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Vipul Organics Limited, The BSE Listed Specialty Chemicals Company, Ventures Into the Paper Segment in a Big Way

Vipul Organics Limited, The BSE Listed Specialty Chemicals Company, Ventures Into the Paper Segment in a Big Way

Initial client wins include Tamil Nadu Paper Limited, Andhra Paper, etc. Setting up a state-of-the-art R&D lab for the paper category at its Ambernath Plant Expects turnover of 50 Cr from the segment in the next three years

Vipul Organics Limited, the BSE listed (VIPULORG / 530627) leading Specialty Chemicals company in the pigments and dyes segment, has ventured into the Paper segment in the domestic market.

Vipul Organics worked closely on its product innovation and over a period of 12-18 months created product lines completely focused on the segment, before launching them into the market. This innovation in product lines with Paper focused Dispersions and Dyes has been appreciated by the industry and the initial client wins include leading players like Tamil Nadu Paper Limited, Andhra Paper, etc.

Paper dyes are dyes used to change or add to the colour of paper. Paper dyes are coloured matter soluble in the medium of application. The global Paper Dyes market size was at USD 1.03 billion in 2022 and is expected to grow till USD 1.47 billion by 2029, at a Compounded annual growth rate (CAGR) of 4.20%. Paper dyes market is going to be the fastest growing amongst Dyes and Pigments. It is expected that almost 43% of it will be dominated by the Asia Pacific region.

“With so much excitement in the category, it was obvious that we had to seriously look at the Paper business. We were gratified by client response and are already working with the leading players in the segment. This also forced us to go back to the drawing board to create a strong R&D lab which looks at customer requirements and create solutions to their pain points. A state-of-the-art lab is being set up and will be fully functional shortly”, says Mr. Vipul P Shah, Chairman and Managing Director, Vipul Organics Limited.

“We wish to be the largest suppliers of colorants to the paper industry and this will significantly add to our bottom line. This year, we expect 5-8% of our revenues to come from Paper segment. In addition, we expect Paper Dispersions and Dyes to contribute around 50 crore to our topline in the next 3-4 years”, he adds.

Vipul Organics has already launched its complete range of products under two categories:

  • SunPulp Dispersions: This range of pigment dispersions is developed exclusively for the paper application.
  • SunDirect Dyes: This range of Direct Dyes is for paper coating application.

According to Invest India, one of the primary growth drivers for the paper dyes market is the increasing packaging market. The packaging paper and cardboard segment is expected to account for 35.7 percent of the total packaging industry, which is expected to reach USD$ 1.05 trillion in 2024. The market for paper dyes is expected to expand primarily due to the rising demand for cardboard from various sectors for packing reasons. In addition, the booming e-commerce sector and meal delivery services will support the expansion of this market. It is anticipated that in the near future, the rising demand for paper dye in writing, printing for periodicals, and newspapers will further contribute to boosting the market’s sales forecasts.

www.vipulorganics.com

 

 

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Ease of Use – A Sometimes Overlooked Key to Productivity in Digital Printing, and Staff Fulfilment

Ease of Use – A Sometimes Overlooked Key to Productivity in Digital Printing, and Staff Fulfilment

By Erwin Busselot, Director Business Innovation & Solutions, Ricoh Graphic Communications, Ricoh Europe

In the face of a very challenging environment, impacted by higher costs, demand for the faster turnaround of increasingly complex jobs, and a shortage of skills, digital print remains buoyant for a number of reasons.

Smithers reported that the digital printing market is expected to witness a growth rate of 5.7% between 2022 and 2027. This compares to just 0.8% for the analogue printing market.

I expanded on the drivers behind this here with significant improvement in digital print quality cited as a major influencer.

Enhancements that deliver offset like quality results make the switch from analogue to digital print production highly attractive, expanding application versatility, and gaining more run length agility.

Another important factor is the skills shortage exacerbated by the sector’s aging, largely immobile, workforce as I discussed here. With younger, digital native, workers joining the ranks there is the potential to engage them better with evolving digital systems and processes.

The good news is the reasons for digital print’s optimistic outlook are set only to gain strength.

Its ability to deliver high quality results has been made simpler by enhanced useability. Simple setup enables team members of all skill levels to confidently operate presses while highly automated processes maximise production capacity.

Today’s production printers are increasingly evolving to deliver:

  • Improved productivity with ease of use.
  • Expanded application capabilities with enhanced media handling.
  • The ability to confidently switch from analogue to digital print with superlative image quality.
  • Increased automation with numerous operational developments focused on efficiency.

Among them is the newest addition to Ricoh’s portfolio. The new Ricoh Pro C9500 digital colour sheetfed press features developments that help simplify operations, automate tasks, and maximise productivity.

They include a new base controller known as the RGC OS (Ricoh Graphic Communication Operating System). It continuously enhances connectivity with various systems and tools and aids functionality. Incorporating an intuitive and easy to use user interface, it gives operators the opportunity to easily access the home screen from anywhere via a remote browser utility. It also offers users greater capabilities for customisation and improved media management operability. Operators will also be able to visualise upcoming maintenance tasks and schedule this in advance, taking into account printing schedules, visible in a diary format which each operator will be able to view. A number of wizards facilitate simple operations to set up jobs and achieve the best possible print output.

Ease of use is further supported by a new 21.5 inch touchscreen panel that is larger than the predecessor ProTM C9200’s panel, and consolidates all necessary tasks on one screen, improving operation. There is a new “group” function for frequently used media that improves efficiency, by allowing operators to group several media together, while Screen Customisation allows users to create different profiles such as “operator” or “administrator”. The most frequently used functions can be displayed in prominent positions for easy identification.

Application versatility is also enabled by improved media handling of paper between 40gsm and 470gsm with extended input and output options for media up to 1260mm. There are additional finishing capabilities for production flexibility as well with the GBC StreamPunch Plus and the Plockmatic Crease Trimmer Unit.

