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Clariant Catalysts Helps Customers Cut Over 35 Million Tons of CO2e in 2022

Clariant Catalysts Helps Customers Cut Over 35 Million Tons of CO2e in 2022

  • Customer emission reductions enabled by Clariant’s catalysts in 2022 more than eight times higher than Clariant corporation’s carbon footprint in 2022
  • Clariant’s catalytic solutions help reduce greenhouse gas emissions across a wide range of industrial sectors
  • Through its broad portfolio, Clariant contributes to customers’ transition towards global climate neutrality

Clariant’s energy-efficient catalyst technologies made a significant contribution to climate protection in 2022. They enabled emission reductions of more than 35 million tons of carbon dioxide equivalent (CO2e) in customers’ chemical processes across a wide range of industrial sectors. The reductions amount to more than eight times the total carbon footprint of the entire Clariant corporation in 2022.

To put this into perspective, the 35 million tons of CO2e avoided by using Clariant’s catalysts exceed Switzerland’s total carbon dioxide emissions in 2021.

A significant proportion of the emission reductions come from customers in the steel industry, a sector responsible for 7% of global CO2 emissions. Clariant’s reformer catalysts are used in the Direct Reduction of Iron (DRI) process of iron production, which feeds into steel production. The DRI process is a low-carbon alternative to conventional coal-based iron production that is highly CO2-intensive. The CO2 emissions from DRI-based steel are 38% (or about one ton of CO2 per ton of crude steel) lower than in conventional steelmaking.

Another key contributor to the emission reductions is Clariant’s solution for the catalytic abatement of nitrous oxide (N2O) emitted during the production of nitric acid. Primarily used as a valuable base chemical in fertilizers, the production of nitric acid is responsible for the equivalent of 100 million tons of CO2 annually due to emissions of undesired N2O by-products. Clariant’s catalysts offer an economic solution to remove up to 99% of N2O emissions by converting them into harmless nitrogen and oxygen. This technology is one of the most cost-effective ways to reduce sizeable amounts of GHG emissions in the chemical industry with costs well below $10/ ton of CO2e avoided.

Richard Haldimann, Chief Technology & Sustainability Officer at Clariant, commented, “With our defined sustainability strategy, Clariant is in a leading position to fight climate change through our portfolio of products which not only contribute to reducing our own carbon footprint but also create a carbon handprint for our customers. Our Catalysts business is a prime example of sustainability-driven innovations that accelerate the energy transition and can meet the demands of future economic, regulatory, and social systems.”

Jens Cuntze, President of Clariant Catalysts, added, “Most chemicals and fuels undergo at least one catalytic stage during industrial production which is why catalysts play a crucial role in the productivity and profitability of the chemical process our they are applied in as well as in sustainability. At Clariant, our broad catalyst portfolio, combined with tailored solutions and strong process partnerships, achieve impactful emission reductions for our customers.”

Additional catalytic innovations recently announced by Clariant include “green” technologies for methanol and ammonia production, which not only open new pathways for renewable feedstocks but also energy sources, particularly in maritime transport. Clariant has also developed catalysts for the efficient production of blue (low carbon) hydrogen, used for the safe and effective capture and sequestration of carbon to permanently remove CO2 for storage or further use.

Through existing and future technologies, Clariant is committed to developing innovative catalytic solutions that enable customers to operate their plants more efficiently, with reduced CO2 emissions. The reduction of more than 35 million tons of CO2e in 2022 reflects Clariant’s vision to help its customers in the transition toward global climate neutrality. Clariant continues to sharpen its focus on catalytic innovations in line with the UN Sustainable Development Goals (SDG) No. 7 on Affordable and Clean Energy, and No. 13 on Climate Action.

For more information, please visit: https://www.clariant.com

 

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Danimer Scientific Rings Closing Bell at New York Stock Exchange to Celebrate Earth Week

Danimer Scientific Rings Closing Bell at New York Stock Exchange to Celebrate Earth Week

Danimer Scientific, Inc. (NYSE: DNMR) (“Danimer” or the “Company”) CEO Stephen Croskrey rang the closing bell at the New York Stock Exchange on Monday, April 17, to mark the beginning of Earth Week.

Croskrey was joined on the podium by members of Danimer’s management team and board members past and present.

