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Evergreen to install AI- Enabled sorting robotics in Third recycling Rpet manufacturing Plant

Evergreen to install AI- Enabled sorting robotics in Third recycling Rpet manufacturing Plant

 Evergreen, one of North America’s three largest producers of food-grade recycled polyethylene terephthalate (rPET), has just announced that it will be installing artificial intelligence-enabled bottle sorting robotics at its Albany, New York plastics recycling and rPET manufacturing facility. When the installation is completed in mid-2022, Evergreen will have deployed 15 high-speed, highly accurate robotic lines at three of its United States locations.

Supplying the robotics sorting lines to Albany is AMP Robotics Corp., a pioneer in artificial intelligence (AI) robotics and infrastructure for the waste industry. AMP installed the AI-enabled robotic sorting lines in Evergreen Clyde in April 2021 and Evergreen Riverside in August 2021.

Evergreen President and CEO Omar Abuaita say replacing previously manual sorting processes with high-tech robotics is part of a strategic vision to transform not just his company, but the overall plastics recycling industry. “With demand for recycled PET (rPET) at the highest levels in history, we simply can’t rely on outdated ways of doing business. Evergreen is playing for keeps. Automating our sorting lines allows us to support ever-larger PET recycling streams, provide the millions of pounds of food-grade rPET our customers have committed to purchasing, and achieve a safer, more efficient work environment for our team.”

Last month Abuaita revealed that Evergreen, a portfolio company of private equity firm the Sterling Group, has invested more than $200 million in modernization, capacity expansion, and acquisitions over the last 12 months. The AMP robotics is part of that investment.

Evergreen currently recycles more than 11.6 billion post-consumer PET bottles a year, up from 2 billion in 2021. General Manager Greg Johnson, who is speaking at the Plastics Recycling Conference on Private Equity’s Impact on Recycling, says the AI-enabled sorting lines are an absolute necessity to increase both the speed and accuracy of sorting the monumental volume of bottles Evergreen processes.

“With the use of AI-powered robotics, we can identify and pick more contaminants from the stream, leaving high quality clear and green PET bottles to be recycled. The consistency and reliability of robots have revolutionized our processes. Our goal is to capture all bottles we can use in our food-grade rPET pellet.”

Evergreen’s annual capacity of food-grade rPET is 147 million pounds, up from 40 million pounds just one year ago.

When the company’s expansion at Evergreen Clyde is completed in mid-2022, its annual rPET capacity will swell to 217 million pounds.

#artificalintelligence #sortingrobotics #evergreenclyde #AI-powered

 www.Evergreentogether.com.

 

Global masterbatch market set to prosper despite the challenges ahead

Global masterbatch market set to prosper despite the challenges ahead 

The masterbatch market continues to be incredibly dynamic, maintaining growth throughout the pandemic in all major global regions, and outperforming the growth of both GDP and the underlying polymer demand. It is now a market worth more than US$ 30 billion. The sector is expected to go from strength to strength over the next five years, with the average annual growth rate exceeding 5%. Unsurprisingly, the fastest double-digit growth will be present in the developing global regions, whereas more moderate growth rates will be experienced in the well-established markets of Europe, North America, and North-East Asia.

The new report Thermoplastic Masterbatch Global Market 2022, from AMI Consulting provides a comprehensive analysis of the current status and the future prospects of the global masterbatch market. Both production and the demand for different masterbatch types (black, white, colour, and additives) are analyzed in detail for eight global regions, along with the demand from major end-use markets. The competitive landscape is also reviewed, with key players for each product and region identified and their latest activities explored.

In volume terms, the global masterbatch market is fairly evenly split between the four main types of black, white, colour, and additive. In value terms, however, colour masterbatch dominates the market.

The market for additive masterbatches will outpace the growth of other masterbatch products, propelled by the surge in demand for more advanced product formulations to meet the evermore complicated customer requirements that combine pigments with various additives. Much of the product innovation still takes place in the more developed markets, but other regions are quickly catching up, and indeed, the fastest growth for all product types will be present in China and the Indian subcontinent over the forecast period.