The useability and versatility of next generation digital printing systems have been developed to enhance user experience and to contribute to the urgent imperative to attract and retain staff, as well as to, of course, boost revenue and profitability for agile Print Service Providers. Discover more about what they can do for you.

For further information, please visit www.ricoh-europe.com

 

 

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ExxonMobil Introduces Novel HDPE Grade to Help Converters Create Mono-Material Machine Direction Oriented (MDO) Flexible Films

ExxonMobil Introduces Novel HDPE Grade to Help Converters Create Mono-Material Machine Direction Oriented (MDO) Flexible Films

ExxonMobil has developed a novel high density polyethylene (HDPE) grade, ExxonMobil HD7165L, for Machine Direction Oriented (MDO) PE film applications. Designed for recyclability, HD7165L can help converters create mono-material laminates to replace multi-material laminate structures which can be difficult to mechanically recycle.

Offering excellent optical properties and outstanding mechanical properties, ExxonMobil HD7165L is well suited to help enable mono-material laminated packaging that can be used to package products like nuts, crackers, condiments, granola bars, and potato chips.

  • Designed for recyclability, ExxonMobil HD7165L can help converters create mono-material MDO laminated packaging structures which:
  • Offer excellent optical properties and outstanding mechanical properties
  • Can be used for packaging products like nuts, crackers, condiments, granola bars, and potato chips

“The development of new HD7165L has been driven by market demand from brand owners and processors looking to develop all-PE packaging which, in turn, has created a need for print webs made of blown MDO-PE films,” said Nilesh Savargaonkar Principal Customer and Application Development Engineer, ExxonMobil.

ExxonMobil HD7165L can help enable converters to produce blown MDO-PE films with 60-70 percent HDPE for enhanced stiffness and high heat resistance. High output rates in excess of 400kg/hr are possible, while bubble stability is maintained.

High MDO stretch ratios as high as 7:1, with very high stiffness (1% secant modulus as high as >200 kpsi) can be achieved. With haze less than ten percent and gloss higher than 60 percent, ExxonMobil HD7165L offers excellent optical properties. Used as a print web of a PE-PE laminate, ExxonMobil HD7165L offers high heat resistance, stiffness for a lack of extensibility, and excellent printability for optimum brand promotion.

In blown MDO-PE film applications, ExxonMobil HD7165L offers high, uniform orientation, gauge stability, and low gels for easy processability.

Compared to a market reference HDPE grade (density 0.962 g/cm³), ExxonMobil HD7165L (density 0.961 g/cm³) delivers better shear thinning behavior and extrudability, higher melt strength for bubble stability, excellent orientability, and gauge uniformity.

“Brand owners and the value chain globally have ambitious goals around the development of packaging that can be recycled,” said Justin Schmader, CANUSA Market Development Manager. “Our ongoing innovation to develop new polyethylene grades that can help enable the creation of mono-material packaging structures is one step in helping them potentially achieve those goals.”

Access datasheet

  • Recyclable in communities with programs and facilities in place that collect and recycle plastic film
  • Compared to films with a lower percentage of HDPE incorporated

www.exxonmobilchemical.com

www.exxonmobil.com

 

 

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Medica 2023 + Compamed 2023: “Where Healthcare is Going” – The Leading Motif is Reflected in a Wide Variety of Formats

Medica 2023 + Compamed 2023: “Where Healthcare is Going” – The Leading Motif is Reflected in a Wide Variety of Formats

The entire value chain of medical care, product development and manufacture in focus at one location

The medical technology market is in worldwide motion and the signs ahead of MEDICA 2023 and COMPAMED 2023 in Düsseldorf as the internationally leading trade fairs for the medical technology industry and related suppliers (trade fair 13–16 November) could hardly be more exciting. The prices for energy, raw materials, services and many goods are rising. At the same time, health care budgets especially in the publicly financed health sectors of many countries continue to be strongly limited. And yet, investments in new procedures, for example within the field of Artificial Intelligence, seem lucrative due to in part remarkable leaps in technology. “In the face of these limiting conditions, business relations are being reconsidered and negotiated anew. Therefore it is important for everyone with something to say or decide in the health business to keep current. MEDICA and COMPAMED will once again offer the best options for professional dialogue, good business and increased networking”, says Christian Grosser, Director Health & Medical Technologies at Messe Düsseldorf, with an enthusiastic view towards both events.

In mid-November, a total of more than 5,000 exhibiting companies (700 of whom at COMPAMED) will showcase the entire value chain of medical and medical technological products with their innovations – including all steps from product development, manufacture and after sales services.

Product innovation by Melody for outpatient vital function diagnostics of unborn babies.

From increased out-patient treatment to AI to sustainability

Visitors from all sectors of the health business have ample subjects for discussion, based on the defining trends which currently characterise the market and its dynamics. One example is the growing “out-patientisation” of care. This sets the focus on products and services for the so-called “point-of-care”, that is on patient-oriented diagnostics and treatment, but also on telemedical applications for optimal, cross-sector networking among all people involved in the care process. Also trending right now are solutions based on Artificial Intelligence (AI) and supporting systems, for example robotic systems or VR/AR applications (“Virtual Reality / Augmented Reality”). The implementation of sustainable processes is a goal that by now has become one of the highest priorities in companies and institutions across all sectors of industry—including the health sector. This includes a holistic view of economic processes to maintain a lasting ability to compete, without a negative social or environmental impact. All parts of the supply and value chain are evaluated closely for their potential for optimisation.

“True to their leading motif ‘Where healthcare is going’, MEDICA and COMPAMED will incorporate these dominating developments on the market and provide thematically appropriate points of focus in their programmes and in the many presentations by our exhibiting customers. Valuable contributions to this goal will be made by the numerous professional forums and accompanying conferences while the trade fair is happening, and through the talk format MEDICA DEEP DIVE during the time before the event.” says Christian Grosser, and promises answers and approaches to solutions relevant to all types of questions driving the industry.

