News

• Investor Relations

New Mid-term Management Plan (FY2022-FY2024) 〜Aim to reach record-high earnings in FY2024〜

• Research and Development

Completion of the Clinical Research on Knee Osteoarthritis using “MicoCell™” 3D Cell Culture Vessel -Safety of Cell Aggregates Confirmed at our Collaborative Research Clinic-

• Research and Development

Participation in the Innovative Next Generation of Oligonucleotide Therapeutics Project conducted by AMED

• Announce

Price increase for Superabsorbent Polymers

• Management and Business
• Sustainability

Nippon Shokubai Obtains ISCC PLUS for Superabsorbent Polymers Derived from Caustic Soda Produced from Renewable Energy -Contributing to the reduction of the environmental impact of disposable diapers-

• Management and Business

Notice of Organizational Reform (As of April 1st, 2022) – Changing Our Organizational Structure to Promote Our Three Transformations –

• Investor Relations

Consolidated Financial Results, Q3-FY2021 

• Investor Relations

Notice of Revisions to Earnings Forecasts and Dividends Forecasts for the Fiscal Year ending March 31, 2022

• Investor Relations

Summary of Consolidated Financial Results For the Third Quarter of the Fiscal Year Ending March 31, 2022

• Research and Development

Development of a Coating Material with High Antiviral Effect! – The Inactivation of Human Coronavirus through the New Coating Material –

• Announce

New Year’s Message 2022

Nippon Shokubai published “TechnoAmenity Report 2021”, “Financial Section 2021” and “RC Report 2021.”

Targeting Carbon Neutrality in 2050: Aiming for a 30% Reduction in CO2 Emissions by 2030

• Investor Relations

Financial Results Briefing Material, Q2-FY2021

• Investor Relations

Consolidated Financial Results, Q2-FY2021 

• Investor Relations

Summary of Consolidated Financial Results For the Second Quarter of the Fiscal Year Ending March 31, 2022

• Investor Relations

Notice of Revisions to Earnings Forecasts for the Fiscal Year ending March 31, 2022

Notice to stop the old facilities of superabsorbent polymers

Development of an antibacterial and antiviral graphene oxide composite membrane with high water resistance – Inactivating various bacteria and viruses including SARS-CoV-2, to improve wet area sanitation –

Price increase for Superabsorbent Polymers