 China is the largest supplier of masterbatch in the world, with much of the output consumed by its own vast manufacturing sector. In the Indian sub-continent, the market will grow incredibly strongly, in double digits for many applications, as an increasing number of converters implement more sophisticated manufacturing technologies and use masterbatch as opposed to traditional coloring methods.

Whilst increasingly sophisticated technical performance is a requirement by many converters, there is also ongoing pressure to make the products more environmentally friendly and easier to recycle in response to upcoming legislation and consumer and brand pressure.

As a result, the masterbatch manufacturers have to develop new products and adapt their existing product formulations in a relatively short time scale. Therefore, the research focus of many key players is now on sustainability and how to better implement a sustainable approach to their product formulations.  AMI’s new report on Global Masterbatch markets analyses the impact of this ongoing sustainability drive on the masterbatch industry.

This study provides the reader a detailed view of global masterbatch production and demand and how the sector will shape up in the next five years in different global regions. It discusses the major trends driving the market and trade flows on a global scale to provide companies with detailed information to help them with their key investment and marketing decisions.

Furthermore, industry consolidation at the processor level is also likely to drive a more streamlined structure for the masterbatch industry. All this is having a major impact on the supply and structure of the sector, and how it will develop in the future. The consequences will be real winners and losers among market participants.

The study is relevant to all those seeking to understand the latest developments in the masterbatch industry and is therefore suitable to anyone from resin, pigment, and additive producers through to end users of plastic products, and of course to masterbatch manufacturers themselves. The report delivers a comprehensive assessment of the current industrial situation and forecasts future developments of the sector.

#globalmasterbatch #globalscale #AMIconsultanting #currentsituation

www.ami-international.com

Quick to market with a customized product: Compalen Slip Strip Compounds for a gentle, comfortable shave

Quick to market with a customized product:  Compalen Slip Strip Compounds for a gentle, comfortable shave

Compalen Slip Strip conditioning compounds are ready-to-process for the manufacturing of the lube strips that enable wet shaving particularly gentle and comfortable. Carrier resins are polystyrene (PS) or thermoplastic elastomers (TPE) for injection molding or extrusion. Individual formulations are developed in close partnership with the customer. GRAFE has all the necessary resources in-house, ranging from its staff’s many years of expertise and a state-of-the-art technology center providing the capability to perform and evaluate all analysis, inspection, and testing.

When it comes to compounding Compalen Slip Strip, GRAFE can draw on its long and wide-ranging experience of thermoplastic additivation in order to combine the base material with freely selectable coloring pigments and functional fillers, which are purely physically incorporated without coupling agents. Customers can choose between proven active

Ingredient formulations and the development of individually tailored compounds. Supplied as free-flowing pellets, all compounds are suitable for direct co-extrusion or 2-component injection molding together with compatible thermoplastics such as PS or ABS that provide mechanical stability.

Due to the high filler contents, a certain proportion of the additive formulation remains on the surface of the resultant lube strips, which means that, on contact with water, these components can dissolve, swell and so show the expected effect. The soaps, fats, and oils present in these components provide a pleasant lubricating effect that protects the skin from irritation. Further conditioning and fragrance components can also be incorporated and combined with the desired on-trend color. The range of potential combinations is virtually unlimited.

As Danny Ludwig, Head of Product Management at GRAFE explains, “Our selection of carrier polymers and processing technologies available for Compalen Slip Strip compounds results in a modular system allowing the design to be optimally adapted to function and, in this specific case, to fitting to the razor head. Our development team can also advise on the selection of additives and reconcile customer wishes with processing realities, so eliminating potential problems at an early stage on the road to serial market application.”