Five worlds of experience and a fascinating live programme

The MEDICA professional trade fair determines its areas of focus through five worlds of experience. These cover the enormous range of more than 10,000 company innovations concerning: Lab technology and diagnostics, medical technology and electromedicine, commodities and consumables, physiotherapy and orthopaedic technology as well as IT systems and IT solutions.

The forums integrated into the worlds of experience add a varied programme on stage to the happenings at the trade fair, and picture a diverse agenda featuring short lectures, discussions, pitches and best practices relevant to the use of products. Among others, mention must be made of the MEDICA CONNECTED HEALTHCARE FORUM (digital networking, including the MEDICA Start-up COMPETITION and the Healthcare Innovation World Cup), the MEDICA HEALTH IT FORUM (IT issues), the MEDICA TECH FORUM (medical technology trends) or the MEDICA LABMED FORUM (innovations in laboratory medicine).

Immerse yourself in the trend topics of the market even before the trade fair starts: the MEDICA DEEP DIVE digital talk rounds make it possible.

Among the further highlights of the programme of MEDICA 2023 are the 46th German Hospital Day (this time at CCD Süd) for the top managers of German clinics, and the conferences DiMiMED and MEDICA MEDICINE + SPORTS CONFERENCE held in the English language (both also at CCD Süd). These conferences will gather together experts in the fields of military and disaster medicine and in sports medicine and science at the venue in Düsseldorf.

Suppliers area in “high performance mode”

If you want to see for yourself what medical technology industry suppliers are capable of, the best option is COMPAMED 2023 in the trade fair Halls 8a and 8b. The exhibiting companies there will present (also five) worlds of experience including a wide range of high tech and service solutions. The five worlds of experience are: Manufacturing & Devices (e.g., components, parts, manufacturing processes), Services & Advice (e.g., research, development, services), Materials (e.g., plastics, glass, ceramics, metals, composite materials, adhesives, packaging), Micro Tech (such as micro components, microfluidics) as well as IT in Tech (software development and maintenance for medical technology).

In their programme sessions, the COMPAMED HIGH-TECH FORUM by IVAM and the COMPAMED SUPPLIERS FORUM follow important industry and technological trends and offer practical information concerning new procedures, products and relevant aspects of work on international markets. The future handling of PFAS (per- and polyfluoroalkyl substances) should be among the hottest topics for debate – also at the MEDICA TECH FORUM. The reason for this is that possible restrictions, not to mention a ban of PFAS at EU level, would have definite consequences for the development, manufacture and applications of medical technology products. PFAS are being used in these areas, for example, in coatings or in components for electrical surgery.

In the year before, the MEDICA and the COMPAMED recorded a total of 81,000 visitors. (2021: 46,000) with an international share of 75 percent.

The industry portals MEDICA.de and COMPAMED.de also offer a wealth of digital services for preparing and planning an effective stay at the location (e.g., interactive floor plans), for networking with companies and comprehensive reporting on events throughout the duration.

www.medica-tradefair.com

 

 

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Web-to-Pack and Digital Technologies – Smoke and Mirrors or Deep Current?

Web-to-Pack and Digital Technologies – Smoke and Mirrors or Deep Current?

“The waste that is recycled best is the one that we haven’t produced.” This adage, whose perspicacity cannot be questioned nowadays, applies to all areas, particularly the packaging world. As producers of packaging, we are accustomed to explaining to our clients that the packaging that is most easily recycled is the one we haven’t produced and they haven’t brought to the market! One might say we are schizophrenic. Or rather, it is an urgent and absolute necessity to align ourselves with values, both personal and applied to our company, even if it means shocking others.

And yet, if we want to envision a sustainable and harmonious future, we must change our attitudes and discourse, offer new solutions that embody the challenges of tomorrow, disrupt deeply rooted habits, approach growth differently, and recognize that there is not just one way of doing things.

Digital technologies, which commercial printing and the label industry have embraced for a long time, will inevitably contribute, whether we are convinced or reluctant, to providing new perspectives in service of projects and needs. Behind digitalization lies not only the printing aspect, which is often seen in opposition to conventional approaches like offset or flexography, but also a world of finishing, including embellishments – varnish, foil stamping, etc -, as well as cutting, automated workflow management, and enhanced prepress control that bridges the gap between clients and production.

To embrace and perhaps anticipate these technologies, the key is to evolve the mindset, adopt a holistic approach, reconsider the relationship with clients and the market, and thus transform the company culture, allowing new capabilities to permeate and impact all levels of society.

For the past 7 years, our goal hasn’t been to prospect for selling packaging. We have been evangelizing the market. We are raising awareness among brands and stakeholders, urging them to step out of their comfort zones, embrace technological innovation, and consider that there are alternative paths, which may appear impenetrable at first but complement each other to achieve results that meet expectations. For 7 years, we have been pounding the pavement, advocating a different and intriguing message, which involves no longer operating like previous generations: embracing the constraints of cardboard manufacturers – such as minimum quantities, combining multiple references, tooling costs that exclude new market entrants, etc. – and making them our own. By denouncing these archaic concepts, though still coherent with the constraints of conventional technologies, a light shine on the path of all brands and project holders who embrace this paradigm shift: “Now, my constraints and desires take precedence!”

Digital Synergies

Web-to-print, continuously evolving in its approach to the market, anticipating needs, and delivering highly refined customer experiences, has directly benefited from the new capabilities offered by digital advancements. It certainly would not have revolutionized the market without this contribution. However, we must not forget that Web-to-Print and Digital Technologies mutually leverage and feed off each other to progress and gain market share, forming a virtuous spiral.