“We were privileged to ring the closing bell at the NYSE, both in honor of Earth Week and to celebrate Danimer’s accomplishments as a company that makes environmental responsibility our highest priority,” Croskrey said. “As interest continues to grow in alternatives to conventional petroleum-based plastics, we envision a bright future ahead for our sustainably sourced bioplastics, which have a wide variety of practical food-contact applications and are 100% compostable, helping to meaningfully combat the plastic waste crisis.”

Danimer’s 2022 ESG report was also released on Monday, April 17, and can be downloaded from its website at www.danimerscientific.com/esg-report.

Danimer Scientific is a pioneer in creating environmentally responsible and natural alternative solutions to traditional petroleum-based resins. The Company’s signature polymer, Nodax (TM) PHA (polyhydroxyalkanoate), is a 100% biodegradable, renewable and sustainable plastic produced using canola oil as a primary feedstock. The Company began trading under the ticker symbol DNMR on the New York Stock Exchange on Dec. 30, 2020.

A video of the ceremony can be viewed at https://www.nyse.com/bell, with additional videos and photos from during and after the ceremony available on the NYSE’s social media channels: YouTube, Facebook, Instagram, LinkedIn and Twitter.

For more information, please visit www.DanimerScientific.com

 

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Solvay to Supply Technology License for Hydrogen Peroxide Mega-Plant in China

Solvay to Supply Technology License for Hydrogen Peroxide Mega-Plant in China

Under the license, the Group will provide GHCAC with high-productivity hydrogen peroxide technology, a comprehensive process design package and operating expertise

Solvay, a global market leader in specialty chemicals, has signed a license agreement with Guangxi Chlor-Alkali Chemical (GHCAC) which will enable the Chinese partner to build and operate a hydrogen peroxide megaplant at Qinzhou (Guangxi Zhuang Autonomous Region) designed to support its 300 kilotons propylene oxide (PO) production and other units on site.

Under this license, Solvay will provide its proprietary hydrogen peroxide mega-scale, high productivity process technology to GHCAC, including a dedicated process design package, operating expertise and a range of services to ensure the optimized and reliable production of the new megaplant. In addition, the company will also supply GHCAC with proprietary 2-amylanthraquinone (AQ), the key chemical contributing to the high productivity and environmentally-friendly chemical processes of Solvay’s megaplant technology.

It has been further agreed that Solvay will have a hydrogen peroxide offtake after the megaplant starts up. This will support the strategic growth of Solvay’s hydrogen peroxide business in China, in particular in the southern area.

“We are very pleased that GHCAC has chosen our advanced hydrogen peroxide technology for this important megaplant project in Qinzhou,” says Peter Browning, President of Solvay’s Peroxides global business unit.” This will allow the customer to meet market needs with a process design package backed by more than 50 years of experience, which provides an energy efficient and cost competitive solution with an excellent safety track record.”

Weimin Zhang, General Manager of Shanghai Chlor-Alkali Chemical, commented: “We are honored to work with Solvay in this ambitious venture, which will enable us to run the new hydrogen peroxide megaplant at lower energy consumption and less CO2 emissions than competitors. Next to the proven safety, reliability and cost effectiveness of Solvay’s high-productivity hydrogen peroxide technology, its sustainability benefits were instrumental to deploying it at our Qinzhou site.”

The propylene oxide is a versatile chemical intermediate for a wide range of materials in many industrial and commercial market segments, including polyurethanes, propylene glycol ethers and propoxylated organic specialty compounds.

Learn more at www.solvay.com

 

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SABIC to Present at PCIM Europe New Data on Low Internal Dissipation Losses in ELCRES HTV150A Dielectric Films for High-Temperature Capacitors

SABIC to Present at PCIM Europe New Data on Low Internal Dissipation Losses in ELCRES HTV150A Dielectric Films for High-Temperature Capacitors

SABIC, a global leader in the chemical industry, will reveal at PCIM Europe 2023, in Hall 7, Booth 146, new data showing significantly reduced internal dissipation losses in its high-heat

ELCRES HTV150A dielectric films intended for use in high-temperature capacitors. Compared to other high-heat materials like polyethylene terephthalate (PET) and polyethylene naphthalate (PEN), ELCRES HTV150A films can reduce dissipation losses by as much as 40 percent when exposed to temperatures reaching 150°C and frequencies up to 100kHz. Lower dissipation losses in ELCRES HTV150A dielectric films can reduce internal heat generation, increase operating efficiency and stabilize hot spot temperatures, giving engineers greater flexibility in designing capacitors. Lower losses in these films are expected to translate into reduced dissipation losses in capacitors.