#compalenstripcompound  #vpolystyrene  #grafe #processingtechnology 

www.grafe.com

 

 

ReVive Compatibilizer from Ampacet Receives How2Recycle Prequalification for Store Drop-Off Labeling

ReVive Compatibilizer from Ampacet Receives How2Recycle Prequalification for Store Drop-Off Labeling

ReVive 311A Compatibilizer, a blend of functional additives from global masterbatch leader Ampacet has received How2Recycle Prequalification status for Store Drop-Off in eligible multi-layer PE film structures from the Sustainable Packaging Coalition (SPC).  The rigorous prequalification process included third-party testing at Plastics Forming Enterprises (PFE), which resulted in the Association of Plastics Recyclers (APR) Critical Guidance Recognition (CGR), recognizing significant new technologies that solve long-standing problems in sustainable package design.

ReVive, part of Ampacet’s R3 Sustainable Solutions product line can potentially be used to create Store Drop-Off recycle-ready multi-layer barrier films containing PA6 and/or EVOH. Post-industrial and post-consumer barrier films made with ReVive also can be reprocessed back into the polyolefin recycling stream and used for film production or other downstream plastics processing.

“ReVive offers the best of all possible worlds in food packaging,” says Doreen Becker, Ampacet Sustainability Director. “Although multi-layer barrier films (EVOH/PA6) have not been recyclable, they are superior to mono-material PE films in preserving food freshness and preventing food waste. Adding ReVive Compatibilizer means that processors can boost the use of PCR/PIR to meet sustainability goals and CPG companies can offer packaged foods with superior food preservation as well as good recyclability. The end result benefits consumers and the planet.”

“ReVive’s How2Recycle Prequalification for Store Drop-Off allows us to show CPG brands how they can use the How2Recycle standardized labeling system in their packaging to achieve circular economy goals and help encourage consumers to recycle as well,” adds Becker.

How2Recycle labeling for Store Drop-Off allows consumers to recycle eligible packaging at many area grocery stores and big-box retail locations.

How2Recycle Prequalification for Store Drop-Off confirms that multi-layer barrier films containing the appropriate combination of EVOH and/or PA6 with the correct loading of ReVive 311A may be eligible for How2Recycle Labeling for Store Drop-Off.

How2Recycle prequalification is not the final designation of the label that a brand will ultimately feature on the package (final designation can change based on product application, attachments, and more) but allows companies to design packaging and purchase materials with recyclability in mind. How2Recycle is the first standardized label system that allows companies to accurately track and measure the recyclability of packaging materials and products.

 The on-package labeling was created to provide consistent and transparent recycling information for consumers in the US and Canada. ReVive 311A, when used with EVOH (32 mol%) and/or PA6 nylon barrier layers in PE films, has been recognized by the Association of Plastics Recyclers (APR) as meeting or exceeding the strictest requirements for Critical Guidance Protocol for PE Film and Flexible Packaging. This APR recognition is based on the technical recyclability of 20% and less EVOH with ReVive 311A at a 1:5 ratio of ReVive to EVOH, 15% and less PA6 with 2.25% ReVive 311A and 10% PA6 plus 5% EVOH or less with 2.5% ReVive 311A in a multi-layer film structure of PE films.

“Ampacet ReVive maintains good flow properties at the recommended letdown ratios, among the lowest in the market, and can generally be added to the PE bulk layers as a drop-in as validated in testing by leading industry partners,” says Jim Morrison, Ampacet Strategic Business Manager, Flexible Packaging. “We are proud to be supporting the industry’s drive toward creating new opportunities for plastics circularity,” he added.

#Revive311ACompatibilizer #ampacet #sustainblepackingcolitation

https://www.ampacet.com/

 

Nations commit to develop a legal binding agreement

Nations commit to develop a legal binding agreement

Heads of State, Ministers of environment, and other representatives from 175 nations endorsed a historic resolution at the UN Environment Assembly (UNEA-5) today in Nairobi to End Plastic Pollution and forge an international legally binding agreement by 2024. The resolution addresses the full lifecycle of plastic, including its production, design, and disposal.

