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JP JPJAPANESE Inquiry Learn about Toho Titanium in 3 minutes Our BusinessOur Business Our BusinessOur Business Titanium BusinessExpanding the application fields of titanium metals which boast stable quality Catalysts BusinessContributing to the higher value for polyolefin Chemicals BusinessSupporting the evolution of materials for electronic partsPowder manufacturing technology Strengths of Toho Titanium R&D The Applications of Titanium Products and ServicesProducts and Services Products and ServicesProducts and Services Search by product Titanium Metal Titanium Sponge Titanium Ingot High-purity Titanium Titanium Powder Fabricated Titanium Products Catalyst for Olefin Polymerization THC Products External Donor for PP Production Raw Materials for Catalysts Chemicals Titanium Tetrachloride Titanium Tetrachloride Aqueous Solution Materials for Electronic Parts High-purity Titanium Oxide (Titanium Dioxide) Ultra-fine Nickel Powder (Nickel Powder) Developed Products Li-ion Conducting Solid-state Electrolyte Ceramics (LLTO™) Porous Titanium Sheet/WEBTi Search by business Search from the Titanium Business Titanium Sponge Titanium Ingot High-purity Titanium Titanium Powder Fabricated Titanium Products Search from the Catalysts Business THC Products External Donor for PP Production Raw Materials for Catalysts Search from the Chemicals Business Ultra-fine Nickel Powder (Nickel Powder) High-purity Titanium Oxide (Titanium Dioxide) Titanium Tetrachloride Titanium Tetrachloride Aqueous Solution Search from R&D Li-ion Conducting Solid-state Electrolyte Ceramics (LLTO™) Porous Titanium Sheet/WEBTi Strengths of Toho Titanium R&D The Applications of Titanium Corporate ProfileCorporate Profile Corporate ProfileCorporate Profile Message from the President Corporate Data Management Policy Corporate History Executives Organization Group Companies Corporate Governance Compliance Corporate Brand Logo SustainabilitySustainability SustainabilitySustainability Commitment from the President Long-Term Vision and Medium-Term Management Plan Materiality ESG Management Policies Overview Society Environment Governance Environment Society Corporate Governance Compliance Carbon Neutrality Data on our Sustainability Stakeholder Engagement Participation in External Initiatives Integrated Report External Evaluation Investor RelationsInvestor Relations Investor RelationsInvestor Relations Company Info and Management PolicyCompany Info and Management Policy For Shareholders and Investors Long-Term Vision and Medium-Term Management Plan Management Philosophy Corporate Governance Financial HighlightsFinancial Highlights Performance Highlight Financing Standing Cash Flows Stock OverviewStock Overview Stock Overview Dividend General Meeting Of Shareholders IR LibraryIR Library Review of Financial Results Others Integrated Report For Individual Investors IR Calendar Sustainability Disclaimer for Disclosure Inquiry Top Our business Catalysts business Catalysts Business THC catalyst highly evaluated by PO manufacturers for its performance and quality Leveraging the ability to procure titanium tetrachloride and magnesium chloride in-house, we develop, manufacture (including toll manufacturing), and sell catalysts for the production of general-purpose plastics such as polypropylene (PP) and polyethylene (PE), and other polyolefin (PO) such as polybutene-1 (PB-1) and polyolefin elastomer (POE). We also produce and sell magnesium chloride for raw materials for catalysts, pharmaceutical intermediates, and other applications. Our main product “THC catalyst” has been garnering immense praise from PO manufacturers for its performance and stability of quality. Features of Our Catalysts Business 01THC catalyst with the world’s highest-level performance 02Environmentally friendly polyolefin 03Enhancing added value of polyolefin 04THC production system 05Catalyst-related products 06Products other than catalyst-related ones 01THC catalyst with the world’s highest-level performance THC catalyst* is a MgTi (magnesium-titanium)-based high performance catalyst unique to our company, which is used in the polymerization of olefin monomer into polyolefin. In response to increasing expectations for improved mechanical properties and processability of polypropylene year by year, the catalysts have been playing an important role in the industry. Requirements for catalyst characteristics vary depending on polypropylene processes, such as gas, bulk and slurry, and grade of polypropylene produced. However, we produce various types of THC catalysts to meet a wide range of market demand. In addition to propylene, our catalysts are applicable for the polymerization of other olefins such as ethylene and 1-butene, etc. We strive to optimize product quality to satisfy individual needs of customers to support them achieve their maximum performance. We also strive to realize world highest level of performance through continuous product improvement and the pursuit of production technologies. *“THC” stands for Toho High efficiency Catalyst. It has been widely used across the world since commercial production started in 1986. 02Environmentally friendly polyolefin Polyolefin is used in everyday fields that are essential to daily life, such as the interior and exterior designs of automobiles, home appliances, sanitary products, packaging materials, food containers and more. Polyolefin is a material that contributes to an affluent and sustainable society from the viewpoints of material weight reduction, processability, and recyclability. 