Technical Polymers – CHT and Fulgar have forged a novel partnership, prioritizing sustainability in the textile industry 23-03-2024

Technical Polymers

Caprolactam Price Hike in Europe: Impact of Raw Material Costs and Auto Sector Demand

Since the start of March 2024, the price of Caprolactam in the European region has shown a steady increase. This upward trend can be attributed to several factors, most notably the significant cost pressures stemming from raw material prices. Additionally, the uptick in demand from the downstream automotive sector has played a role in driving this price movement. The cost of Caprolactam increased by 4% on a FOB Hamburg basis during the week ending on March 15th.

Raw material Benzene prices rose firmly, a key determinant in Caprolactam pricing, and have been experiencing notable volatility, largely influenced by various factors including global economic conditions, geopolitical events, and supply chain disruptions. These factors have collectively led to increased costs, ultimately impacting the overall pricing of Caprolactam.  Technical Polymers

Furthermore, the improvement seen in the downstream automotive sector has added to the upward pressure on Caprolactam prices. As the automotive industry continues its recovery from recent challenges, there has been a corresponding rise in demand for Caprolactam, a crucial component in the production of automotive parts and components.


Technical Polymers

Coperion and Herbold Meckesheim unveil plastics recycling solutions at Chinaplas 2024, showcasing their expertise in technology and process solutions

The highlight is the STS 75 Mc PLUS twin screw extruder, boasting increased torque for up to 20% higher throughput and superior product quality. Alongside, visitors can explore a virtual PET recycling installation demonstrating the efficiency of each component.

Additional exhibits include the Coperion ZSK 26 Mc18 extruder, a K-Tron T35-QC feeder with a 2415 vacuum receiver, and a K-ML-SFS-KT20 feeder. Coperion K-Tron introduces the ProRate PLUS line of gravimetric feeders in China, featuring the PLUS-S feeder with refill, and a CVH 550 rotary valve for granulates.  Technical Polymers

The STS 75 Mc PLUS achieves higher throughput and compound quality through enhanced torque and optimized drive components. Its increased fill level reduces shear stress and melt temperature, ensuring gentle handling at high throughputs. The extruder’s construction benefits from Coperion’s technical expertise and experience, offering an economical solution with rapid ROI.

Coperion and Herbold Meckesheim provide comprehensive plastics recycling plants, covering mechanical processing, bulk material handling, extrusion, and compounding. They offer solutions tailored to various recycling methods and plastic types.

Coperion K-Tron demonstrates feeding expertise with the K2-ML-D5-T35 feeder featuring ActiFlow technology and the 2415 vacuum receiver.  Technical Polymers

The ProRate PLUS feeder line offers economical and reliable feeding solutions, including a twin screw option for powders. Overall, Coperion and Herbold Meckesheim present integrated solutions for efficient plastics recycling at Chinaplas 2024.

Technical Polymers

An international consortium of scientists has achieved a groundbreaking feat: the creation of solar panels printed with perovskite, boasting record-breaking efficiency

This innovation promises a future where solar energy is ubiquitous, integrated seamlessly into buildings, electric vehicles, and even clothing.

Led by the Commonwealth Scientific and Industrial Research Organisation (CSIRO), the team has devised a method for mass-producing these cutting-edge photovoltaic cells using the roll-to-roll (R2R) technique. The key ingredient, perovskite, imbues the panels with flexibility and lightweight properties, enabling their application in diverse settings.

The remarkable efficiency of these cells, at 11%, surpasses traditional standards by a significant margin, typically hovering around 1-2%. This leap in efficiency addresses longstanding challenges associated with large-scale production, thereby driving down costs and enhancing commercial viability.  Technical Polymers

Imagine a world where solar panels are as commonplace as newspapers, effortlessly harnessing solar energy wherever they are placed. This vision, once confined to the realms of science fiction, now stands on the brink of realization, thanks to the pioneering efforts of this international scientific coalition.

Technical Polymers

CHT and Fulgar have forged a novel partnership, prioritizing sustainability in the textile industry

At the forthcoming Performance Days event in Munich on March 20 and 21, 2024, they will unveil CHT’s BeSo Responsible initiative, aimed at revolutionizing resource efficiency in textile dyeing.

BeSo, shorthand for “Best Solution,” offers versatile solutions adaptable to diverse performance and sustainability needs

The BeSo Responsible Shortcut process, a highlight of the project, innovatively dyes Fulgar’s Q-Cycle yarn while simultaneously fixing it in a single cycle, resulting in substantial time, water, and energy savings.  Technical Polymers

CHT’s Bemacid acid dyes, like Bemacid N-TF and Bemacid F-T, further elevate the process by enhancing color fastness and overall yarn quality and durability.

Fulgar’s Q-Cycle, a 100% recycled polyamide fiber, employs a controlled mass balance approach without using virgin raw materials from crude oil. Instead, it relies on pyrolysis oil from end-of-life tires, slashing CO2 emissions by up to 50%.

The application of CHT’s Shortcut process to Q-Cycle ensures the same level of functionality, aesthetics, and comfort as products made from virgin polyamide, while championing environmental stewardship.  Technical Polymers

In essence, this partnership between CHT and Fulgar pioneers sustainable solutions in textile manufacturing, embodying a commitment to both innovation and eco-consciousness.

