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Adjustment Agent Product List and Ranking from 21 Manufacturers, Suppliers and Companies

Last Updated: Aggregation Period:Dec 24, 2025~Jan 20, 2026
This ranking is based on the number of page views on our site.

Adjustment Agent Manufacturer, Suppliers and Company Rankings

Last Updated: Aggregation Period:Dec 24, 2025~Jan 20, 2026
This ranking is based on the number of page views on our site.

  1. ビックケミー・ジャパン Tokyo//Chemical
  2. 味京 本社 Kyoto//others
  3. 神戸化成 Hyogo//others
  4. 4 里田化工 Kyoto//Chemical
  5. 5 信州TLO Nagano//Educational and Research Institutions

Adjustment Agent Product ranking

Last Updated: Aggregation Period:Dec 24, 2025~Jan 20, 2026
This ranking is based on the number of page views on our site.

  1. Water-based surface modifiers 'BYK-3450/BYK-3451' ビックケミー・ジャパン
  2. PFAS-free surface treatment agent with easy cleaning effect BYK-SILCLEAN ビックケミー・ジャパン
  3. pH Adjusting Agent "Parish Guard α (Improved)" 味京 本社
  4. Acrylic-based surface modifier 'BYK-3566' ビックケミー・ジャパン
  5. 4 Surface modifier for water-based coatings ビックケミー・ジャパン

Adjustment Agent Product List

31~45 item / All 69 items

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pH Adjusting Agent "Parish Guard α (Improved)"

This is a seasoning liquid designed to prevent spoilage and to create fluffy, good-quality rice that is less likely to develop sourness.

"Parish Guard α (Improved)" is a pH adjusting agent designed to prevent the spoilage of rice and deterioration during chilling. By adding it during cooking, it enhances the flavor and whiteness of the finished product. Additionally, since it uses natural materials, the additive labeling can simply state pH adjusting agent or acidity regulator. 【Features】 ■ A seasoning solution designed to prevent deterioration due to chilled logistics and low temperatures. ■ A seasoning solution designed to minimize oil addition during molding, preventing oily products. ■ Suppresses deterioration over time, maintaining the quality of the product even after 24 hours. ■ Although the pH value is acidic, it does not have a strong sour odor. *For more details, please download the PDF or feel free to contact us.

  • pH adjuster

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Dye Acid "Acid IT"

Easy pH adjustment of dye solution! Dyeing acid considering the stability of pH during dyeing and workability, etc. [Samples available for 10 lucky winners in a draw]

"Acid IT" is a dyeing acid with buffering capabilities that take into account the stability of pH during dyeing and workability. For pH adjustment during polyester fiber dyeing, acids and buffering agents such as acetic acid, acetic acid/sodium acetate, and formic acid/ammonium sulfate are used, but they require adjustments based on pH stability and the amount used depending on dye concentration. This product allows for easy pH adjustment of the dyeing solution, has excellent pH buffering properties, and provides stability in dyeing. 【Features】 ■ Easy pH adjustment of the dyeing solution ■ Excellent pH buffering capacity ■ Ion sequestration properties that reduce color changes due to metal ions *For more details, please refer to the PDF materials or feel free to contact us. ★ We are currently offering samples to 10 lucky individuals selected from those who download the materials! (This offer will end as soon as supplies run out.)

  • Chemicals
  • Other consumables

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Plant growth regulator (growth-promoting effect through the opening of stomata by fusicoccin)

This is an invention of a plant growth regulator using the stomatal opening effect of Fushikokushin.

Fusicoccin, a diterpene glycoside isolated as a metabolic product of fungi that parasitize trees such as almonds, has been reported to irreversibly open plant stomata and induce continuous transpiration, leading to the death of the plant. In this invention, it has been revealed that under sufficient light and water supply, fusicoccin functions as a plant growth enhancer.

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Acrylic-based surface modifier 'BYK-3566'

Suitable for water systems, solvent types, UV, etc.! Macromer-modified acrylate with long-chain silicone.

"BYK-3566" is a newly added acrylic surface modifier based on macromer technology in the BYK product line. It increases the surface energy of dried coatings. The relatively long silicone macromer chains are a key feature, providing a very strong orientation at the paint/air interface, resulting in excellent effects. Additionally, the long chains impart anti-beading properties. 【Features】 - Increased surface energy of cured coatings due to orientation at the paint/air interface - Good wettability and adhesion to topcoats - Improved leveling properties - Slight anti-beading properties - Suitable for water-based, solvent-based, UV, and 100% systems *For more details, please refer to the PDF document or feel free to contact us.

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Surface Modifier BYK-329

BYK-329 is a new surface additive that combines excellent leveling properties with good defoaming capabilities. It particularly improves the wettability of the substrate for two-component epoxy floor coatings.

Features • Particularly excellent leveling properties, especially in epoxy systems • Superior defoaming even in thick film systems • High effectiveness with low addition levels • 100% active ingredient; particularly suitable for solvent-free systems

  • Other polymer materials

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Surface modifier for water-based coatings

BYK water-based coating surface modifier (wetting agent, leveling agent)

Are you having trouble with wetting, leveling, or beading in water-based coatings on substrates? We would like to introduce surface modifiers that can help solve these issues. We offer a variety of products, including standard types of silicone-based surfactants and types that provide defoaming effects.

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Surface modifier for water-based inkjet BYK-3420

Water-based inkjet suitable organic modified polysiloxane surface modifier "BYK-3420" with excellent hydrolysis stability.

