We have compiled a list of manufacturers, distributors, product information, reference prices, and rankings for Surfactants.
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Surfactants Product List and Ranking from 33 Manufacturers, Suppliers and Companies

Last Updated： Aggregation Period:Nov 12, 2025～Dec 09, 2025
This ranking is based on the number of page views on our site.

Surfactants Manufacturer, Suppliers and Company Rankings

Last Updated： Aggregation Period:Nov 12, 2025～Dec 09, 2025
This ranking is based on the number of page views on our site.

  1. 日本乳化剤 Tokyo//Chemical
  2. ネオス Hyogo//Chemical
  3. マーケットリサーチセンター Tokyo//Service Industry
  4. null/null
  5. 5 理研ビタミン 化成品営業部 Tokyo//Chemical
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Surfactants Product ranking

Last Updated： Aggregation Period:Nov 12, 2025～Dec 09, 2025
This ranking is based on the number of page views on our site.

  1. Softhanol
  2. [Case Study] Resin Dissolution and Stripping - Water-based and Semi-water-based Cleaners 日本乳化剤
  3. List of Recommended Fluorine-based Surfactants "Futagent" ネオス
  4. [Video Available] Halogen-Free Ionic Liquid 'Amino Ion' 日本乳化剤
  5. 4 [Case Study] Golf Ball Cleaner 'Minemaru GBD' Restores Glossiness 日本乳化剤

Surfactants Product List

31～45 item / All 156 items

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[Case Study] Using a cleaning agent that considers safety to clean mold components...

[Case Study] Using a cleaning agent that considers safety to clean mold components...

What is a solution for removing dirt from mold components using a cleaning agent that takes safety into consideration?

【Case Study of Problem Solving】 Company A manufactures and sells molded products by processing resin with molds. They used hydrocarbon-based cleaning agents for mold cleaning, which posed a fire risk due to sparks in the workplace. In the past, they considered switching to a semi-aqueous cleaning agent, but it was insufficient in removing resin stains, necessitating manual wiping, leading them to abandon the idea. ◆ Key Points of the Issue - They want to reduce fire risk while ensuring cleaning performance. - They wish to avoid cleaning agents containing strong alkalis due to the need for hazardous substance management. ◆ How was this issue resolved? - They selected and formulated amine-based raw materials suitable for the chemical decomposition of the resin, achieving sufficient cleaning power even with semi-aqueous cleaning agents. - By not using strong alkalis like caustic soda, they ensured safety for users. - They used water-soluble raw materials, reducing fire risk through water dilution during cleaning. ◎ With Japan Emulsifier's "Minemaru Series," you can achieve both cleaning power and safety. For more details, please download the document (PDF) below and feel free to contact us. We have a proven track record of proposals tailored to customer requests and challenges, not just for molds.

  • Cleaning agents
  • Resin mold
  • Plastic Mould

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Request a sample from here! [Free gift]

Request a sample from here! [Free gift]

Surfactants, glycol ethers, amines, ionic liquids. We will send samples according to your request!

Our company specializes in the core technology of the addition polymerization of ethylene oxide (EO) and propylene oxide (PO), applying organic synthesis such as the alkylation and anionization of alcohols to provide over 500 types of products. By adjusting the molar ratios of EO and PO and freely combining the sequence order, we offer products with optimal functions for our customers. Samples will be sent free of charge in principle. If you do not know the product number or price, wish to obtain an SDS, or want to know the expected effects, please let us know. We also accept requests for the selection of cleaning agents, dispersants, and emulsifiers, as well as contract production of desired compounds. Please feel free to contact us. Inquiries can be made through this page or the [Contact Us] section of each product, or via the link to the official Japanese Emulsifier website [Sample Request].

  • Chemicals

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[Case Study] Golf Ball Cleaner 'Minemaru GBD' Restores Glossiness

[Case Study] Golf Ball Cleaner 'Minemaru GBD' Restores Glossiness

It removes stubborn attached dirt and restores shine! It lathers little, rinses easily, and can be used repeatedly.