“In developing ELCRES HTV150A films, SABIC researchers drew upon their deep understanding of how polymers respond to thermal and electrical stress fields,” said Ed Kung, senior manager, Resin Design and Incubation, SABIC. “They selected material compositions with mild dissipation mechanisms in the temperature and frequency ranges of interest and have achieved impressive results. As customers design new inverter systems and adopt next-gen silicon carbide power modules, lower dissipation losses at higher operating temperatures and frequencies can help drive success.”

SABIC will publish a technical paper on “High Temperature Capacitor Films with Reduced Dissipation Losses for High Voltage AC-DC Inverters” and discuss this topic during the poster session on Tuesday, May 9, at 15:05 CET. Also, the company will provide a detailed overview of its capacitor film solutions at the E-Mobility & Energy Storage Stage on Wednesday, May 10, from 14:40-15:00.

Low Internal Losses vs. Incumbent Materials
SABIC is working with Japan’s Machine Technologies Co., Ltd., a consulting firm, to study, test and validate the performance of ELCRES HTV150A films in DC link power capacitors for electric vehicle (EV) power train inverters. This ongoing collaboration has confirmed the value of ELCRES HTV150A films in supporting hybrid, plug-in hybrid and battery electric vehicle (xEV) technology.

Recent data from tests on single sheets of film conducted at the SABIC Polymer Processing Development Center in Pittsfield, Mass., indicate that, in contrast to the way other high heat-materials respond, ELCRES HTV150A films exhibit sharply reduced internal dissipation losses when exposed to high frequencies and temperatures. Importantly, these SABIC dielectric films can operate at temperatures up to 150°C, enabling DC link power capacitors to withstand disruptive hotspot temperatures. Competitive high-heat films such as PET and PEN are limited to operating temperatures below 125°C because they demonstrate increased dissipation losses above that point. The ELCRES HTV150A films also deliver excellent retention of dielectric properties through desired temperature and frequency ranges.

“SABIC and Machine Technologies collaboratively support customers by applying a rigorous methodology to test and validate capacitor materials,” said Dr. Tsuyoshi Kasebe, CEO, Machine Technologies. “Data generated through this process can inform capacitor makers about the capabilities of ELCRES films compared to other high-heat materials. As the industry transitions to power transistors based on silicon carbide and other advanced technologies, this data can be valuable in guiding new capacitor designs.”

Machine Technologies is comprised of experts with many years of experience developing and manufacturing capacitors. They are actively involved in the industry, supporting research and development, and publishing technical articles.

High Performance for Professional-grade Power Capacitors
ELCRES HTV150A dielectric films are the first in the industry to provide stable performance at operating temperatures of -40°C to 150°C and frequencies up to 100 kHz, while offering stable capacitance, high insulation resistance and good dielectric performance. They address the critical performance gap experienced by traditional polypropylene (PP) films above 105°C. Capacitors built with 3 µm and 5 µm metalized ELCRES HTV150A films pass standard electrical and life tests at 150°C for 2,000 hours with low capacitance change and stable insulation resistance. Other key properties include high breakdown strength over the full temperature range, good self-healing and excellent adhesion to aluminum and zinc during metallization.

The film has been validated by customers for use with both film-foil and metalized electrodes. Additional key features and benefits, typical properties and potential applications for SABIC’s ELCRES HTV150A film portfolio can be found in SABIC’s new brochure.

Compared to other high-heat materials like polyethylene terephthalate (PET) and polyethylene naphthalate (PEN), SABIC’s ELCRES HTV150A films can reduce dissipation losses by as much as 40 percent when exposed to temperatures reaching 150°C and frequencies up to 100kHz. Lower dissipation losses in capacitors made with ELCRES HTV150A dielectric films can reduce internal heat generation, increase operating efficiency and stabilize hot spot temperatures, giving engineers greater design flexibility.

