacturing facility. The trainee then performs the next two in-person manufacturing process audits while
being observed virtually by a lead auditor.

The primary method for auditor training continues to be in-person training within manufacturing facilities, but this new virtual training enables MedAccred to develop a strong regional capability in areas that continue to have travel restrictions in place.

This innovative training approach ensures continuity of auditing procedures and uninterrupted critical oversight across supply chains in the medical device industry during a period of disruption for global manufacturing as a whole.

Trademark Plastics in Riverside, California, was the first MedAccred Plastics Injection Molding accredited company to volunteer to host the virtual auditor training for new MedAccred auditors located in China and India.

Bryan Barrera, Chief Operating Officer for Trademark Plastics, said:
“Trademark Plastics Inc. has been honored to assist with virtually training new auditors for the MedAccred program. We’re proud to contribute to the global standardization of medical device manufacturing which will result in overall enhanced quality and patient safety. It’s more important now, during this pandemic, to maintain our focus on high standards throughout the industry.”

Connie Conboy, Director for MedAccred, said:
“During this period of disruption, it’s critically important for the MedAccred program to provide continuity of supply-chain oversight to our OEMs all over the world This ensures they can maintain the highest quality standards throughout the duration of the pandemic and beyond. We have pivoted to provide that critical global oversight, in spite of travel restrictions and closed borders, which will ultimately result in enhanced safety for patients.”

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Floreon signs UK compounding agreement with Hubron

Floreon signs UK compounding agreement with Hubron

Floreon is pleased to have signed a license agreement with one of the world’s leading suppliers of black masterbatch, Hubron (International). As a licensed compounding partner in the UK, Hubron has access to Floreon’s high-performance, durable, and flame retardant bioplastic materials, as well as compostable grades for horticulture and food packaging.

With over 85% of masterbatch production exported through a worldwide network of distribution partners, Hubron is an ideal partner to export Floreon grade bioplastics internationally.

“Hebron will provide us with technical support and technical staff to assist in customer trials. Collaboration is incredibly important to us, especially when our values, such as UK-based production, are so aligned, and we look forward to seeing this UK license agreement flourish.

” Floreon Technical Director, Andrew Gill.

Floreon is a high-performance, plant-based plastic, derived from crops such as corn and sugar cane, making it a renewable alternative to oil-based plastics. With over 12 years in development, Floreon now produces a variation of bioplastic grades that offer up to seven times improved carbon footprint to ABS-based plastics.

“There is a huge opportunity to utilize Floreon’s technology and grades of bioplastic to enhance our sustainable offerings. Our global network seeks out innovative sustainable and end of life solutions, which makes our partnership with Floreon an exciting prospect.”

Fergus McKendrick, sales director at Hubron.

https://www.floreon.com

Toray Creates Negative Photosensitive Polyimide Material that Could Drive Ultrafast Communications

 

Toray Creates Negative Photosensitive Polyimide Material that Could Drive Ultrafast Communications

 
Toray Industries, Inc., announced  that it has developed a negative photosensitive polyimide material (see glossary note 1). This new offering maintains the characteristic thermal resistance, mechanical properties, and adhesiveness of polyimides while increasing resolutions and enabling high-definition pattern formation on 100-micrometer and other thick films.

The number of electronic components in smartphones and other mobile devices will increase to accommodate the greater speeds and capacities of 5G, 6G, and subsequent broadband cellular networks. These devices will need more miniaturized electronic components and higher density mountings. Finer fabrication processes for polyimide materials will thus be necessary for the insulating layers of electronic components.

To date, these layers have often employed negative photosensitive polyimide materials delivering outstanding chemical resistance and reliability. The downside is low light transmittance. Photosensitivity deteriorates when thicknesses exceed 50 micrometers, preventing fine processing. Other issues are high thermal stresses after curing and significant warping, reducing reliability during processing.

Toray developed a negative photosensitive polyimide material that is 100 micrometers thick and can fabricate vias (glossary note 2) with 10-micrometer diameters. The company achieved this by leveraging the functional polyimide design technology it has amassed over the years to enhance light transmittance and control photoreactions.

Toray additionally made it possible to cut thermal stress to less than half that of regular polyimide materials and thus reduce warping by controlling polyimide resin cross-linking density from photoreactions during exposure and lowering curing shrinkage.