**Case Study on Problem Solving** Company A operates a golf driving range. The practice range balls they rent out were dirty, and they were trying various detergents to clean them with a machine. However, they were troubled by excessive foaming and managing the liquid. Japan Emulsifiers proposed a cleaning agent (non-hazardous under the Fire Service Act) that produces less foam and is easy to rinse, which successfully removed stubborn green stains from artificial turf and mud, restoring the balls to a glossy finish. **Key Points of the Challenge** - Wanted to reduce foaming during machine cleaning - Needed to remove stubborn stains - Aimed to restore gloss - Complied with the Fire Service Act (non-hazardous) **How Was This Challenge Solved?** - We developed and proposed "Minemaru GBD" from Japan Emulsifiers. **Key Points of the Solution** - Achieved cleaning power through Japan Emulsifiers' unique formulation - Included components that do not damage the glossy resin of the golf ball substrate - Formulated in compliance with the Fire Service Act (non-hazardous) *For specific inquiries, please download the catalog or feel free to contact us through the "Contact Us" section on Ipros. We will provide a detailed introduction and send samples.*

  • Cleaning agents
  • Other processing machines
  • plastic

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Low-foam, wetting, and penetrating surfactant [developed product]

Low-foam, wetting, and penetrating surfactant [developed product]

Sample presentation: Please try it for PFAS regulation measures!

The FN-69G (single type) and FN-69J (blended type) series have the following unique features: - They exhibit low foaming, defoaming properties, dynamic surface tension reduction capability, good permeability, and wettability. - They dissolve easily in water without gelling, even with high EO addition molar numbers. - The FN-69G series offers a wide range of HLB values, and the FN-69J series, which is a blend of surfactants and solvents, enhances desired properties (such as water solubility, surface tension reduction capability, and permeability) and is available according to your intended use. *For more details, please refer to the PDF document or feel free to contact us.

  • Chemicals

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What kind of company is "Japan Emulsifier Co., Ltd."? 【Manga】

What kind of company is "Japan Emulsifier Co., Ltd."? 【Manga】

Easy-to-understand explanation with manga! Company overview and workplace introduction.

Do you know about "Japanese emulsifiers"? We will explain the company overview and workplace in an easy-to-understand manga format! Please check the link below. Also, feel free to download the company brochure and contact us.

  • Chemicals
  • Cleaning agents
  • Other semiconductors

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[Case Study] Introduction of Solutions for Cleaning Challenges - Customized Cleaning Agents

[Case Study] Introduction of Solutions for Cleaning Challenges - Customized Cleaning Agents

Cleaning of ○○ stains on cosmetic manufacturing equipment and cleaning of ○○ stains adhered to resin molded products.

We are introducing case studies for solving cleaning challenges. For example: cleaning of ○○ stains on cosmetic manufacturing equipment, cleaning of ○○ stains adhered to resin molded products. We will listen to your cleaning challenges, consider them at our company, and make proposals. *Please feel free to download the materials and contact us.*

  • 洗浄展御礼.jpg
  • Cleaning agents

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Emulsifying dispersants, neutralizers, preservatives, low metal management products [Additive.com]

Emulsifying dispersants, neutralizers, preservatives, low metal management products [Additive.com]

Neutralizers, emulsifiers, silane coupling agent raw materials, cleaning agents, polymer raw materials, sterilants, high-purity solvents, low-metal management surfactants.

Our business is built on three pillars: "surfactants" utilizing emulsification technology from our founding, "glycol ethers" boasting a top-class selection worldwide, and "amines," which include carbon dioxide absorbents expected to be effective in preventing global warming. High-quality glycol ethers, managed for low metal content, are widely used as solvents in manufacturing processes for semiconductors and liquid crystals, including photoresists, stripping agents, cleaning agents, and etching agents. We offer a rich variety of high-quality glycol ethers with metal content controlled to the ppb level, allowing for a wide selection of structures and boiling points. By consistently managing raw material procurement, synthesis, and distillation, we meet the stringent quality control requirements of our customers in the electronic materials industry through a robust traceability system. We aim to achieve ppt-level management through further enhancements to our management system. We also implement low metal management in the amines and surfactants we manufacture. For more details, please visit the link below: "Additives.com / Japan Emulsifiers." *The image is for illustration purposes only and was created by generative AI.

  • Other consumables

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Non-combustible agent for wood materials [developed product]

Non-combustible agent for wood materials [developed product]

Unique structure of fire retardant

- Fireproof treatment of wood - Our company's unique structure of fire retardants and fireproofing mechanisms - Features of our fire retardants - Combustibility test - Heat generation test Please feel free to contact us after downloading the materials.

  • wood
  • Wood products
  • paint

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Fluorine-based surfactants

Fluorine-based surfactants

We also provide customized products to meet individual requests.