 

www.sabic.com

 

 

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Daniel Turnheim Appointed Borealis CFO as of 1 June 2023, Succeeding Mark Tonkens

Daniel Turnheim Appointed Borealis CFO as of 1 June 2023, Succeeding Mark Tonkens

Mark Tonkens to leave Borealis Executive Board by mutual agreement effective 31 May 2023, Daniel Turnheim appointed as Borealis CFO effective 1 June 2023

The Supervisory Board of Borealis has appointed Daniel Turnheim (48) as the new Chief Financial Officer with effect from 1 June 2023. The appointment spans a three-year period, with the option to extend by two years, subject to mutual consent. Mark J. S. Tonkens, currently Chief Financial Officer at Borealis, will leave the Borealis Executive Board by mutual agreement effective 31 May 2023.

Daniel Turnheim looks back at a long-standing career in OMV Group. After joining the company in 2002, he held various senior management functions in OMV Finance, including Head of Controlling at OMV UK in London, United Kingdom and a two-year assignment to Petrol Ofisi in Istanbul, Turkey. From 2011 to 2012, Daniel held the role of Chief Financial Officer at OMV Petrom in Bucharest, Romania. He is currently Senior Vice President Finance & Tax at OMV AG.

Daniel Turnheim holds a Master’s degree from the Vienna University of Economics and Business in Vienna, Austria. He is Austrian citizen, married and proud father of four children.

“I am delighted we bring such an extraordinarily experienced Finance expert like Daniel Turnheim onboard of the Borealis Executive Board. I warmly welcome Daniel and look forward to working closely with him on realizing our Borealis Strategy 2030. At the same time, I would like to express my sincere appreciation on behalf of the entire Borealis Executive Board for the outstanding contribution Mark Tonkens has made over the past 8 years as CFO of Borealis. It has been a pleasure working with Mark, I wish him much success for his future,” comments Thomas Gangl, Borealis CEO.

www.borealisgroup.com

 

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IPAMA Stepped-in The Arena of Exclusive Packaging Exhibitions…

IPAMA Stepped-in The Arena of Exclusive Packaging Exhibitions…

Indian Printing Packaging & Allied Machinery Manufacturers’ Association launched “IntraPac India” Exhibition in the presence of distinguished Media Personnel, heads of different Associations and IPAMA Governing Council Members & Staff. The booking of IntraPac India has been started. IPAMA is sure that it will be a complete solution for Packaging Industry Companies.

After years of organizing the largest fair in the country biennially on graphic arts industry, “PRINTPACK INDIA”, the Indian Printing Packaging & Allied Machinery Manufacturers’ Association (IPAMA) has now decided to organize an exclusive Packaging Exhibition to meet the long outstanding demand of the Packaging Machine Manufacturers and the Companies dealing in Allied Products.

IPAMA, since its inception in the year 1988, has been promoting Printing and Packaging industry at different platforms, including organizing of PRINTPACK INDIA biennially which is the most prominent exhibition of Printing Industry in India. IPAMA has also been providing necessary inputs relating to the industry to various Government organisations, including the Ministry of Heavy Industry, Bureau of Indian Standards, CII, FICCI, PHD, EEPC etc. IPAMA is also working in tandem with other Associations/Federations for redressing the grievances of the  Industry and its Member companies. The last edition of PRINTPACK INDIA Exhibition was organised at India Expo Centre, Greater Noida from May 26-30, 2022, on a net area of 25,342 Square Meters in which 487 Indian and foreign Companies had participated. It was visited by a record number of 1,03,412 business visitors. The space charges were kept at the minimum level so that the MSME Units could participate with ease and in an effective manner with minimal financial constraints.

IPAMA, being an Association of both Printing and Packaging Machine Manufacturers and also responsible to support the industry by providing a unique platform so that the maximum number of companies can participate and promote themselves at a very affordable rate, the Governing Council of IPAMA had decided to create such a platform in the form of IntraPac India, exclusively for the Packaging Industry, on the pattern of PRINTPACK INDIA Exhibition. The packaging sector has a much wider exposure in comparison to other sectors of our economy. India is a developing country, and the people are now aware about food hygiene, living standards, health consciousness along with adoption of next gen digital technologies.

