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Defoamer - メーカー・企業25社の製品一覧とランキング

更新日： 集計期間:Nov 12, 2025～Dec 09, 2025
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Defoamerのメーカー・企業ランキング

更新日： 集計期間:Nov 12, 2025～Dec 09, 2025
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  1. ビックケミー・ジャパン Tokyo//Chemical
  2. NISSIN KAGAKU KENKYUSHO Takatsuki Main Factory Osaka//Chemical
  3. 信越化学工業 Tokyo//Resin/Plastic
  4. 4 臨海化学工業 Osaka//Other manufacturing
  5. 5 伯東 本社 Tokyo//Electronic Components and Semiconductors
企業ランキングへ

Defoamerの製品ランキング

更新日： 集計期間:Nov 12, 2025～Dec 09, 2025
※当サイトの各ページの閲覧回数を元に算出したランキングです。

  1. Solution with PFAS-free additives [BYK] ビックケミー・ジャパン
  2. Solid defoaming agents 'Bisfoam BV, Bisfoam BVF' NISSIN KAGAKU KENKYUSHO Takatsuki Main Factory
  3. Defoamer "Non-Flow Defoaming Agent" 臨海化学工業
  4. Defoamer 【Measures against bubble problems in products, manufacturing equipment, etc.】 伯東 本社
  5. 4 Defoamer "Bisfoam" NISSIN KAGAKU KENKYUSHO Takatsuki Main Factory

Defoamerの製品一覧

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Automatic Cleaning Soy Milk Plant 'JT-100'

Automatic Cleaning Soy Milk Plant 'JT-100'

All-in-one, space-saving! Compact yet equipped with all the necessary machines to make soy milk.

The "JT-100" is an automatic cleaning soy milk plant that allows for fully automatic CIP cleaning of batch-type plants, enabling automatic cleaning not only of kettles and presses but also of magic loaders, dosing machines, and bean grinders. Despite its compact size, it is equipped with all the necessary machines to produce soy milk. Additionally, its unique cooking method (low-pressure boiling) maximizes the natural aroma of soybeans without unevenness. 【Features】 ■ Fully automatic CIP cleaning for batch-type plants ■ Capable of automatic cleaning inside the dosing machine and behind the grinding stones of the grinder ■ Integrated, space-saving design ■ Proud of its taste ■ Low-pressure boiling method *For more details, please refer to the related link page or feel free to contact us.

  • others

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PTSI

PTSI

You can use it as a defoamer and dehydrating agent for urethane solvents!

We handle 'PTSI', which can be used for dewatering fillers and pigments, as well as for urethane and urethane solvents. It prevents discoloration of the coating (such as yellowing) and effectively prevents the reduction of gloss, cloudiness, and bubble formation due to moisture in urethane paint formulations. 【Features】 ■CAS NO: 4083-64-1 ■Fire Service Law: Class 4, Type 3 Petroleum ■Chemical Substances Control Law: 3-2222 ■REACH registered ■Not subject to UN number ■Packaging: Drum (225kg), Pail (20kg) *For more details, please download the PDF or contact us.

  • Cosmetic materials and raw materials
  • Other pharmaceutical intermediates and cosmetic ingredients

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[Improvement Case] Introduced additives to improve foam issues with alkaline cleaning agents.

[Improvement Case] Introduced additives to improve foam issues with alkaline cleaning agents.

We will introduce a case where the usage of cleaning agents and defoamers, which were frequently replenished, was reduced, leading to cost savings!

We would like to introduce a case study regarding a company where the foam from the alkaline cleaning agent used in their high-pressure spray cleaning machine overflowed from the tank, making the floor wet. Since there was a request to avoid changing the cleaning agent if possible, we proposed a compatible "non-silicone additive" suitable for the current product type. After implementation, the defoaming effect lasted for about a month, so the customer decided to assign someone to ensure that the additive was added at least once a month during the winter, even when there was no foam. As a result, the foam from the cleaning agent no longer overflowed from the tank. [Case Overview] ■ Issues Before Implementation - The foam from the alkaline cleaning agent used in the high-pressure spray cleaning machine overflowed from the tank, making the floor wet. ■ Reason for Selection - Since there was a request not to change the cleaning agent, we proposed a compatible "non-silicone additive" based on the type of the current product. *For more details, please download the PDF or feel free to contact us.

  • Water Treatment Chemicals

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Dow - Toray | Silicone Antifoam Agent Webinar Materials

Dow - Toray | Silicone Antifoam Agent Webinar Materials

This is the presentation material from the silicone defoamer webinar held on June 22, 2022, by Dow and Toray Industries, Inc. It covers basic knowledge as well as recommended products for various industries.