“Against the backdrop of geopolitical turmoil, the UN Environment Assembly shows multilateral cooperation at its best,” said the President of UNEA-5 and Norway’s Minister for Climate and the Environment, Espen Barth Eide. “Plastic pollution has grown into an epidemic. With today’s resolution, we are officially on track for a cure.” 

The resolution, based on three initial draft resolutions from various nations, establishes an Intergovernmental Negotiating Committee (INC), which will begin its work in 2022, with the ambition of completing a draft global legally binding agreement by the end of 2024.

It is expected to present a legally binding instrument, which would reflect diverse alternatives to address the full lifecycle of plastics, the design of reusable and recyclable products and materials, and the need for enhanced international collaboration to facilitate access to technology, capacity building, and scientific and technical cooperation.

The UN Environment Programme (UNEP) will convene a forum by the end of 2022 that is open to all stakeholders in conjunction with the first session of the INC, to share knowledge and best practices in different parts of the world. It will facilitate open discussions and ensure they are informed by science, reporting on progress throughout the next two years. Finally, upon completion of the INC’s work, UNEP will convene a diplomatic conference to adopt its outcome and open it for signatures.

“Today marks a triumph by planet earth over single-use plastics. This is the most significant environmental multilateral deal since the Paris accord. It is an insurance policy for this generation and future ones, so they may live with plastic and not be doomed by it.” said Inger Andersen, Executive Director of UNEP.

“Let it be clear that the INC’s mandate does not grant any stakeholder a two-year pause. In parallel to negotiations over an internationally binding agreement, UNEP will work with any willing government and business across the value chain to shift away from single-use plastics, as well as to mobilize private finance and remove barriers to investments in research and in a new circular economy,” Andersen added.

Plastic production soared from 2 million tonnes in 1950 to 348 million tonnes in 2017, becoming a global industry valued at US$522.6 billion, and it is expected to double in capacity by 2040. The impacts of plastic production and pollution on the triple planetary crisis of climate change, nature loss, and pollution are a catastrophe in the making:

  • Exposure to plastics can harm human health, potentially affecting fertility, hormonal, metabolic, and neurological activity, and the open burning of plastics contributes to air pollution.
  • By 2050 greenhouse gas emissions associated with plastic production, use and disposal would account for 15 percent of allowed emissions, under the goal of limiting global warming to 1.5°C (34.7°F).
  • More than 800 marine and coastal species are affected by this pollution through ingestion, entanglement, and other dangers.
  • Some 11 million tonnes of plastic waste flow annually into oceans. This may triple by 2040.
  • A shift to a circular economy can reduce the volume of plastics entering oceans by over 80 percent by 2040; reduce virgin plastic production by 55 percent; save governments US$70 billion by 2040; reduce greenhouse gas emissions by 25 percent, and create 700,000 additional jobs – mainly in the global south.

The historic resolution, titled “End Plastic Pollution: Towards an internationally legally binding instrument” was adopted with the conclusion of the three-day UNEA-5.2 meeting, attended by more than 3,400 in-person and 1,500 online participants from 175 UN Member States, including 79 ministers and 17 high-level officials.

#UN Enivornment assembly #UN MEMBER  #Lifecycleplastic 

https://www.unep.org/

Box Genie Introduces Highcon to Support its Growing E-Commerce Platform for Corrugated Packaging

Box Genie Introduces Highcon to Support its Growing E-Commerce Platform for Corrugated Packaging

Box Genie, an on-demand e-commerce platform for corrugated packaging, has begun full production on the Highcon Euclid 5C digital converting system. The Highcon Euclid is installed at the Box Genie’s facility in Kansas City, MO to support a digital workflow from print to finished product. After less than two weeks following installation, Box Genie has already started full production.

Box Genie, founded by a third-generation family-owned packaging manufacturer, began production in 2021 as an e-commerce packaging provider specializing in corrugated packaging for small to medium size businesses. The company specializes in custom mailer boxes of varying shapes, colors, sizes, and designs. Box Genie chose Highcon for its ability to reduce tooling costs and shorten lead times without sacrificing quality.