In turn, Web-to-Pack benefits from the capabilities provided by digital means dedicated to the packaging and Point-Of-Sales industry. This, in turn, justifies the development of new equipment and solutions by manufacturers. The combination of Digital and Web-to-Pack undoubtedly contributes to democratizing access to simplified packaging solutions that were previously reserved for experts with minimum volumes. It now allows any brand or project holder to launch, test the market, make mistakes, backtrack, and avoid imposing heavy commitments.

Rapid Web-to-Pack Market Growth

All these factors contribute to the rapid growth of the market share captured by Web-to-Pack, without impeding the traditional business conducted on a personal basis. Moreover, the increasing number of new product launches, special and limited editions, and the incredible trend of offering numerous variations of the same product – to cater to individual consumers’ preferred flavor, color, etc. – all contribute to the explosion of demands that require online solutions coupled with digital production technologies. And if these numerous packages are produced locally, directly within the workshops connected to the web-to-pack platform, the loop is closed.

web-to-pack platform.

We are witnessing the development of more or less advanced and transparent web-to-pack offerings, indicating that these solutions seem like El Dorados. However, let us not be mistaken; the production of packaging, even with digital equipment, requires well-controlled processes and technical know-how that are acquired over time, sometimes through setbacks. Some platforms simply act as intermediaries, selling products produced by local or exotic manufacturers, while others make the radical choice of controlling their processes and production in-house, despite the constraints and difficulties this entails. However, they retain all the added value within their own company.

As with any epic journey, we are witnessing the creation, consolidation, disappearance, and rapid growth of companies until the market structure solidifies. In the meantime, ingenuity and creativity know no bounds, naturally pushing the boundaries. Therefore, drupa 2024 becomes an essential event where new technologies, developments, and perhaps revolutions will be presented to serve markets, anticipating unspoken desires that are either unknown or unconscious for brands. Technological developments occur both continuously and in bursts. drupa 2024 will be the perfect opportunity to confront the complementarity of conventional and digital means, combined with Artificial Intelligence, which should be harnessed and used to our advantage, just like innovative solutions that enable the continuous reduction of Musculoskeletal Disorders and other occupational diseases that permanently affect our operators.

The remarkable ability of human beings to invent and reinvent themselves gives us hope for a promising future, albeit different from what we know today. Ultimately, one question remains: Do we wish for something better tomorrow, or can we become better ourselves? That is quite a program.

www.drupa.com

 

 

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Semiconductors Sales Slump Strikes South Korea and Taiwan

Semiconductors Sales Slump Strikes South Korea and Taiwan

Global demand for semiconductors has plummeted this year, hitting the heavily specialized manufacturing economies of South Korea and Taiwan particularly hard, our latest report shows.

A global slump in demand for consumer electronics is contributing to a worldwide fall in semiconductor orders. This is heavily impacting manufacturing industry output in South Korea and Taiwan, whose economies are hugely dependent on hi-tech products and the semiconductor industry.

The degree of overspecializing in certain Asian markets mean that when things are going really well it’s great. However, markets that are over-reliant on particular products are vulnerable to down-periods and the latest figures from our Manufacturing Industry Output (MIO) Tracker show just how much falling semiconductor demand is affecting South Korea and Taiwan.

Over-reliance on semiconductors to cause 10% shrink in South Korean and Taiwanese economies

Semiconductors form such a huge part of the total performance of South Korea and Taiwan’s manufacturing economies that at Interact Analysis we predict they will see their economies shrink by 10% or more next year.

South Korea and Taiwan manufacturing output to plummet in 2023 as semiconductor demand dries up.

It was inevitable that the semiconductor market would be unable to sustain the levels of growth it has seen in the past couple of years, as supply chain problems coupled with unprecedented levels of orders provided strong conditions for growth.

As we previously predicted, demand has now dropped back, and in some regions has fallen off a cliff. This includes South Korea and Taiwan, which are both facing huge drops in production, according to indicators published by their respective statistics offices.

South Korea’s manufacturing industry has been overperforming during the last couple of years, driven by massive demand for semiconductors, which accounted for over a fifth of the South Korean economy in 2022. However, the market for semiconductors and components is now forecast to shrink by almost 30% and MIO growth for South Korea is subsequently predicted to contract by 9% in 2023.

The semiconductor & components segment comprises 16% of South Korea’s manufacturing industry

With regards to Taiwan, the country will be the biggest victim of the semiconductor slump, as roughly 40% of manufacturing output is tied to semiconductors and the allied electronics industry. As a result, we predict Taiwanese manufacturing output will shrink this year by nearly 20%, having a substantial impact on the national economy. Following very strong years of growth for semiconductor manufacturing output in 2021 and 2022, South Korea is still not expected to drop below 2019 levels, but Taiwan looks set to fall below this benchmark.

Taiwan’s manufacturing sector is dominated by the semiconductor & components segment.

The latest analysis and forecast of the industry published by WSTS (World Semiconductor Trade Statistics) in May 2023 saw a substantial downwards revision of its forecast for 2023, from a contraction for 2023 of 4.1% predicted last year, to a 10.3% pull-back. This pattern can also be seen in financial data published by large semiconductor suppliers in both Taiwan and South Korea.

We have lowered our outlook for Asia as a whole, in part because of the slowdown in regions such as South Korea that had been performing above and beyond expectations due to heightened semiconductor demand.

Taiwan’s largest semiconductor manufacturers are suffering

Looking at Taiwan’s largest semiconductor suppliers, TSMC saw its consolidated year-on-year revenue growth for 2023 fall from +65.3% in May 2022 (total annual revenue of ~$48B) to -4.9% in May 2023, while ASE Technology dropped to -14.1% in June 2023 compared with 33.9% in June 2022 (total annual revenue ~$12.5B). TSMC has previously achieved double-digit growth each month for the past two years, with month-on-month highs of up to 60%.