This material should make it possible to miniaturize electronic components and semiconductor package wiring and enhance reliability. Toray is shipping prototypes with a view to commercializing the material as a varnish and sheet.

The company aims to augment its lineup with grades with low thermal expansion coefficients and dielectric levels and small dielectric losses, offering them for semiconductor devices and electronic components that can drive ultrafast communication technologies.

Toray plans to deliver a presentation on its breakthrough at Wafer Level Package Symposium 2022, which starts on February 15, 2022.

Toray will continue leveraging its core technologies of synthetic organic and polymer chemistry, biotechnology, and nanotechnology to research and develop advanced materials that transform societies in keeping with its commitment to innovating ideas, technologies, and products that deliver new value.

 

A new graphene nanotube product for thermoplastics allows automakers to increase cost efficiency

A new graphene nanotube product for thermoplastics allows automakers to increase cost efficiency

Painting of exterior automotive parts, such as fenders, bumpers, tanks flaps, grilles, mirror housing, exterior trims, and rear quarter panels, is complicated by the necessity of separate operation lines for metallic and polymer components, as plastics are insulative, which makes in-line electrostatic spray painting impossible. This leads to additional expenses and slows down the whole painting process. To overcome this, manufacturers of automotive parts should wisely choose temperature-stable thermoplastic grades and modify these systems with electrically conductive additives. The most widespread is carbon black. However, because of their high working dosage required, car end parts with additives demonstrate worsened mechanical properties and processing challenges.

Ocsial, the world’s largest manufacturer of single-wall carbon nanotubes, also known as graphene nanotubes, has launched the new easy-to-use TUBALL MATRIX 822 graphene nanotube concentrate specifically designed for PA, filled PPS, ABS, TPU, and PC compounds for injection molding.

Introducing these nanotubes creates a permanent and homogeneous electrical conductivity without “hot spots” in the range of 10^5–10^9 Ω·cm, while retaining the original key mechanical properties, such as durability and strength, and minimally impacting the host polymer matrix. Furthermore, a low working dosage of 0.1-0.3 wt.% of graphene nanotubes demonstrates only a limited effect on rheological properties and processability.

Graphene nanotube concentrate now enables in-line e-painting of plastic exterior parts together with metal components using electrophoresis, where previously, separate production lines were required. Manufacturers of polymer injection molded parts for automotive, industrial, construction, mining, and other applications now have the opportunity to reduce production costs and the number of rejected final parts without changing standard operating processes by using high-performance graphene nanotubes.

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UBQ Materials Named a Finalist for 2022 SXSW Innovation Awards

UBQ Materials Named a Finalist for 2022 SXSW Innovation Awards

UBQ Materials, cleantech developer of advanced materials made from waste, announced today that it was selected as a finalist for the 24th annual SXSW Innovation Awards, taking place Monday, March 14 at 6:00 pm CT at the Austin Convention Center during the South by Southwest (SXSW) Conference and Festivals (March 11-20, 2022).

UBQ Materials is a finalist under the Speculative Design category for the first ever waste-based 3D printing filament made with UBQ™, the company’s novel climate-positive thermoplastic. The SXSW Innovation Awards recognize and celebrate the most exciting tech developments in the connected world.

 

“It is an honor to be shortlisted for the 2022 SXSW Innovation Awards in the category of Speculative Design,” said Albert Douer, Chairman and Co-CEO of UBQ Materials. “One of society’s greatest design flaws lies in the untapped value of the waste we create. By introducing waste back into the material supply chain, we empower brands and manufacturers to reach their net-zero goals and contribute to a more sustainable world.”

UBQ Materials converts 100% of unsorted municipal solid waste (MSW) into a fully recyclable thermoplastic that substitutes oil-based resins for manufacturing. Through its role in these 3D filaments, UBQ™ entered the world of prototyping, enabling manufacturers to match the look, feel and performance of prototypes with those of sustainable end products.

In 2021, the company partnered with Plastics App, a leading R&D company in tailor-made applicative innovation for polymers and plastics, to launch a novel filament with a significantly reduced carbon footprint. This 3D filament, which arose to better enable sustainable and eco-conscious manufacturing, is the first of its kind to be made with unsortedlandfill-destined waste.