“Box Genie was particularly interested in shortening lead-times to better serve small-to-mid-size orders and meet our customers’ needs for custom boxes,” said James Beard, COO Box Genie.” Highcon digital finishing allows us to increase throughput and cutting capacity as well as the ability to run custom boxes and displays and gang multiple jobs to improve efficiency.”

In addition to expanding its capacity, Beard said that Box Genie expects to be able to go after new business as a result of the purchase. “We bought the Highcon because we wanted more capacity and shorter lead times,” he added. “We were very pleased with the Highcon installation process and the dedicated onboard and training staff.”

Highcon General Manager and VP Sales, Americas, Michael Ciaramella, said “It is our pleasure to welcome Box Genie to the ranks of our innovative customers, many of whom are experiencing the benefits of adding Highcon digital converting to their production capabilities.

Streamlining the workflow and optimizing production with an end-to-end digital manufacturing process helps our clients stay ahead of the competition while adding incremental value to their customers. Box Genie is joining a growing group of customers that are leading the Web to Pack market transformation.”

#Highcon #ecommerce #support #Corrugated Packaging

https://www.highcon.net/

“Electrification of machines is the trend”

“Electrification of machines is the trend”

Mr. Möller, what contribution can Baumüller, as a drive specialist for mechanical engineering, make towards mitigating the climate crisis?

We help to reduce the energy consumption of machines; less energy also means CO2 reduction. A good example is our drive automation solution for servo-hydraulics. Here we combine the advantages of hydraulic power transmission with the control quality and dynamics of energy-efficient electric drive technology plus intelligent software. In this way, a lot of energy can be saved. In the field of plastic injection moulding machines, the servo-hydraulic drive has already established itself as a standard.

Are there other advantages of electric drives besides energy efficiency?

It is much more precise. For example, high-voltage components of electrical connection technology and also complex plastic components for automotive interior or exterior components are produced on such machines. Such solutions are crucial for e-mobility and replacing heavier metallic components such as steel with plastic is very important for lightweight construction. This can reduce weight and increase the range of the vehicles. This also saves energy and is an important contribution towards the acceptance of e-mobility as well as climate protection.

The use of electric drive technology with its high precision and dynamics also makes an important contribution to high productivity with very good process reliability. This reduces scrap to a minimum, thereby generating additional savings. We have a very well-matched portfolio of solutions for the electrification of drive axes in plastics machinery, with which hybrid and fully electric machines can be realized.

Is the share of electrical machinery increasing?

We see a trend toward a further increase in the degree of machine electrification and the proportion of electrically driven axes in machines. We are witnessing increasing demand for drive solutions for hybrid and fully electric machines. This is understandable, as these machines are used to manufacture packaging or medical technology products for example.

So how extensive are the savings in terms of carbon footprint?

It is easy to quantify the energy savings in terms of kilowatt-hours saved. For servo-hydraulic solutions, for example, the benchmark is defined as savings of at least 30 percent. Ultimately, of course, the level of savings achieved always depends on the application. In addition, machine builders and users benefit from other advantages of electric drive technology.

Keywords here are productivity increases through parallel functions, less material input as a result of shorter start-up times after set-ups, better repeat accuracy in production, and lower noise emissions to protect production employees. This has always been important, which is why even earlier on, machines used electric drive technology. But the advantages of electrics have become even more significant with the current quest for combined sustainability.

To what extent does digitization help in this context?

In principle, digitization is an important catalyst for achieving ambitious climate targets. It is also a good tool for efficiently exploiting the potential of drive technology with optimum manpower and resources. One example is simulation software. By means of a digital twin, you can anticipate commissioning; you can optimally design the drive components before you start the real machine. Another example is modern communication interfaces for intelligent machine communication within the production network, with peripheral devices or, for example, with upstream and downstream value creation stages.

Apart from its core business of mechanical engineering, Baumüller also drives electrification forward in other areas. What are you doing specifically?