- Solving the Foam Problem in Manufacturing - The purpose of using defoamers is to "eliminate foam," but the characteristics required of defoamers vary by industry. This document introduces recommended products for representative industries (metal processing, coatings, water treatment, papermaking, textiles, food) along with basic knowledge about defoamers and relevant data.

  • スクリーンショット 2022-08-04 144009.jpg
  • スクリーンショット 2022-08-04 144118.jpg
  • Chemicals

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Automatic cutting of fried products, automatic oil frying machine insertion method 'Robot Ace'

Automatic cutting of fried products, automatic oil frying machine insertion method 'Robot Ace'

Automatic cutting of the raised variety, automatic oil frying machine insertion method.

Just stock the dough on the rack and press the start switch—it's that simple!

  • Food Processing Equipment

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Defoamer "Self-emulsifying defoamer"

Defoamer "Self-emulsifying defoamer"

Active ingredient 100%! A self-emulsifying defoamer that can be used in both water-based and non-water-based foaming liquids.

This product is composed of hydrophilic modified silicone and oil compounds, and is a 100% active ingredient product that can be used in both aqueous and non-aqueous foaming liquids. It has unique characteristics such as excellent high-temperature stability, alkali resistance, and acid resistance, and can easily create a uniform emulsion when water is added. We offer a wide variety of products, including "KS-530," which exhibits excellent defoaming effects against strong alkalis and foaming liquids subjected to strong mechanical shear. 【Features】 ■ 100% active ingredients ■ Excellent high-temperature stability, alkali resistance, and acid resistance ■ Wide variety of products ■ Usable in both aqueous and non-aqueous foaming liquids *For more details, please refer to the catalog or feel free to contact us.

  • Other additives

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[Case Study on Trouble Improvement] Foaming in the Papermaking Process

[Case Study on Trouble Improvement] Foaming in the Papermaking Process

Case Study: Foam in White Water Silos Reduced by Using the Optimal Defoamer!

Case Summary ■ Challenge Excessive foaming in white water silos, with limited effect even after adding defoamer. To prevent foam overflow from the silo, large amounts of defoamer were continuously added. ■ Approach A comparative lab evaluation was conducted using actual white water samples. Based on the results, a different type of defoamer was proposed. ■ Results In on-site trials, the new defoamer achieved better performance even with only one-third of the previous dosage, and although its unit price was 1.8 times higher, the total cost was reduced by 40%. For more details, please refer to the PDF brochure or feel free to contact us.

  • Chemicals

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Solid defoaming agents 'Bisfoam BV, Bisfoam BVF'

Solid defoaming agents 'Bisfoam BV, Bisfoam BVF'

Have you ever had trouble with "bubbles" in wastewater treatment? Just put it in a net and hang it up, and the bubbles will disappear easily.

- The solid defoaming agents "Bisfoam BV" and "Bisfoam BVF" solve problems caused by foam by being installed in areas where foaming occurs, such as drains. - When foam or similar substances adhere, the active ingredients gradually dissolve, demonstrating defoaming effects. ● Silicone type "Bisfoam BV" ● Industry's first! Non-silicone type "Bisfoam BVF" - "Bisfoam BV" and "Bisfoam BVF" are versatile defoaming agents with defoaming and anti-foaming properties applicable to all water-based foaming liquids. They are primarily recommended for use in the following industries and processes: ○ Metal processing industry (cutting oils, lubricants, plating, etc.) ○ Petrochemical industry (during refining and distillation) ○ Slate and cement industry ○ Textile industry (starching, scouring, dyeing, bleaching, etc.) ○ Pulp and paper industry (pulp, coating liquids, etc.) ○ Fertilizer industry ○ Paint industry (water-based paints, etc.) ○ Resin, latex, and synthetic rubber industries They are also suitable for foaming in general industrial wastewater, including that from chemical industries and urban sewage.

  • Chemicals

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Soy Milk Plant "Success Plant Perfector"

Soy Milk Plant "Success Plant Perfector"

Pioneers in soy milk manufacturing equipment! The spherical boiling kettle is unique to our company!

The "Success Plant Perfector" is a soy milk plant equipped with a new screw stirring device. It moves in a circular motion from the time of raw materials, eliminating any uneven cooking or undercooking. Of course, it is capable of "defoaming boiling." We offer a rich lineup, including the "P-701 model," which allows for 5 bags of tofu/hour and 3 bags of deep-fried tofu/hour with the double boiling pot "P-852 model." 【Features】 ■ Capable of defoaming boiling ■ Spherical boiling pot ■ Equipped with a screw stirring device ■ Available in double and triple types *For more details, please refer to the catalog or feel free to contact us.