However, AU Optronics appears to be the only large semiconductor in Taiwan to have lost revenue for two years in a row, recording a drop in YoY revenue growth of -20.1% YTD compared to -33.4% for 2022 (total annual revenue ~$10bn). The reasons behind this are unclear, but may be linked to problems AU has had in expanding capacity to compete with other large AMOLED manufacturers and its switch to focus more of its resources on microLED research and development.

What has caused the huge shift in semiconductor production?

Despite plummeting production levels for semiconductors, we are also seeing positive order books in some areas, including North America, Europe and Taiwan. However, other regions have seen orders all but collapse and the impact of the Inflation Reduction Act in the United States is driving up domestic orders and demand rather than improving order books worldwide.

The reasons for plummeting semiconductor production output are complex, with much of the impact attributable to the falling demand for consumer electronics. There are also factors specific to the semiconductor industry, including the need for many chips to be both tailored and available fast. Following the supply chain disruptions and semiconductor shortages of recent years, companies often order from three or four different companies. This means when the orders come in either the customer or the vendor ends up with a surplus, and these resulting stockpiles have caused a subsequent slowdown in production orders. Semiconductors are also small components that are relatively cheap on an individual unit basis and do not spoil so are easy to store.

There are signs of hope for semiconductors

The semiconductor industry is predicted to bounce back fast, with an uplift in output already anticipated in 2024 when demand and output is expected to pick up. South Korea is now shifting its ambitions towards the emerging market for AI semiconductors and has made no secret of the fact that it sees this as the next segment to boom, with its minister for science and information and communications, Jong-ho Lee, telling CNBC that “South Korea seeks to emerge as a prominent player in rapidly growing and promising areas such as AI semiconductors”. The government is heavily backing AI, making it part of the nation’s digital strategy and announcing last year it is planning to spend 1.02 trillion won ($786m) on AI semiconductor R&D over five years. Its strong AI base and global dominance of the memory chip market through companies such as Samsung and SK Hynix are likely to help it achieve this goal.

What is a sharp and striking slump in semiconductor demand and in manufacturing output looks set to come to a swift end, but not without leaving a significant mark on the economies of South Korea and Taiwan in particular.

www.golden-brain.com

 

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Biden’s Investment in Recycling Infrastructure to Benefit Polystyrene Recycling Systems at Solid Waste Facilities

Biden’s Investment in Recycling Infrastructure to Benefit Polystyrene Recycling Systems at Solid Waste Facilities

The Expanded Polystyrene Industry Alliance (EPS-IA) Commends Biden-Harris Administration’s $100 Million Investment in Recycling Infrastructure to Promote Circular Economy

Summary: The Expanded Polystyrene Industry Alliance (EPS-IA) applauds the Biden-Harris administration’s recently announced $100 million investment in recycling infrastructure projects. Key business industries that utilize EPS will benefit from the funds, which also come at an opportune moment amidst EPS-IA’s efforts to facilitate new recycling facilities for the widely-used material. Crofton, MD., September 15 – The EPS Industry Alliance (EPS-IA), the North American trade association leading the expanded polystyrene (EPS) industry, commends the Biden-Harris administration’s recently announced $100 million investment supporting recycling infrastructure projects.“EPS Industry Alliance applauds the Biden-Harris administration’s $100 million investment in recycling infrastructure projects,” stated Betsy Bowers, Executive Director of EPS-IA. “Vital business sectors that rely on EPS as a recyclable and sustainable material will benefit from this prudent investment. The newly announced funds come at an opportune moment, with EPS-IA’s partners working to install polystyrene recycling systems at solid waste facilities across the United States. “Expanded Polystyrene (EPS) plays an essential role in many key industries including packaging, construction, manufacturing, insulation, automotive and food service among others. Products like medical packaging, protective gear, electronics, life preservers, water heaters, car seats and more are all made using EPS Despite common misperceptions, long standing efforts demonstrate EPS cycling efficacy through a network of more than 375 community drop-off locations and over 100 curbside collection programs in North America. In 2020, expanded polystyrene recycling for transport packaging exceeded 65,000 tons representing a 42.6% recycling rate.

As part of the investment, the EPA has chosen 25 communities to receive over $73 million in grants under the newly created Solid Waste Infrastructure for Recycling program. The funding will help put the EPA’s National Recycling Strategy into action, working toward a circular economy where materials, products, and services are used for as long as possible. The timing of the investment could prove to be pivotal, as the initiative coincides with ongoing efforts within the EPS industry. Foam Cycle, has been actively working alongside municipal waste agencies in various communities to introduce polystyrene collection and densification systems at local solid waste facilities. This newly patented polystyrene recycling system offers landfill operators a turnkey solution to include expanded polystyrene into its hard-to-recycle drop-off programs. Foam Cycle demonstrates an established presence with more than 30 locations, with more scheduled for installation in 2023. Existing locations now serve a population of more than 11 million people in 13 states, showing a 200% increase in pounds collected from 2020 to 2021.

This growth trend is gaining momentum and has the potential to grow exponentially with additional grant funding. In recent years the adoption of Foam Cycle’s system has grown to include non-profit agencies, counties, municipalities, and public-private partnerships that have committed to recycling foam packaging. “The opportunity for capital investment in support of EPS recycling could be a game changer for many of these communities,” said Betsy Bowers. “Including EPS in community recycling can bring quick benefits, like saving landfill space and generating new profit streams. By dedicating a portion of the grants to this effort, the communities can add new materials to their recycling portfolio, which can then bring long-term benefits, both environmentally and economically.”

www.epsindustry.org

 

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UFlex Introduces New Products Driven by Innovation and Sustainability in Q1 FY24

UFlex Introduces New Products Driven by Innovation and Sustainability in Q1 FY24

The research and development and business teams at UFlex Limited continued the momentum of progressive and path-breaking innovations across business verticals in Q1 FY24. The focus on continuous innovation and development has enabled the company to win several awards and patents in the quarter ended June 30, 2023.