We have been enabling the electrification of mobile vehicles and ships for very many years. Here too, we work with fully electric and hybrid systems and combine the advantages of different technologies. In addition to a fully electric concept with batteries, we also use hybrid concepts with conventional fuels or hydrogen as a storage method.

For example, we often use such hybrid concepts for larger mobile machinery or ships, whereby the combustion engine always functions at the optimum operating point and supplies the electrical consumers via a high-voltage intermediate circuit. The result is fuel savings of 20 percent and more, meaning a further contribution to CO2 reduction and thereby to sustainable climate protection.

Is demand also increasing in this area?

We definitely see a push here as well. The quest for sustainability is clearly the driver. As is the case in the plastics industry, this trend is irreversible. Solutions have to be developed and implemented continuously. It’s a long road, but there is no alternative to this path. There has always been discussion about energy efficiency and energy saving, but it is only our current climate protection and our CO2 reduction targets that cause these concepts to be pursued more consistently and implemented to a greater extent, also as a result of stronger consideration of the total cost of ownership.

#interview #reduceenergy #electricmachinery #carbonfootprint #hybridconcept 

INEOS Aromatics reduces CO2 emissions and increases capacity with $70 million modernization of PTA facility in Merak, Indonesia

INEOS Aromatics reduces CO2 emissions and increases capacity with $70 million modernization of PTA facility in Merak, Indonesia

INEOS Aromatics has completed a $70 million modernization of its purified terephthalic acid (PTA) plant in Merak, Indonesia, that significantly reduces emissions and increases capacity, supporting the competitiveness and growth of the Indonesian polyester industry.

PTA facility in Merak

The installation of a larger oxidation reactor, reconfiguration of the reactor’s heat recovery system, and revamp of the process air compressor train will both reduce CO2 emissions per ton by 15% and increase the site capacity by 15%, from 500,000 tonnes to 575,000 tonnes per annum.

PTA is used by the polyester industry to produce items for homes and businesses such as clothes, furniture, food & drink packaging, and other industrial uses. The investment will also improve the reliability and competitiveness of the plant, increasing the availability of PTA for the Indonesian market and the use of local content in a fabric produced in the country.

‘The INEOS Aromatics facility in Merak has played an important role in the Indonesia polyester industry for some time. This new, multi-million dollar investment shows our commitment to its future growth,’ says Frank Yang, President Director, INEOS Aromatics Indonesia.

‘It also continues INEOS Aromatics’ tradition of deploying technology that helps lead the polyester industry to a more sustainable future,’ he adds. ‘It supports INEOS’ commitment to producing essential products while reducing emissions to net-zero by 2050.’

The plant modernization was completed safely amidst the COVID-19 pandemic that affected the movement of people and materials during the process. Frank adds, ‘We thank everyone who participated in the project, surrounding communities, and regulators in providing the support needed to complete the project safely.’

The Merak plant has been operating for nearly 25 years and is a major PTA supplier in Indonesia. It became part of INEOS, as part of its $5 billion acquisition of the bp petrochemicals business in January 2021, extending both its portfolio and geographical reach.

#reduceCO2 emission #modernization #PTAfacility #merak 

https://www.ineos.com/businesses/ineos-aromatics/

Hubergroup presents a system solution for faster offset printing

Hubergroup presents a system solution for faster offset printing

How can we print even faster? This question plays an important role in pressrooms. Press speeds of up to 20,000 sheets per hour are now possible in packaging and commercial printing, but they often lead to a critical ink-water balance. At the same time, job volumes are getting smaller and smaller, so a stable production with fast control response is important.

To meet these changing market requirements, Hubergroup Print Solutions is now launching PERFECT-DRY-FIX, a fountain solution additive that is suitable for both conventional and UV offset printing. PERFECT-DRY-FIX enables smooth operation and high quality even at high printing speeds. In addition, the new fountain solution additive is optimally matched to the already established ECO-PERFECT-DRY ink series, which Hubergroup has also developed specifically for fast printing.