IntraPac India, an exclusive exhibition on Packaging Industry, will be organised at IICC, Dwarka, New Delhi from 14 – 16 March 2024. The profile of the Exhibition includes all packaging solutions, machinery, and allied products inclusive of plastic packaging, metal packaging, glass packaging, paper packaging, filling, capping, filling & sealing, biodegradable packaging, protective packaging, automation and robotics, tube packaging, mono cartons, die-casting, traceability & tracking, logistics, film, moulding, and many more relating to Packaging Industry. Initially the space charges will be kept between Rs.9,000/- to Rs.10,000/- per Square Meter. For subsequent editions, these will be reviewed and kept at the minimum level so that more and more MSME Units could participate in the Exhibition. IPAMA is also in the process of forming an Advisory Committee to rope in important industry players who can guide and give their valuable contribution in implementing the project. Some of the important and prominent industry players have already been approached for this. Within a couple of months, the Advisory Committee will be in position to support.

Mr. Rakesh Sodhi, President, IPAMA

While announcing the dates and the venue of IntraPac India, Mr. Rakesh Sodhi, President, IPAMA said that “The Packaging Sector in India is the 5th largest in its economy and one of the highest growing Sectors in the country. We are making endeavours to promote this sector at different platforms so that the industry can get further momentum. We are also making efforts to increase the exports of packaging machinery and related products to different destinations in the global market. We are happy to say that the industry has successfully come out of the grip of COVID-19. With the legacy of PRINTPACK INDIA, IPAMA will be able to serve the Packaging Industry in a better way.

 

www.ipama.org

 

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Off-Cuts, Transformed

Off-Cuts, Transformed

Traditionally, composite materials are made by gluing together different core layers and outer films to create fabrics for use in a wide range of product applications. Using our patented fusion process, we’ve developed a unique way to fuse high-tech fibers and technical films together without the use of glues. This fusion process is not only creating extremely light, strong, and durable fabrics, but materials that are recycle ready.

An initial project with the Composites Research Network at UBC Vancouver established the ability to compress ALUULA material off-cuts and end-of-life products into uniform, lightweight and ultra-durable panels. What makes these panels so unique is that throughout the recycling process, the specialized UHMWPE fibres of the original ALUULA materials are kept intact. This results in extraordinary, fibre reinforced composite panels that are 10x stronger than those molded from virgin UHMWPE. From backpack back panels to low friction wear plates, the applications of these panels are suited to many tasks where strength, weight, abrasion resistance, and low friction are desirable.

“Working with UBC students on applications for these ultra-strong and ultra-durable products is proving to be invaluable as we refine our processes to ensure the recyclability of ALUULA materials.” Said ALUULA Composites Material Scientist, Samuel White.

Together with UBC Manufacturing Engineering (MANU) students, ALUULA is developing and refining applications for these panels that not only exploit the inherent light and strong material properties, but result in an end product that can be recycled again and again; lengthening the materials’ lifespan for years to come.

“ALUULA has proven that sustainability and astounding performance can coexist without compromise. We look forward to leading the composite industry towards a more sustainable future.” Said ALUULA Composites COO, John Zimmerman. https://aluula.com/

 

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Arburg Innovation Hub – Software Developers in Karlsruhe

Arburg Innovation Hub – Software Developers in Karlsruhe

  • New location: Arburg Innovation Hub attractive for IT and software experts
  • Qualified personnel wanted: In Karlsruhe, Arburg offers attractive jobs in a scientific environment
  • Represented worldwide: Arburg now represented at 35 company locations in 25 countries

Arburg is a globally leading and thriving manufacturer of machines for plastics processing and is also a pioneer in the industry when it comes to digitalisation. What many people don’t know is that this innovative family-owned company with its headquarters in Lossburg, in the northern Black Forest, also develops the hardware and software for its control systems itself and is a renowned manufacturer in Germany in this field. In order to attract more IT and software experts in the future, Arburg opened a new location in Karlsruhe this year, the “Innovation Hub”.

“We are looking very hard for software experts. Unfortunately, as a machine manufacturer we have not yet made a name for ourselves in the IT industry as an attractive employer for software and digitalisation topics – which is something we want to change,” explains Jürgen Peters, Head of Software Development at Arburg.

“The Arburg Innovation Hub in Karlsruhe offers an ideal working environment with new and modern premises close to the scientific institutes and conveniently located for transport.”