Packaging Films

1. High Barrier Alox (F-PSX) Film: F-PSX is a high-barrier transparent BOPET film. The film has a protective printable layer atop a high barrier vacuum deposit on one side and primer coated or untreated on the other side. The critical attributes of F-PSX include excellent moisture and oxygen barrier properties, higher yield over PVDC coated films, PVDC/EVOH (PE) coated film replacement, environmentally friendly, high clarity, and product visibility. The superior high-barrier application and striking packaging make the film the go-to option for packaging items like dried meat snacks, confectionaries, and other microwavable food items. Other than this, it is also suitable for hot fill, sterilization, pasteurization, report applications (125 degrees C/45 min), and other industrial packaging.

 

Chemicals Business

1. Flex Beam Shrink Sleeve Matt Opaque White: Flex Beam Shrink Sleeve Matt Opaque White is an electron beam (EB) curable flexo white for shrink sleeves films developed by the UFlex Chemicals business. EB Shrink exhibits high opacity matt finish, tailored adhesion properties, and shrink characteristics that are formulated to print on a variety of shrink films as well as coated papers, films, and label stock on latest generations machines like Comexi Ci8 and other EB Flexo machines. It offers excellent rheology and flexibility with a shrink property of more than 70%. It provides enhanced opacity and adhesion to all types of sleeve material like PVC, PET, PET-G, OPS, OPP, etc.

 

2. FLEXSEAL HSL OGR (HV): It is an environment-friendly aqueous dispersion coating by UFlex Chemicals specially designed as oil and grease resistant, heat-sealable coating for paper and paper board applications. It is suitable for direct food contact applications as per FDA regulations. This product is approved and commercialized for paper board food tray applications.

 

3. FLEXSEAL HSL 1025(G): FLEXSEAL HSL 1025(G) is an environment-friendly aqueous dispersion by UFlex Chemicals specially designed as a heat-sealable coating for Kraft papers used in e-commerce paper bag applications. This coating is primarily used on paper for coating-to-coating side sealing on registered areas via the rotogravure process.

 

 

4. Flexcote HSLV 1170/ HF 200: Flexcote HSLV 1170/HF 200 is a 2K PU solvent-based adhesive developed by UFlex Chemicals that involves the development of high solids with medium to high-performance for lamination for ketchup, hand wash, and sauce (applications). This product can run at a high solid 45-50%, against the conventional product which runs at 30-35% on a gravure cylinder. Hence, leads to a saving of solvent by 10 – 15%.

 

Holography Business

1. Dhoop-Chaav, is a cutting-edge, multicolour petrol effect design film developed by UFlex Holography. Designed for decorative applications, this film is specially designed for sequins application in textiles. It imbibes a unique effect where, unlike the typical imported iridescent rainbow films, the Dhoop-Chaav film stands out with its distinctive effect, showcasing a visual appeal that’s both captivating and unparalleled. With this new Dhoop-Chhav film, the business is offering an elevated alternative that will replace imported shimmery rainbow film and take textile designs to greater heights.

Flexible Packaging Business

1. Large format liquid pouches with spout, developed by UFlex Flexible Packaging, demonstrates technological advancement and material science expertise. Pouch capacity ranges from 3 to 5 litres with innovative, ergonomically suited carry handles, and integrated spouts for enhanced user experience and easy dispensation. This breakthrough packaging is designed to allow at least 70% less usage of plastic material unlike rigids. UFlex portable pouches go through a rigorous testing protocol and thus showcases excellent durability for distribution. It stands out on retail and home shelves with beautiful graphics for applications ranging from beverages to cleaning and laundry liquids. Equally importantly it enables brand owners to make it affordable.

 

2. 3-D Pouch with slider for 1kg Albikr Alleppey Green Cardamom is a UFlex developed product that comes with ultra-user-friendly zip closures that provide an assurance of complete fastening and reliable product freshness. The BOPP matt finish film gives a neat and softer look to the packaging, making it look more natural.

3. DeHaat 5-paneled pouch for Green Agrevolution is another product developed by UFlex Flexible Packaging for a startup in Agri space. This is a 5-paneled pouch that is designed with registered tactile coating and a dynamic QR code. These features not only make the packaging stand out but also enable consumer connect.

 

Engineering Business

1. Rotary Horizontal High-Speed Form Fill and Seal Machine with Gripper: Over the last decade, the flexible packaging industry has grown to astonishing heights. Among the increasing competition, manufacturers must practice continual innovation and development to stay ahead of the curve. There is a constant need for businesses to evolve to adapt to the needs of customers around the globe. A revolutionary new design of a Rotary Horizontal High-Speed Form Fill and Seal machine with a gripper by UFlex Engineering enables output pouches to be held into the grippers to make them free from career belts. This ensures the quality of the pouch and controls leaks.

Awards and Accolades:

  • UFlex was recognized as “The Economic Times Sustainable Organization 2023” for its contribution toward sustainable development in the country.
  • Flex Films, UAE, has been recognized as “The Economic Times Sustainable Organisation 2023” for its contribution toward sustainable development in the GCC region.

Patents:

  • The UFlex Packaging Films business has been granted a patent for its innovative research methodology to develop thermoformable films used for packaging medicines and pharma/edible products (Patent No.: 431242).
  • The UFlex Engineering business has been granted a patent for a new innovative product, ‘Blister Forming Film from PET’ (Patent No.: 431432).