  • Other manufacturing equipment
  • Tofu Processing Equipment
  • Tofu Production Equipment

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Form out

Form out

Suppresses bubbles after use! This is a defoamer developed specifically for dampening water in offset printing.

We would like to introduce the water-based defoamer "Form Out" handled by Nikken Chemical Research Institute. In offset printing, the excessive generation of air bubbles in the dampening water can cause various troubles. If air bubbles generated in the circulation tank are sent to the water fountain, it can reproduce bubble patterns on the solid areas and screens of the printed material. Additionally, bubbles overflowing from the circulation tank can wet the electrical components of the equipment, leading to electrical leakage accidents. This product can instantly eliminate air bubbles, helping to maintain print quality and prevent electrical leakage accidents. 【Features】 ■ Water-based ■ Developed specifically for dampening water in offset printing ■ Can eliminate bubbles with a small amount by stirring after addition ■ Also suppresses bubbles after use *For more details, please refer to the PDF document or feel free to contact us.

  • Other consumables

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Defoamer "Super Bio KB"

Defoamer "Super Bio KB"

To avoid troublesome foaming issues in wastewater treatment facilities! It is very effective against foaming caused by actinomycetes.

"Super Bio KB" is a defoamer that combines immediate effectiveness with lasting performance. It instantly eliminates stubborn grease scum and foaming in various industrial wastewater and biological treatments. It shows effectiveness even with a small amount of addition, contributing to reduced running costs. It is less affected by pH and temperature, allowing for use under a wide range of conditions. 【Features】 ■ Self-emulsifying type ■ Defoaming components are emulsified and dispersed in water ■ Effective against foaming caused by actinomycetes ■ Low impact on metals (such as corrosion) under normal usage conditions ■ Minimal impact on natural and synthetic rubber (such as degradation) *For more details, please refer to the PDF materials or feel free to contact us.

  • others

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Defoamer/Antifoam Agent for Solvent-Free and Solvent-Based Paints BYK-1760

Defoamer/Antifoam Agent for Solvent-Free and Solvent-Based Paints BYK-1760

Emission-free silicone and polymer-based defoamers and degassing agents for solvent-free and solvent-based paints, adhesives, sealants, and casting resins.

BYK-1760 is a newly developed defoamer that enables the rapid and efficient removal of air from the system without altering optical or mechanical properties. This highly effective additive is primarily recommended for solvent-free systems. The epoxy functional groups contained in the additive allow for fixation in the polymer matrix, preventing negative side effects such as increased slip. Furthermore, BYK-1760 is also recommended for plastic applications (such as casting resins) as well as adhesives and sealants. This additive also demonstrates a wide range of properties in these applications.

  • plastic

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[BYK eBook] Defoamers and Antifoams

[BYK eBook] Defoamers and Antifoams

The mechanism of action of additives for defects in paints and coatings, along with practical tips, is explained clearly in an ebook.

Welcome to the world of BYK additives. This multimedia guide on "Defoamers and Antifoams" has been created to support your business, featuring interactive graphics, engaging animations, and videos showcasing chemical processes.

  • Coating Agent

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Idea Box for Smooth and Smart Experimentation Vol. 2

Idea Box for Smooth and Smart Experimentation Vol. 2

Dispersion stabilization due to electrostatic repulsion is easily visible! Observing dispersed red pigment.

Regarding the stabilization of particle dispersion, it is explained that stabilization occurs due to electrostatic repulsion and steric hindrance. Stabilization through steric hindrance is a matter of nanoscale, so it is not visible. In contrast, electrostatic repulsion is relatively easy to understand, such as through zeta potential. However, there is also an impression that measurements from instruments yield numbers that are somewhat unclear. Here, we will introduce approaches that are useful in the experimental field for those who actually conduct coating, dispersion, application, and drying experiments. This section focuses on dispersion stabilization. *For detailed content of the article, please refer to the PDF materials. For more information, feel free to contact us.*

  • Chemicals

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Idea Box for Smooth and Smart Experimentation vol. 3

Idea Box for Smooth and Smart Experimentation vol. 3

When choosing a dispersant, compatibility is the first step; now, let's introduce what the next key points are.

If the dispersant does not mix into the system, it will not distribute evenly in the liquid. First, compatibility is the primary point. Naturally, if it does not adsorb onto the surface of the particles that need to be dispersed, stabilization of the dispersion will not begin. The adsorption characteristics are the second point. In experiments, evaluations are conducted on the viscosity and particle size distribution of the dispersion, the viscosity and particle size distribution of the coating liquid, and the gloss, haze, transparency, and color name after application and drying. The third point is the evaluation in the final material system. *For detailed content of the article, please refer to the PDF document. For more information, feel free to contact us.*

  • Chemicals

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