03Enhancing added value of polyolefin THC catalyst is an unrivaled catalyst for olefin polymerization developed by making full use of physical property design and preparation technology for the pore structure and particle size distribution control of the polymer support. It is also manufactured by utilizing chemical immobilization technologies for active species and electron donors, which are important for achieving polymerization activity and stereoregular control. It provides the world’s highest level of performance and added value, especially for high-rigidity and high-impact PP grades used in automobile bumper materials. In addition, its high polymerization activity improves cost performance in general-purpose PP grade production. The technologies developed here have been applied to other PO catalysts such as for PE, PB-1, POE, etc. 04THC production system The catalyst production team works to achieve a high level of operational excellence through safety and environmental considerations as well as production efficiency. In FY 2010, we received the TPM*1 Advanced Special Award*2 from the Japan Institute of Plant Maintenance for its plant maintenance technology accumulated over many years, outstanding process control technology, high stability of quality, and high cost-competitiveness. *1 TPM: Total Productive Maintenance*2 Advanced Special Award: Intended for commending business entities that set important goals for the development of TPM activities and have achieved superior results. Kurobe Plant, which manufactures THC catalysts 05Catalyst-related products Catalyst for PO production THC-C It is the generic name for our spherical catalysts. It has excellent process operability and is widely used in PP manufacturing processes, especially gas and bulk processes. Because of its porous catalyst structure, it is suitable for the manufacturing of high value-added PP products such as high-rubber ICP products. Having developed our catalysts with 30-40% higher activity than conventional ones in the market, THC-C demonstrates world-leading polymerization activity with excellent stereoregularity. In addition, catalyst particle size can be tailored to the demand of various polyolefin manufacturing processes. PP powder obtained by the THC catalyst Catalyst for high stiffness PP We have developed and commercialized highly stereospecific catalysts. It is used for PP that requires high stiffness such as automotive materials. Catalyst for ICP (impact copolymer) By establishing a technology for controlling the pore volume and distribution of catalysts, we have developed and commercialized porous catalysts with large particle size. It is used for impact copolymers that require a high rubber content. Environmentally-friendly phthalate-free catalyst Non-phthalate type catalysts are required since the phthalate used in the catalyst is listed as SVHC (Substance of Very High Concern) in the European REACH regulations. We have commercialized innovative catalysts without using phthalate, which surpasses the performance of phthalate catalysts. It is beginning to be used as an alternative to phthalate catalysts. Catalyst for PE Our technology developed for propylene polymerization catalysts can also be applied to ethylene polymerization catalysts. Catalyst for PB-1 Our technology developed for propylene polymerization catalysts can also be applied to catalysts for polymerization of α-olefins, such as 1-butene and more. Catalyst for POE Our technology developed for propylene polymerization catalyst can also be applied to polyolefin elastomer (POE) polymerization catalysts, which are obtained by copolymerization of ethylene and α-olefin. Customized catalyst We can study and customize PO catalysts according to customer specific requests. Toll manufacturing catalyst We can manufacture PO catalysts according to the manufacturing recipe provided by a customer. Catalyst-related products: Raw materials for catalyst support and raw materials for pharmaceutical intermediates Magnesium chloride powder We can provide high-purity anhydrous magnesium chloride powder as a raw material of catalyst support for olefin polymerization and as an intermediate for pharmaceuticals. Magnesium chloride lump We can provide high-purity anhydrous magnesium chloride also as a 300kg block shape for use as catalyst supports for olefin polymerization. Mixture of magnesium chloride powder and titanium trichloride A mixture of magnesium chloride powder and titanium trichloride. It is mainly used as a catalyst support for olefin polymerization. The mixing ratio can be adjusted as requested. External donor for PP production U-donor™ / T01-donor™ In recent years, the demand for high flow and high crystallization PP suitable for thin-walled high speed injection molding has been increasing, and importance of improving the productivity of nonwoven fabrics used in masks have been growing. U-donor™ can be used in propylene polymerization to produce high-flow PP while maintaining a high level of PP stereoregularity. In addition, the increase in the speed of PP crystallization due to the high stereoregularity is expected to reduce additives such as crystallization nucleating agent. In addition, we have developed and commercialized T01-donor™ as an external donor with higher hydrogen responsiveness and copolymerization activity than U-donor™. Please check here for the product page for details. 06Products other than catalyst-related ones Aqueous solution of titanium trichloride We produce aqueous solutions of titanium trichloride for chemical synthesis. Inquiry about our Catalysts Business Catalyst Planning &＃038; Sales Dept. +81 45 394 5528 +81 45 394 6294 Contact Us Products and services of our Catalysts Business THC Products External Donor for PP Production Raw Materials for Catalysts JR Yokohama Tower 22nd Floor, 1-1-1 Minamisaiwai, Nishi-ku, Yokohama, Kanagawa 220-0005, JapanTel: +81 45 394 5522 (main) Manufacturing sites　＞ Brochure on Toho Titanium Learn about Toho Titanium in 3 minutes Strengths of Toho Titanium R&D The Applications of Titanium Our Business Products and Services Corporate Profile Sustainability Investor Relations News TOHO TITANIUM SOCCER CLUB Privacy Policy Site Map Terms of Use © Toho Titanium Co., Ltd. All Rights Reserved. This website uses COOKIEs for maintaining and improving performance. Please click below “Agree” button by continuing to visit this site.＞ Learn more Accepted Not accepted