Our company offers "fluorinated surfactants" that can reduce surface tension with a smaller amount of additive compared to conventional hydrocarbon-based and silicone-based surfactants. We can provide customized products tailored to your performance requirements in small lots (from 1 kg to over 1 ton). Please feel free to contact us if you have any requests. 【Features】 ■ Usable for various applications, not limited to leveling purposes ■ Alternative products from other companies can also be proposed ■ Production and sales in small quantities starting from a few kilograms are possible *For more details, please download the PDF or feel free to contact us.

  • Chemicals

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SP2000P

SP2000P

Curing agents for epoxy resin, chelating agents for metal ions, and polymer-based surfactants are available!

The "SP2000P" is a low molecular weight styrene-maleic anhydride copolymer with a molar ratio of approximately 2:1 of styrene to maleic anhydride. It can be used particularly in thermoplastic plastics to improve melt flow properties and enhance interactions with fillers and pigments, thereby improving dispersibility. Additionally, due to its abundant maleic anhydride groups, it can also be utilized as a curing agent for epoxy resins, a chelating agent for metal ions, and a polymer-based surfactant. 【Performance】 ■ Improved dispersibility ■ High reactivity ■ Chelating action for metal ions ■ Heat resistance *For more details, please download the PDF or feel free to contact us.

  • Other polymer materials

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The chemistry of foam using surfactants.

The chemistry of foam using surfactants.

Keywords: foam separation, surfactants, contaminated water purification, cesium removal, decellularization, colored soap bubbles

When bubbles are generated in an aqueous solution containing surfactants, metals and organic substances can be adsorbed onto the surface of the surfactant-containing bubbles. The bubbles that rise to the gas-liquid interface form foam, which can act as a carrier for substances adsorbed from the solution. By utilizing this foam, it is possible to remove dissolved substances from water. On the other hand, the foam that has expanded into a spherical shape is known as a soap bubble. The thin film of this soap bubble, which is only a few hundred nanometers thick, has the characteristic of being difficult to adsorb dye particles or molecules under gravity. If we can color these soap bubbles, we can create beautiful colored soap bubbles. Research is also being conducted to add color to soap bubbles. Additionally, efforts are being made to discover new functions and properties of surfactants through research. Studies are also being conducted to use surfactant solutions for cleaning organs and creating decellularized organs for regenerative medicine.

  • others

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Reducing the environmental impact: "Biodegradable surfactants"

Reducing the environmental impact: "Biodegradable surfactants"

Maintaining the quality and effectiveness of research results! Providing products to scientists to reduce environmental impact.

Have you ever considered the impact of the reagents used in research on the ecosystem? At Sigma-Aldrich, we are expanding our product range based on the concept of green chemistry as part of our efforts to achieve a sustainable and better society. Among surfactants, octyl- and nonyl-phenol ethoxylates (OPE, NPE) are designated as substances of very high concern (SVHC) under the REACH regulation established by the EU, due to their impact on health and the environment. The following biodegradable surfactants not only do not contain OPE/NPE, but are also chemically stable and break down into harmless substances after use, making them surfactants with low environmental impact. 【Features】 ■ Developed and improved to reduce environmental impact ■ Compliant with the 12 principles of green chemistry ■ Useful for the development of alternatives that reduce environmental burden *For more details, please refer to the PDF document or feel free to contact us.

  • Chemicals

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TRITON HW-1000

TRITON HW-1000

High-performance wetting agent. Capable of providing excellent wettability to various substrates.

【Features】 - Improved wettability - Excellent reduction of dynamic surface tension - Usable on various substrates

  • Chemicals

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Newly developed high molecular cationic surfactant

Newly developed high molecular cationic surfactant

This is a newly developed polymer cationic surfactant from Nitto Bo Medical. It can be customized according to usage applications, including changes to the HLB value.

It is a polymer cationic surfactant that has both hydrophilic and hydrophobic groups within the molecule and becomes a cation when dissociated in water. By forming micelles, vesicles, and lamellar structures, it works to uniformly mix polar and non-polar substances, and it also has the effect of reducing surface tension. As a cationic surfactant, it possesses properties such as adsorptiveness, flexibility, antistatic properties, and bactericidal activity. Compared to low molecular weight surfactants, as a polymer surfactant, it features emulsifying power, stable emulsion formation, superior dispersibility and aggregation, and low toxicity. It is also possible to customize development products such as those with modified HLB values according to usage applications. For more details, please consult our sales office.

  • Other polymer materials
  • Chemicals
  • Composite Materials

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