High-quality prints at high speed

“In offset printing, the symbiosis of fountain solution and ink plays an important role. It is crucial for a high-quality print image,” explains Frédéric Kocher, Head of Product Development Fountain Solution at Huber group. “Fountain solution additives regulate and stabilize the ink-water balance. At high printing speeds, however, conventional fountain solution additives do not manage to maintain this balance.”

With this in mind, the Huber group developed PERFECT-DRY-FIX. The new fountain solution additive is specially designed for fast printing. Even at high press speeds, it, therefore, ensures fast control behavior, good wetting of the non-image area, fast plate free-running, and very stable production printing behaviour. In addition, PERFECT-DRY-FIX supports fast drying and thus rapid finishing of packaging, magazines, or commercial jobs. To reduce the workload of printers, the Huber group also made sure that the fountain solution additive ensures a clean fountain solution circuit and reduces the amount of maintenance required for printing presses.

System solution for smooth printing

Printers also benefit from the fact that the Huber group produces both fountain solution additives and printing inks. This means that the company has extensive knowledge in both product categories and can coordinate the products to ensure a smooth printing process. Frédéric Kocher explains: “When developing PERFECT-DRY-FIX, it was important to us that the fountain solution additive is an optimal complement to our ECO-PERFECT-DRY ink series. Both products promote a fast printing process and are characterized by a sustainable formulation – they are therefore an ideal match. In combination, they ensure a particularly high-quality print image and harmonious production with little effort.”

 

#pressspeed #fastprinting #highquality #sustainable 

http://www.hubergroup.com/

 

Medical & Healthcare TPEs’ Adhesion & Processing Characteristic

Medical & Healthcare TPEs’ Adhesion & Processing Characteristic

TPEs bond easily when processed either through overmolding or co-extrusion with most commonly used structural plastics, eliminating the need for additional adhesives and allowing for faster and more cost-effective processing.

One of the main areas of growth for TPEs is overmolding. Many product designers are utilizing TPEs to add a “soft touch” to a rigid material. KRAIBURG TPE, a global TPE manufacturer of a wide range of TPE products and custom solutions for multiple industries, offers the THERMOLAST  H series HC/AP, developed specifically for healthcare and medical device applications in the Asia Pacific. The HC/AP series compounds have a hardness range of 30-90 Shore A and can be used in a variety of applications due to their wide range of hardness from soft to semi-rigid.

Especially for medical and healthcare applications, KRAIBURG TPE’s HC/AP series of TPE compounds can be over-molded to produce comfortable, non-slip, and abrasion-resistant handles, grips, and buttons. 

Through multi-component injection molding and extrusion, the THERMOLAST  H HC/AP series has good bonding with polypropylene (PP) and polyethylene (PE) resins, allowing for flexibility in product designs. 

As such, the compounds can be over-molded to alter the surface feel, improve aesthetics, and cushion against vibrations. 

All-round material solutions 
Good haptics, soft-touch properties, and elasticity improve function and design, allowing medical device manufacturers to be more creative with their product applications. 

KRAIBURG TPE’s HC/AP compounds have a good compression set and are thus fitting for sealing and closure applications. 

Furthermore, the compounds can be sterilized in an autoclave at 121°C or with ETO (gas); and have good thermoplastics processing and flowability, stretching the possibility for more medical part designs.

The HC/AP series compounds are safe for use in medical applications and meet standards such as cytotoxicity ISO 10993-5, GB/T 16886.5, biocompatibility testing according to ISO 10993-5 and GB/T 16886.5, as well as a number of international food contact and medical standards.

Other properties such as good chemical resistance, good sealing, and no cytotoxic potential, as well as the ability to be colored into various chromatic effects, present KRAIBURG TPE’s HC/AP compounds as all-round material solutions for the medical and healthcare segments.

#TPEs #costeffectiveprocess #HC/AP compound #thermolast