New Arburg location for software development
The new location is a perfect fit for the Arburg Innovation Hub because computer science courses are offered in the immediate vicinity at the Karlsruhe Institute of Technology (KIT) and the Karlsruhe University of Applied Sciences (HKA). In addition, the company headquarters in Lossburg are only about 100 kilometres away, so regular face-to-face contact is possible. Arburg’s technology, human resources, IT and building services departments worked together to take the Innovation Hub project from concept to opening in less than a year. In January 2023, eight software experts started work in the new Arburg premises. Their areas of expertise include data analytics, artificial intelligence (AI) and machine learning (ML), digital twins and robotics – a completely fascinating field of work. In total, the office in the building of software licensing company Wibu Systems offers space for up to 40 employees in an area of around 500 square metres. Interested parties, including those from other disciplines such as additive manufacturing, host computer systems, smart factories and digital products, are very welcome to apply at any time at www.arburg.com/jobs/innovation_hub.

Cooperation with science and research
Arburg is committed to science and research as part of numerous collaborations with institutes, universities and other scientific institutions. These include the current “AutoLern” research project, for example, in which Arburg, KIT and other partners are developing methods for self-teaching machine tools. Students from KIT and the university can also complete their practical training phase for Bachelor’s and Master’s theses at Arburg.
The Arburg Innovation Center has been cooperating with KIT since 2016, successfully advancing research into additive manufacturing with the Freeformer.

Jürgen Peters (centre), Head of Software Development at Arburg, with his Innovation Hub team in Karlsruhe. More IT and software experts are always welcome at Arburg.

Further information about Arburg can be found at www.arburg.com

 

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HASCO Designer Day in China

HASCO Designer Day in China

As an internationally leading standard-component and hot-runner specialist, HASCO addresses the challenges of modern mouldmaking and also provides support at the early design stage.

For a number of years now, HASCO has been organising Designer Days worldwide and thus engaging in an intensive dialogue with designers. The focus at these events is, firstly, on an exchange of information regarding market developments and trends and, secondly, on new approaches to optimising the design workflow.

Our Chinese colleagues were delighted with the lively attendance at the Designer Day in Changchun. Around 30 participants took up the invitation and learned about the latest product and service innovations in the fields of Mould Base and Hot Runner.

It was the first event with personal contacts and talks after the pandemic, and this significantly helped to promote the understanding for new products and the discussion about leading technologies in the industry.

In addition to products and services, the focus during the events was on exchanging information with one another. Despite all the digitisation, there is, after all, no substitute for one-to-one communication.

As a full-service provider for mouldmaking, HASCO is in close contact with its customers, offers tailor-made solutions for their requirements, and accompanies them from the initial idea, through the design phase to the production of the injection moulded article.

www.hasco.com

 

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Damage-Free Demoulding With Complex Injection Moulded Parts – The Hasco Slide Unit Range Z18140/…

Damage-Free Demoulding With Complex Injection Moulded Parts – The Hasco Slide Unit Range Z18140/…

With many complex injection moulded parts, undercuts or recesses cannot simply be demoulded in the principal demoulding direction. In such cases, movable cores in the mould allow the injection moulded part to be removed without damage. Use is made of slide elements of varying design.

Flexible demoulding

The complex HASCO slide unit range Z18140/… sets innovative standards in the flexible demoulding of small undercuts or recesses. The extensive portfolio with slide housings (square and round) and slide locking heels (square, round and rectangular) offers a maximum of variable mounting options.

Innovative slide unit combinations

Three standardised mounting geometries are available from stock, and slides are also available for contour inserts for customised mould core designs. The combination of two slide variants produces 12 different assemblies in a wide range of dimensions and materials, either with or without DLC coating. All in all, HASCO offers dimensionally coordinated parts for more than 250 innovative slide combinations.

Top sliding properties, long service life

The slide units, which can be easily installed from the parting plane, are noted among other things for their long slide paths. Corresponding adjustment discs are available for aligning the slide positions. An optimised locking system allows high forces to be absorbed. The DLC coating on the slides ensures optimum sliding properties and a long service life. Compatibility between all the components in the HASCO slide unit range is guaranteed.

www.hasco.com

 

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