For more details, please visit: www.uflexltd.com

 

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Optical Component Manufacturing – A Lesson in Timing, Trust, Partnership, & Experience

Optical Component Manufacturing – A Lesson in Timing, Trust, Partnership, & Experience

Paul Townley-Smith, Director of Design & Prototyping, Zygo

In today’s competitive landscape, industrial manufacturers are realizing that delivering excellent products alone is no longer sufficient. Every organization is now striving to find ways to shorten their development cycles in order to stay ahead of their competitors. While many manufacturers prefer to keep most of their product development steps in-house, this approach may not be ideal when it comes to fabricating optical devices. It is important to carefully analyze whether making or buying optical parts and components is the best approach for your team, budget, and business goals before deciding.

QUESTIONS IF CONSIDERING IN-HOUSE OPTICS MANUFACTURING

When it comes to in-house optics fabrication and assembly, while it offers more control over the product development process, it can be both costly and time-consuming. Finding personnel with the necessary experience in this specialized field can be challenging, and acquiring the required equipment alone can take months. Furthermore, developing the expertise to master the intricate processes involved in optics fabrication can take years. Unless the predicted volume of production is high, the reduced cost of internally produced optics may not outweigh the fixed costs associated with implementing and maintaining the infrastructure.

Moreover, the infrastructure required for optics fabrication and assembly is highly specialized and cannot be easily adapted for alternative uses. Precision is crucial in optics manufacturing, with tolerances measured in microns and nanometers. This level of precision requires a unique set of skills and expertise that is not commonly found in traditional machine shops. Additionally, working with brittle and fragile materials introduces the need for meticulous handling to prevent costly fractures or cosmetic defects. With optical devices we are working with the physics of light, the math can be difficult, and conclusions reached are often seemingly counter-intuitive.

QUESTIONS IF CONSIDERING OUTSOURCING

In contrast, when buying optics from established vendors, certain factors come into play. These include the desire to avoid the margins added by optics vendors, a long-term need for high volumes of optics, concerns about loss of control over schedules when outsourcing production, or the need to maintain intellectual property within the company. While in some cases, the high investment required for in-house production may pay off, in the majority of cases, the advantages of buying from a reputable vendor outweigh the benefits of making optics internally.

Choosing to buy optics from a vendor eliminates the need for substantial upfront investments in infrastructure, equipment, and personnel. This is particularly advantageous when future volumes and demand for optics are uncertain. Additionally, outsourcing provides bounded and predictable costs, with vendors shouldering any overruns. Even when the demand is for low volumes, vendors geared up for high-volume production across various products can leverage their efficiency to offer cost-effective solutions. Continuous technological advancements in optics fabrication and metrology also lead to rapid depreciation of investments, making buying optics from vendors who regularly invest in improving their tools a more attractive proposition.

Scheduling advantages also favor buying optics from vendors. By outsourcing to specialists who have extensive experience in the field, time to market is reduced as there is no need to navigate a steep learning curve. Vendors’ expertise allows them to design and develop products efficiently, minimizing costly mistakes and speeding up the process, particularly in cases where the design sophistication is high. Working with vendors who already have the necessary equipment and experienced teams in place saves significant time compared to building the required optics manufacturing infrastructure from scratch.

Strategically, outsourcing optics manufacturing makes sense especially if the optical part being purchased is not a critical enabling technology for the customer’s final product. This allows time and resources to be focused on other crucial areas of the business. Vendors become risk mitigators, reliable and efficient partners that complement the efforts of internal teams focused on the core aspects of the business.

WHEN TO ENGAGE AN OPTICS PARTNER

When deciding to buy optics, it is essential to engage with a competent vendor at the right stage of the product development process. Early product development requires agility, quick iterations, and cost-effectiveness, which can be efficiently handled by internal resources and dedicated consultants who don’t carry the overhead costs of a production vendor. During this phase, the focus is on getting the technical specifications right and defining the operating window through prototype testing.

However, when transitioning to the product implementation phase, it is advisable to engage with a vendor such as Zygo. This is the stage where proof of concept is complete, the final product concept is ready, and the technical performance window is well understood. The system-level specifications, including size, weight, power, and optical requirements (such as field of view, image or beam quality, numerical aperture, and radiometry), are defined, and environmental requirements are established.

Working with vendors like Zygo during the product implementation phase allows for optimized designs that are fit for purpose. They can provide accurate specifications, predictable schedules for prototypes, and initial low-rate production. These vendors have the expertise and knowledge gained from making similar devices, ensuring quicker fulfilment, and minimizing mistakes and costs. Additionally, competent vendors have a well-established supply chain ready to accommodate your product requirements.

VENDOR SELECTION QUESTIONS

When selecting a vendor during the product implementation phase, there are a few factors to consider. Look for vendors who develop their own machines for optics fabrication, assembly, and testing. They have a deeper understanding of the product and can achieve compounding returns through continuous improvement. Assess the vendor’s track record in making devices similar to what you need, as this indicates their ability to deliver efficiently and adhere to schedules. Lastly, choose a vendor that can leverage their existing infrastructure to manufacture your parts, reducing your capital investment costs and ensuring more efficient production with lower costs.

PARTNERSHIP & TRUST

Finally, let’s talk about the importance of partnership when working with a sub-contract specialist company for the design, development, and manufacture of optical components. The term “partnership” is often thrown around, but not always lived up to. Many supplier-customer relationships end up being mere transactions, lacking the true collaboration that makes for an efficient product development process. However, a well-functioning partnership can make a significant difference.

Sometimes, customers are hesitant about the idea of partnership. There’s a fear of being locked into a relationship once the project progresses from design and development to manufacturing. But if you find a supplier that demonstrates an open, honest, and trustworthy approach to the relationship and pricing, you can overcome those concerns. A genuine partnership means having clear expectations and open communication, finding the right experience for your specific application, and strong program management and processes to keep everything on track.