CHT and Fulgar have forged a novel partnership, prioritizing sustainability in the textile industry

Piovan, based in Italy, concluded 2023 on a high note, particularly propelled by the Technical Polymers segment

The group achieved a remarkable turnover of €570.5 million, marking a 7.4% increase compared to the previous year (+4.6% under the same perimeter), with an adjusted EBITDA soaring to €78.9 million, up by 25.8%. Consolidated net profit surged by 40.5%, reaching €48.9 million, an increase of €14.1 million from 2022.

Nicola Piovan, the group’s executive president, expressed satisfaction with the results despite geopolitical uncertainties like the conflicts in Ukraine and the Middle East. He emphasized the strategic overhaul aimed at bolstering Piovan Group’s identity internationally and fostering integration.  Technical Polymers

CEO Filippo Zuppichin highlighted the group’s resilience in capturing market share despite challenges, citing expansions in India and other emerging markets.

Technical Polymers, contributing 77% to the turnover, saw sales rise by 8.3%, driven by demand from technical, automotive, and medical sectors. While sales dipped in the Food & Industrial Applications (-9%), they surged in the Services segment (+13.8%).

Geographically, sales flourished in North America (+10%), Asia (+22.2%), and South America (+14.1%), while remaining stable in Europe (+0.2%).  Technical Polymers

In 2023, Piovan expanded its global footprint by establishing branches in Indonesia and South Korea, acquiring assets of ProTec Polymer Processing in Germany, and gaining control of Nu-Vu Conair in India.

Listed on the Italian Stock Exchange, Piovan, headquartered in Santa Maria di Sala (VE), specializes in automation systems for polymers, plastics, and food powders, employing 1,800 people across 14 plants, with 91% of revenue from international markets.

Piovan, based in Veneto, concluded 2023 on a high note, particularly propelled by the Technical Polymers segment

Netstal showcases its pinnacle injection molding prowess at the NPE (Booth W223), promising unrivaled productivity and efficiency in beverage closure production

Partnering with US client Alltrista®, Netstal unveils a cutting-edge production system, setting a new standard in closure manufacturing. Witness live the marvel of producing 26 mm water closures with a staggering 128-cavity mold, boasting an impressive cycle time of just 1.9 seconds.  Technical Polymers

Central to this groundbreaking application is the CAP-Line, boasting a formidable clamping force of 4500 kN. Tailored specifically for closure applications, the CAP-Line represents Netstal’s commitment to optimized machinery. Built upon the robust Elios platform, the exhibition model comes equipped with a suite of features finely tuned for efficient closure production. Its all-electric clamping unit, boasting a swift dry cycle time of 1.4 seconds, facilitates blistering cycle times under 2 seconds. Enhanced by an optimized barrier screw and a smaller injection unit, the design ensures superior plasticizing performance and homogenization.  Technical Polymers

Moreover, the CAP-Line offers customizable options for further optimization, including the intuitive Smart Operation control panel and adaptive system pressure reduction for added energy efficiency. Horst Kogler, Head of Business Unit Caps and Closures, underscores the customer-centric approach, stating, “With the new CAP-Line concept, we tailor our offerings precisely to our customers’ needs, expediting consultations and quotations to minimize machine delivery times.” Netstal’s CAP-Line sets a new benchmark, delivering bespoke solutions for closure manufacturers while streamlining the acquisition process for unparalleled efficiency. Technical Polymers

Netstal showcases its pinnacle injection molding prowess at the NPE (Booth W223), promising unrivaled productivity and efficiency in beverage closure production

The primary discovery of the study reveals that circular plastics presently constitute 13.5% of newly manufactured plastic products in Europe

This statistic indicates a significant milestone, positioning the European plastics system at the halfway mark towards achieving its interim goal, as outlined in the ‘Plastics Transition’ roadmap. The aim set forth in this roadmap is to incorporate 25% of plastics sourced from circular channels into new products by the year 2030.

This finding underscores a noteworthy shift in the approach to plastic utilization within Europe, signaling a growing embrace of circularity principles. By integrating more recycled materials into the manufacturing process, the region is not only reducing its reliance on virgin plastics but also mitigating environmental impacts associated with plastic production and disposal.  Technical Polymers

Moreover, achieving such a substantial proportion of circular plastics within the production stream demonstrates the feasibility of transitioning towards a more sustainable plastic economy. It suggests that with continued efforts and strategic initiatives, the European plastics industry can indeed meet its ambitious targets for circularity by the designated timeline.

This milestone serves as a testament to the efficacy of collaborative efforts between industry stakeholders, policymakers, and environmental advocates in driving meaningful change towards a more circular and environmentally conscious plastic ecosystem.

The primary discovery of the study reveals that circular plastics presently constitute 13.5% of newly manufactured plastic products in Europe

Carbon dioxide plastic – Balrampur Chini Mills, the Indian conglomerate, has unveiled its partnership lineup for the forthcoming polylactic acid (PLA) plant project 22-03-2024