Daniel Freidank (left) and Wei Leng (right), lab managers, check the quality of viscoelastic polyurethane foam. The density of a foam product depends on the type and amount of blowing agent, and the flexibility or rigidity on the structure of polyols and isocyanates involved. Print free of charge. Copyright by BASF
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私たちと共にイノベーションを！

Who we are

私たちと共にイノベーションを！

BASFでは、私たちが日々直面しているグローバルな課題の解決に向けて尽力しています。課題を解決するには、既成概念に捉われずに、統合的な成果を追求する必要があります。ソリューションの創造には協力が重要です。この目標を達成するために、私たちは異なるバックグラウンドや幅広いノウハウを持つ様々な分野の専門家たちと常に協力しています。ぜひ、私たちと共にイノベーションを創造しましょう！

持続可能な未来に向けたイノベーションへの取り組みに参加しませんか。私たちが現在直面している課題を解決するには、あなたの専門知識が必要です。私たちはキャンペーンを通じて、外部と協力する機会を定期的に設けています。また、オープンコラボレーションでは、あなたのキャリアにぴったりな研究が見つかるでしょう。ぜひ、ご連絡ください。

Ongoing Challenges

オープンコラボレーション

世界の人口増加と共に需要が拡大し続ける一方で、地球の資源には限りがあります。現在や未来の社会的ニーズに対するソリューションを提供する化学こそが、この問題を解決する鍵です。これは都市生活、スマートエネルギー、食料、デジタル化といった私たちの主要なトピックスに特に当てはまります。最適なソリューションを見つけるために、私たちはスタートアップ企業や産業界、学界で活躍する優れたアイデアを持つ人々と協力します。私たちと共にイノベーションを創出しましょう。　

Brainstorm concept of team discussing new project in office; Shutterstock ID 1077065480; Jobnummer: 20751351; Projekt: Intra/Internet; Endkunde: BASF SE , FHG/TA, Jasmin Heinemann; Sonstiges: BASF SE, ESI/K Herr Götzger
Start-up
We want to improve many areas of life. If you think you can contribute with your idea, technology or business model, we want to hear from you!
  1. BASF Venture Capital
University students sitting together at table with books and laptop. Happy young people doing group study in library.; Shutterstock ID 508251865; Jobnummer: 20749946; Projekt: Kampagne FLS 2020; Endkunde: BASF SE, ESI/K Nina Knapp; Sonstiges: BASF SE, ESI/K Nina Knapp
Academia
We look forward to innovating and collaborating with excellent researchers around the world. Bring in your expertise and partner with an industry leader!
  1. Existing Academic Research Alliances

産業界

Related News Releases:

BASF ベンチャーキャピタル社

BASFベンチャーキャピタル社は、BASFの現在や将来のビジネスと関わりのある急成長中の新興企業やファンドを対象に、世界的な投資を行ってきました。投資対象の産業は、化学、新素材、サステナビリティ、デジタル化、新たな破壊的ビジネスモデルなどです。

詳細はこちらのページをご覧ください。（英語）

日付

結果: 2045

Cavipor® clay foam consists of three water-based components which, when foamed with air, produce a high-performance insulating material. Photo: BASF
Trade News | 2025年11月4日

A class apart: BASF establishes an innovative material class in the insulation market with Cavipor® clay foam

Ludwigshafen, November 4, 2025 – With Cavipor®, BASF is establishing an innovative class of materials on the insulation market: clay foam. The mineral-based insulation system was specially developed for the energy-efficient renovation of existing buildings with double-wall masonry. Recently, Cavipor has also been approved for the insulation of floor slabs and roofs as filling between rafters. Thus, Cavipor enables thermal insulation across the entire building envelope.
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Basotect® Dark EcoBalanced is the first dark version of BASF’s established melamine resin foam Basotect®: It combines its excellent acoustic properties with a homogeneous dark color. Photo: BASF
Trade News | 2025年11月3日

Into the dark: Basotect® Dark EcoBalanced, the world’s first dark melamine resin foam for stylish sound absorption

BASF is expanding its Basotect® portfolio with Basotect® Dark EcoBalanced, the first dark version of its established melamine resin foam. The industry-first combines the excellent acoustic and safety properties of Basotect® B EcoBalanced with a homogeneous dark color - enabling elegant and visually striking acoustic concepts that complement contemporary color trends. Designed for sound absorption applications in building and construction (B&C), Basotect® Dark EcoBalanced enables customers to differentiate their sound absorption products by combining well-being and safety with design freedom and a reduced CO₂ footprint. The dark melamine resin foam is part of the Basotect® EcoBalanced product family featuring an increased use of renewable feedstock via biomass balance approach and a lower Product Carbon Footprint (PCF).
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Trade News | 2025年11月3日

BASF drives forward structural adjustments by consolidating Asian polytetrahydrofuran business

BASF is taking decisive action to address structural changes in the global chemical fiber market characterized by significant overcapacities, by consolidating its Asian polytetrahydrofuran (PolyTHF®)* business into its Caojing site in China, while discontinuing PolyTHF production at the Ulsan chemicals site in South Korea. The closure is targeted for completion in 2026.

This News Release is only available in English
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Trade News | 2025年10月30日

From Waste to Value: Recycling Automotive Shredder Residue and Bio-Waste into High-Value Feedstock

Ludwigshafen, Zurich, 30 October 2025. A new research study by ETH Zurich, in collaboration with BASF SE, has investigated an alternative route for mixed plastic waste streams from end-of-life vehicles: to recycle it alongside biomass. The results show: the recycling of one kg of automotive shredder residues with 3 kg of biomass reduces greenhouse gas emissions by more than 3 kg CO2-eq. as compared to their incineration for energy recovery. As the European Union prepares legislation on end-of-life vehicles, these findings have implications for policy makers.
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New electronic grade ammonium hydroxide plant in Ludwigshafen in support of wafer cleaning, etching and other precision processes in semiconductor manufacturing. Photo: BASF
Trade News | 2025年10月30日

BASF constructs new electronic grade ammonium hydroxide plant in Ludwigshafen

Ludwigshafen, Germany – October 30, 2025 – BASF today announces the construction of a state-of-the-art Electronic Grade Ammonium Hydroxide (NH4OH EG) plant in Ludwigshafen, Germany, in support of wafer cleaning, etching and other precision processes in semiconductor manufacturing. This critical ultra-pure chemical will support the growth and expansion of semiconductor companies in Europe, ensuring a robust local supply chain for the production of advanced chips.
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