Market Outlook and Development Recommendations Analysis Report for China’s Amino Acid-Based Surfactants, 2022–2028

4.17.2 Bifurun Chemical: Product Specifications, Technical Parameters, and Market Applications of Its Amino Acid-Based Surfactants 4.17.3 Bifurun Chemical: Sales Volume, Revenue, Pricing, and Gross Margin for Amino Acid-Based Surfactants in the Chinese Market (2017–2022) 4.17.4 Bifurun Chemical: Company Profile and Core Business Activities 4.17.5 Bifurun Chemical: Latest Corporate Developments 4.18 BASF Germany 4.18.1 BASF Germany: Basic Information, Production Bases for Amino Acid-Based Surfactants, Headquarters, Competitors, and Market Position 4.18.2 BASF Germany: Product Specifications, Technical Parameters, and Market Applications of Its Amino Acid-Based Surfactants 4.18.3 BASF Germany: Sales Volume, Revenue, Pricing, and Gross Margin for Amino Acid-Based Surfactants in the Chinese Market (2017–2022) 4.18.4 BASF Germany: Company Profile and Core Business Activities 4.18.5 BASF Germany: Latest Corporate Developments 4.19 Taiwan Shinrika Corporation 4.19.1 Taiwan Shinrika Corporation: Basic Information, Production Bases for Amino Acid-Based Surfactants, Headquarters, Competitors, and Market Position 4.19.2 Taiwan Shinrika Corporation: Product Specifications, Technical Parameters, and Market Applications of Its Amino Acid-Based Surfactants 4.19.3 Taiwan Shinrika Corporation: Sales Volume, Revenue, Pricing, and Gross Margin for Amino Acid-Based Surfactants in the Chinese Market (2017–2022) 4.19.4 Taiwan Shinrika Corporation: Company Profile and Core Business Activities 4.19.5 Taiwan Shinrika Corporation: Latest Corporate Developments 4.20 Stepan Company 4.20.1 Stepan Company: Basic Information, Production Bases for Amino Acid-Based Surfactants, Headquarters, Competitors, and Market Position 4.20.2 Stepan Company: Product Specifications, Technical Parameters, and Market Applications of Its Amino Acid-Based Surfactants 4.20.3 Stepan Company: Sales Volume, Revenue, Pricing, and Gross Margin for Amino Acid-Based Surfactants in the Chinese Market (2017–2022) 4.20.4 Stepan Company: Company Profile and Core Business Activities 4.20.5 Stepan Company: Latest Corporate Developments 5 Analysis of Different Types of Amino Acid-Based Surfactants 5.1 Sales Volume of Different Product Types of Amino Acid-Based Surfactants in the Chinese Market (2017–2028) 5.1.1 Sales Volume and Market Share of Different Product Types of Amino Acid-Based Surfactants in the Chinese Market (2017–2022) 5.1.2 Forecasted Sales Volume of Different Product Types of Amino Acid-Based Surfactants in the Chinese Market (2023–2028) 5.2 Market Size of Different Product Types of Amino Acid-Based Surfactants in the Chinese Market (2017–2028) 5.2.1 Market Size and Market Share of Different Product Types of Amino Acid-Based Surfactants in the Chinese Market (2017–2022) 5.2.2 Forecasted Market Size of Different Product Types of Amino Acid-Based Surfactants in the Chinese Market (2023–2028) 5.3 Price Trends of Different Product Types of Amino Acid-Based Surfactants in the Chinese Market (2017–2028) 6 Analysis of Amino Acid-Based Surfactants by Application 6.1 Sales Volume of Amino Acid-Based Surfactants Across Different Applications in the Chinese Market (2017–2028) 6.1.1 Sales Volume and Market Share of Amino Acid-Based Surfactants Across Different Applications in the Chinese Market (2017–2022)

Surfactant Technology Explained: From the 'Matchstick Structure' to Industrial Empowerment

The molecular structure of surfactants resembles a 'matchstick', with a hydrophilic head group (e.g., hydroxyl or sulfonic acid groups) and a hydrophobic hydrocarbon tail (e.g., C12–C18 alkyl chains), collectively conferring amphiphilic properties. This structure enables surfactants to orient themselves at liquid–solid or liquid–liquid interfaces, thereby reducing surface tension and achieving functions such as wetting and emulsification. For instance, in pretreatment for aluminum profile coating, Diye Chemical’s T-series online analytical system employs online titration photometry to monitor chemical concentrations in real time, improving coating adhesion by over 30%. The key lies in precisely controlling interactions between surfactant molecules and the metal substrate—preventing coating defects caused by concentration fluctuations. In industrial applications, Stepan Company produces high-performance surfactants via ethoxylation technology, with an annual production capacity of 75,000 tons, serving both agricultural emulsifier and personal care markets. The HLB value (Hydrophilic-Lipophilic Balance) of such surfactants is tuned by adjusting the number of ethylene oxide units added; for example, emulsifiers with HLB values of 13–18 are suitable for water-in-oil systems, whereas those with HLB values of 8–16 are appropriate for oil-in-water systems.

Empowered Funds Takes New $4.95M Stake in Chemical Maker Stepan

Sep 1, 2026

Empowered Funds LLC increased its stake in specialty chemical maker Stepan by $4.95 million after the company surpassed Q2 revenue and EPS expectations.

Dealroom

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US Stepan to close New Jersey surfactants site; decommission other assets by mid-2026

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Stepan Company Launches Cost-Cutting Plan

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Stepan Stock Crosses 200-Day Moving Average Despite Earnings Miss

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