Trifluoroethyl methacrylate: Capacity expansion and quality improvement pave the way for a new era of large-scale production

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Trifluoroethyl methacrylate (TFEMA) is a high-value fluorinated fine chemical and organic synthesis intermediate. With optimizations in production processes and the rapid growth of downstream high-end applications, TFEMA is rapidly transitioning toward a phase of “improving quality and efficiency”. I. Product Features 1. The TFEMA molecule contains trifluoroethyl groups, combining the reactivity of acrylates with the excellent properties of fluorinated compounds. Due to the introduction of the -CF3 group, both the TFEMA universal monomer and the highly fluorinated monomers exhibit excellent compatibility, weather resistance, corrosion resistance, hydrophobicity, and optical properties. 2. It can effectively regulate the fluorine content in copolymer systems, and is used for modifying and enhancing the functionality of resins; it is a key monomer that links basic chemical industries with high-end materials. II. Production Process 1. Currently, the industrial production of TFEMA mainly relies on the reaction of chloromethacrylate with trifluoroethanol, as well as the esterification of methacrylic acid with trifluoroethanol. Traditional processes have drawbacks such as the use of highly toxic raw materials and high costs; they are unsafe to operate, feature a low reactor volume-to-load ratio and large amounts of waste water. The yield of some of these processes is 80%-81%, making large-scale production challenging. 2. In recent years, domestic enterprises and research institutions have collaborated to make breakthroughs in environmentally friendly synthesis methods; for example, by using the by-product chlorotrifluoroethane as a raw material in reactions with methyl methacrylate, high conversion rates are achieved while also reducing environmental impact and costs. Furthermore, the flexible reaction system combines a Venturi injector with a cone-shaped filter to optimize the mixing of materials and the gravity separation of the by-product KCl between the liquid and solid phases. This prevents solids from circulating along with the reaction mixture and thus affecting efficiency, thereby increasing the reaction rate and product yield and enabling industrial-scale production. III. Application Areas 1. In the field of fluorinated coatings, it can be used to produce thermoplastic and thermosetting coatings for use in construction, automotive industries, etc., thereby enhancing the coatings’ weather resistance, water resistance, and resistance to pollution. 2. In the field of electronic materials, it can be used to synthesize electronic-grade polymers that meet the requirements of semiconductors and other applications ； In the optical field, high light transmittance can be used to manufacture the cladding and core materials of optical fibers, as well as contact lenses, among other applications. It can also serve as a charge regulator for particles in computer toners. The demand for high-quality products with a purity of over 99% is increasing due to advancements in high-end manufacturing, creating structural opportunities in this sector. IV. Market Landscape: The global TFEMA market has for a long time been dominated by giants from Europe, the United States, and Japan, such as Daikin Group and Entegris. Today, domestic enterprises are rising rapidly; notable examples include Jiangsu Kangtai Fluorine Chemicals, Jinan Yudong Technology, Shanghai Longyun Biotechnology, Wanrun Shares, Huaan New Materials (Lianchuang Shares), Hangzhou Lianzhi Chemicals, and Jinan Wanxingda. Among them, Jiangsu Kangtai Fluorine Chemicals, thanks to its integrated production approach for \"trifluoroethanol and trifluoroethyl methacrylate\", has the largest production capacity of TFEMA in the world and is thus a leader in the market. V. Current supply and demand situation and profits 1. The market size for trifluoroethyl methacrylate in 2024 was approximately 230 million yuan, with an expected annual compound growth rate (CAGR) of 4.6% during the period 2025–2030. 2. The overall capacity utilization rate in this industry is 80%; there is an oversupply of products with medium and low purity levels, while high-purity products with a purity of ≥99% rely on imports. The gap in high-purity products accounts for about 18% of the total demand. 3. Mid-to-low-end products are highly sensitive to fluctuations in raw material prices, with gross margins generally ranging from 10% to 15% ； The gross profit margin for high-end products can reach 20%-30%, and companies that possess core technologies and integrated supply chains enjoy additional advantages. VI. Key Production Capacity Plans 1. Zhiyuan New Materials: According to the environmental impact assessment disclosures, its \"Methyl methacrylate and fluorine-containing chemicals production project\" plans to build a new production facility with a capacity of up to 16,000 tons per year for TFEMA. Given the large scale of this project, it will change the future market supply landscape. 2. Wanrun Co., Ltd.: The “Phase I Construction Project for Wanrun New Materials” is intended to increase the production capacity of functional materials by 7,900 tons per year (including electronic information materials and special engineering materials), with gradual commissioning expected by 2026; this will further enhance its production capacity in these relevant fields. VII. Development Trends 1. Accelerated advancement toward high-end products: As domestic companies make technological breakthroughs, the proportion of high-end products manufactured domestically will continue to rise, with an expectation that by 2029, the share of high-end products will exceed 70%, gradually reducing reliance on imports. 2. Integration becomes a core competitive advantage: A full-industry-chain approach is key to helping companies reduce costs and improve efficiency, and the degree of concentration will increase further; in 2024, the coefficient of inter-regional mobility was 0.72, with this figure set to rise to 0.85 in the future.