“SXSW is thrilled to honor this year’s most innovative projects and give each finalist the opportunity to showcase their inventions to all SXSW attendees through interactive demos at the Finalist Showcase,” said Hugh Forrest, Chief Programming Officer.

In advance of the Awards Ceremony, finalists will have the opportunity to exhibit their work at the Innovation Awards Finalist Showcase on Saturday, March 12, 12 pm-6 pm CT, at the JW Marriott Downtown Austin (Griffin Hall). The Finalist Showcase offers SXSW Interactive, Music, Film, and Platinum badge holders a first look at the most exciting tech developments, including achievements in AI and machine learning, health technology, robotics and hardware, wearable tech, and virtual and augmented reality, plus a chance to place their votes for the People’s Choice Award. Registered media and official Finalist Judges will have exclusive access to the Showcase and finalist demos that morning, 11 am-12 pm CT.

Of hundreds of applications submitted, UBQ Materials was one of 65 finalists selected across 13 categories by a panel of judges composed of industry peers and experts. Each entry was graded on four criteria: creativity, form, function and overall experience. The Finalist Showcase provides an in-person experience for the judges to complete their second round of voting to determine the winner of all 13 categories. Categories include: AI & Machine Learning, Culture & Social Impact, Health, Med, & BioTech, Innovation in Connecting People, Music & Audio Innovation, New Economy, Robotics & Hardware, Smart Cities, Transportation, & Delivery, Speculative Design, Student Innovation, Visual Media Experience, Wearable Tech, and VR, AR & MR.

https://www.ubqmaterials.com/

 
 
 

Flir Si124Industrial Acoustic Imaging Camera

Flir Si124Industrial Acoustic Imaging Camera

The FLIR Si124 acoustic imaging camera can help you locate pressurized leaks in compressed air systems or detect partial discharge from high-voltage electrical systems. This lightweight, one-handed solution can be used to identify issues up to 10 times faster than with traditional methods. Built with 124 microphones, the Si124 produces a precise acoustic image that visually displays ultrasonic information, even in loud industrial environments.
 
The acoustic image is transposed in real time on top of a digital camera picture, which allows you to accurately pinpoint the source of the sound. Equipped with the FLIR Acoustic Camera Viewer cloud service, this smart tool automatically saves images to the cloud after they’re captured.
 
Then you can access stored files and separate sound sources for deeper analysis and classification of problems. Through a regular maintenance routine, the FLIR Si124 can help facilities save money on utility bills and delay the expense of installing new compressors.
 

Sun Chemical Advances Digital Color Innovation on its PigmentViewer App with New Lumina Royal Sparkling Blue

Sun Chemical Advances Digital Color Innovation on its PigmentViewer App with New Lumina Royal Sparkling Blue

Sun Chemical continues to build its color library with its mobile-based application, PigmentViewer App, featuring the company’s newest launch, Lumina Royal Sparkling Blue, a high chroma, blue-shade effect pigment with intense color. It joins the popular Lumina Royal family of products, all of which are included in PigmentViewer App’s comprehensive color library.

PigmentViewer App is built on virtual renderings that capture the whole appearance potential of a pigment, enabling the designer to evaluate the color “panel” in a digital format. In this case, the “panel” is replaced by the smartphone or e-tablet display.

Visualization of the color from different angles may be achieved by changing the angle of the device relative to the viewer. The viewer needs only treat the device as if it were a conventional panel or sample, and with regular movement, the digital pigment application creates color travel as one would observe in a real-life physical environment.

In addition to viewing individual effect pigments from the company’s comprehensive portfolio, PigmentViewer App also offers the option to compare two pigments side by side on one screen, improving upon the traditional method of evaluating one panel at a time.

Delivering exceptional chromaticity and unmatched lightness, Lumina® Royal Sparkling Blue joins the comprehensive effect pigment portfolio of products in PigmentViewer App. The effect pigment can be used to create vibrant new colors and styling options throughout the aqua to violet color areas.

Similar to the Lumina  Royal family’s most recent additions such as Lumina  Royal Blue Russet or Lumina Royal Sienna, Lumina  Royal Sparkling Blue provides strong sparkle to achieve an attractive eye-catching appearance. It provides broad suitability across many applications, including automotive, industrial, and packaging.

https://www.sunchemical.com/