Trust is the foundation of a successful supplier-customer relationship. It brings obvious benefits, but the absence of trust can result in wasted time and difficulties. A good relationship allows both parties to focus on the end goal rather than getting lost in contractual details aimed at protecting against every possible challenge. Lack of trust often leads to a transaction-oriented relationship, where the customer retains internal ownership of the design (without the necessary skills to support it) and treats the supplier as a mere job shop, seeking to reduce dependency. In such a relationship, there’s no commitment or buy-in, and both sides constantly struggle to come out on top in future contract negotiations.

When it comes to trust, it can be helpful to view your chosen optical component supplier as a consulting business rather than just a manufacturing business. This mindset shifts the initial interactions towards discussions about ways of working, expertise, and trust. If you approach the supplier purely as a manufacturing business, the focus immediately turns to technical parameters, capabilities, and specifications, which can be challenging for customers to assess accurately.

Therefore, customers should ask themselves two important questions:

First, can I trust that my partner will protect my interests, even when I’m not closely monitoring them? This aspect of trust is about values. Customers should be concerned about long-term inter-dependency because of the manufacturing relationship. Will the supplier be honest and transparent when they make mistakes? Will they promptly inform you about any issues that may impact you before it’s too late to take action?

Second, can I trust my partner to deliver excellent results? This question revolves around competence. Does the partner have the necessary skills, capabilities, and experience to provide the solutions you need? Can they assure you that no matter how challenging the problems may be, they have a talented team capable of solving them efficiently? Will they create designs that are appropriate for your requirements, without being unnecessarily expensive or prone to failure in the field? And do they have the necessary processes and discipline to meet established schedules?

SUMMARY

Building a partnership based on trust and competence with your optical component supplier is essential for a successful collaboration. Prioritize open communication, shared values, and the supplier’s ability to deliver exceptional results. By doing so, you can establish a reliable and efficient relationship that drives your project forward.

www.zygo.com

 

 

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Sustainable Practices, Education and Collaboration Key for the Future of Agri-Nutrients

Sustainable Practices, Education and Collaboration Key for the Future of Agri-Nutrients

Adopting sustainable practices, educating the farming community, and fostering collaboration will be at the heart of shaping a sustainable future for agri-nutrients between now and 2050, said speakers at the 13 th annual edition of the Gulf Petrochemicals and Chemicals Association (GPCA) Agri-Nutrients Conference. The conference is taking place this week from at the Ritz-Carlton, Doha, Qatar, under the theme “Sustainable Transformation in Practice – The Future of Agri-Nutrients”.

According to GPCA analysis, in 2022 GCC agri-nutrient production amounted to 34.6million metric tons (mMT), which represents 16.2%of global production. As global demand for agri- nutrients continues to increase exponentially, the agri-nutrient industry must develop accurate, effective and practically waste-free agri-nutrients to help support global food production and contribute to food security, speakers said.

Abdulrahman Al-Suwaidi, CEO, QAFCO and Chairman, Agri-Nutrients Committee, GPCA, delivered the opening remarks on day one, 18 September, in which he highlighted the essential role of agri-nutrients. His remarks were followed by an opening keynote entitled ‘Looking ahead – Envisioning the world of agri-nutrients in 2050’ by Federico Zardi, CEO, Casale SA. In his opening keynote, Zardi called upon the agri-nutrient value chain to engage in “a cooperative competitive scenario” where healthy competition continues to be the driving force behind innovation and progress, and cooperation among stakeholders contributes to “the greater good”.

Abdulrahman Shamsaddin, CEO, SABIC Agri-Nutrients, and Vice-chair, Agri-Nutrients Committee, GPCA, presented the keynote address, in which he described SABIC’s 26 years of agri-nutrient innovation. In a plenary session, Prof. Robert Stavins, AJ Meyer Professor of Energy and Economic Development, Harvard University, discussed the challenges and opportunities of climate change and energy transition. The opening remarks on day two, 19 September will be delivered by Eng. Yasser A. Rahim Alabbasi, CEO, GPIC and Board Member, International Fertilizer Association (IFA). He will be followed on stage by John Baffes, Senior Economist, Macroeconomics, Trade & Investment, World Bank Group, who will present the keynote address.

Dr. Abdulwahab Al-Sadoun, Secretary General, GPCA, commented: “With the world population projected to exceed 9.8 billion people in 2050 and 11.2 billion in 2100, more pressure is being added on our finite natural resources. Agri-nutrients play an essential role in helping to grow more food with less resources. As major producers and exporters of agri-nutrients globally, our region alone helps to feed over 200 million people globally. Therefore, our role in the global food chain is essential. He added: “The future of agri-nutrients will require us to adapt food security strategies to meet mounting demand. It will require us to consider the impact of climate change and strike a balance between the health of our environment and sustainable, profitable business. We must also optimize the agri-nutrients value chain, while reducing carbon emissions, and play an active role in mitigating the climate impact of agriculture through the implementation of sustainable practices, education and collaboration.”About the Gulf Petrochemicals Chemicals Association:
The Gulf Petrochemicals and Chemicals Association (GPCA) was established in 2006 to represent the downstream hydrocarbon industry in the Arabian Gulf. Today, the association voices the common interests of more than 250 member companies from the chemical and allied industries, accounting for over 95 percent of chemical output in the GCC. The industry makes up the second largest manufacturing sector in the region, producing over US$ 107.8 billion worth of products in 2022. GPCA supports the petrochemical and chemical industry in the Arabian Gulf through advocacy, networking and thought leadership initiatives aimed at helping member companies to connect, share and advance knowledge, contribute to international dialogue, and become prime influencers in shaping the future of the global petrochemicals industry. Committed to providing a regional platform for stakeholders from around the world, GPCA manages six working committees – Plastics, Supply Chain, Fertilizers, International Trade, Research and Innovation, and Responsible Care – and organizes six world-class events each year. The association also publishes an annual report, regular newsletters and various other industry reports.
www.gpcaagrinutrients.com

 

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