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With clips made of certified industrial compostable ecovio® 60 IA 1552 creepers like tomatoes, cucumbers and peppers can be easily fastened in commercial greenhouses. 
Photo: BASF 2025
Trade News | 4 de febrero de 2025

For the cultivation of greenhouse fruit and vegetables: plant clips made of certified industrial compostable biopolymer

For the sustainable cultivation of greenhouse fruit and vegetables, BASF has developed a certified industrial compostable biopolymer that can be used to manufacture black and white plant clips. With clips made of ecovio® 60 IA 1552 annual creepers like tomatoes, cucumbers and peppers can be easily fastened in commercial greenhouses. The clips benefit from the biopolymer’s balanced high performance of strength and flexibility, while being certified industrial compostable according to EN 13432. Thus they can be collected together with the plant residues after harvesting and put into organics recycling in industrial composting facilities where they biodegrade. With this end-of-life option for clips, persistent microplastic in green waste usually caused by clips made of polyethylene (PE) or polypropylene (PP) can be avoided. At the same time more green waste can be turned into valuable compost contributing to a circular economy.
 

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With clips made of certified industrial compostable ecovio® 60 IA 1552 creepers like tomatoes, cucumbers and peppers can be easily fastened in commercial greenhouses. 
Photo: BASF 2025
Trade News | 4 de febrero de 2025

For the cultivation of greenhouse fruit and vegetables: plant clips made of certified industrial compostable biopolymer

For the sustainable cultivation of greenhouse fruit and vegetables, BASF has developed a certified industrial compostable biopolymer that can be used to manufacture black and white plant clips. With clips made of ecovio® 60 IA 1552 annual creepers like tomatoes, cucumbers and peppers can be easily fastened in commercial greenhouses. The clips benefit from the biopolymer’s balanced high performance of strength and flexibility, while being certified industrial compostable according to EN 13432. Thus they can be collected together with the plant residues after harvesting and put into organics recycling in industrial composting facilities where they biodegrade. With this end-of-life option for clips, persistent microplastic in green waste usually caused by clips made of polyethylene (PE) or polypropylene (PP) can be avoided. At the same time more green waste can be turned into valuable compost contributing to a circular economy.
 
Our own combined cycle gas power plants produce electricity and process steam with a 95% efficiency at emissions far below the average grid level.
Photo: BASF
Trade News | 28 de enero de 2025

BASF’s Performance Materials division plants run entirely on renewable electricity in Europe as of 2025

On January 1, 2025, BASF's Performance Materials division completely switched all its European sites to renewable electricity. "As BASF, we want to enable our customers green transformation, and we believe it starts with us. This is our ambition and the goal of #OurPlasticsJourney," said Martin Jung, President of BASF's Performance Materials division. "The use of electricity from renewable sources such as wind or solar is necessary to achieve our climate targets." The changeover applies to the compounding of Engineering Plastics, Polyurethanes and Thermoplastic Polyurethanes and Specialty Polymers. With the turn of the year, in total nine Performance Materials production sites across Europe have been converted.
You will find the long version of the press release in the internet under the following link
 
Trade News | 13 de diciembre de 2024

BASF to increase prices for polyurethane systems containing alkyl phosphate esters produced in the United States

Trade News | 2 de diciembre de 2024

BASF in Lemförde expands sustainable product portfolio

BASF completes the certification program International Sustainability and Carbon Certification (ISCC) PLUS at its production site in Lemförde, Germany to produce biomass-balanced thermoplastic polyurethanes. This allows BASF to expand its sustainable product portfolio and continue its commitment to supporting customers in achieving their sustainability goals.
Trade News | 28 de noviembre de 2024

For advanced metal replacement: bridging the gap between PA66 and PPA with Ultramid® T7000

For advanced metal replacement in structural parts, BASF is now offering a portfolio of polyamide (PA) and polyphthalamide (PPA) blends with better, more constant mechanical properties than PA66. Ultramid® T7000 outperforms PA66 regarding stiffness and strength in dry state and especially in presence of humidity. The polyphthalamide portion leads to a lower water absorption, which gives components an excellent dimensional stability. Ultramid® T7000 can be as easily injection-molded as PA66, giving parts a glossy and smooth surface finish. This unique combination of properties makes the PA/PPA blend a perfect metal replacement for structural parts which are exposed to moisture, e.g., automotive mirrors, air brake parts, valves but also furniture components.

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