Water-based inkjet surface modifier "BYK-3420" with excellent hydrolysis stability The new BYK-3420 is stable against hydrolysis, and even under high temperatures (60°C) or varying pH levels, the surface tension of the formulation remains unchanged after storage. It significantly lowers surface tension without stabilizing foam, promoting wetting on difficult substrates. Complies with Swiss chemical regulations and Nestlé guidelines. No labeling for SVHC is required. You can view it at the 【Converting Webinar】 hosted by the Processing Technology Research Association.

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[BYK eBook] Surface Adjusting Agent

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

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

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[New Product] Surface Adjusting Agent for High and Medium Solid Paints 'BYK-3558'

A surface additive effective in preventing splattering in high and medium solid content coatings by improving leveling.

【BYK-3558】Features and Benefits Thanks to new technology, the advantages of silicone (reduced surface tension, increased surface slip) and polyacrylate (improved leveling) are achieved with a single additive. • Excellent leveling in high solid and medium solid clear coats and pigment paints for automotive repair and industrial coatings • Reduction in surface tension and increase in surface slip at levels comparable to medium-active silicone • Effective beading prevention

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Water-based paint liquid viscosity modifier 'RHEOBYK 7600'

Excellent color stability! Achieving appropriate viscosity by using high and low shear thickening agents in combination.

"RHEOBYK 7600" is a new type of urethane associative thickener that introduces a branched structure within the molecule, achieving excellent stability during temperature-dependent viscosity and color matching with colored pastes. Viscosity adjustment in paints significantly affects storage stability, workability, and finish. Please try this product for achieving the appropriate viscosity. 【Features】 ■ Low temperature dependence of viscosity development ■ Excellent color matching stability ■ Achieves appropriate viscosity by combining with high and low shear thickening agents *For more details, please download the PDF or feel free to contact us.

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Recommended Surface Adjusting Agent for Printing Ink

Surface treatment agent recommended for printing ink applications.

We introduce surface modifiers that solve issues related to the surfaces of ink and coating films. We have selected about 20 products from over 100 types of surface modifiers offered by BYK. These products address challenges such as wettability on substrates, surface slip, smoothing of film surfaces (leveling), and reduction of dynamic surface tension.

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Improvement of printability with BYK-356X series additives.

The BYK-356X series additive increases the surface energy and polar component of solid PU substrates, improving the printability of water-based digital printing inks.

★Digital Printing Digital printing has become more widespread and common in the creation of decorations on coated fabrics and genuine leather. It is necessary to optimize the receptivity of water-based printing inks on PU or PVC substrates. The 【BYK-356X Series】 is effective. BYK-3560 BYK-3565 BYK-3566

  • Other polymer materials

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[Pure Toast Technical Information] pH Stability

By maintaining a pH below 5, it is also possible to inhibit the growth of general bacteria! This also enhances the preservation of food!

The change in color intensity of "Pure Toast" when heated at various pH levels is smaller than that of isomerized sugar and slightly smaller than that of powdered maltose. At pH 5 or lower, there is almost no coloring due to heating, maintaining a stable state. By keeping the pH below 5, it is also possible to inhibit general bacteria, which enhances the preservation of food. [Features] ■ The change in color intensity when heated is smaller than that of isomerized sugar and slightly smaller than that of powdered maltose. ■ In the case of pH 5 or lower: - There is almost no coloring due to heating, maintaining a stable state. - It is possible to inhibit general bacteria. - Food preservation is also improved. *For more details, please refer to the PDF document or feel free to contact us.

  • Food/beverage functional materials
  • Food ingredients (liquid)
  • Other food and beverage ingredients

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[Technical Recruitment] We are looking for technology to adjust the flavor of plant-based proteins.

Natural compound ingredients that can adjust taste are necessary to ensure consumer satisfaction with plant-based foods.

Our clients are seeking technology that can adjust the unpleasant tastes (such as bitterness, bean-like odor, and grassy flavor) and mouthfeel (such as astringency, grittiness, and sliminess) of plant-derived amino acids, peptides, and proteins. We are broadly targeting industry-academia organizations in Asia or Oceania that possess or research taste-modulating substances and evaluation methods. Through this technology, we aim to make it easier to incorporate plant-based amino acids and proteins into food and beverages. [Constraints] ■ Can improve the mouthfeel, taste, and aroma of plant-derived foods and beverages ■ Low molecular weight, below 1,000 Da ■ Physically compatible with food/beverage processing equipment *For more details, please refer to the PDF document or feel free to contact us.

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I want to utilize signal molecules for plant communication in modern agriculture!

Keywords: Strigolactone, plant hormone, AM fungi, root-parasitic weeds, nutrient deficiency

The "strigolactone" that we are studying is a signaling molecule secreted by plants from their roots to initiate symbiosis with arbuscular mycorrhizal (AM) fungi. AM fungi provide nutrients such as phosphorus and nitrogen to the host plant, making them beneficial partners for the plant. Additionally, "strigolactone" functions as a plant hormone that suppresses branching in the above-ground parts of the plant (tillering in rice). When plants experience nutrient deficiency, they increase the biosynthesis and secretion of "strigolactone," which suppresses branching and conserves energy needed for growth, thereby promoting symbiosis with AM fungi, the nutrient providers. Furthermore, root-parasitic weeds, which cause serious damage to agricultural production worldwide, do not germinate unless exposed to "strigolactone." It seems that root-parasitic weeds have evolved to utilize "strigolactone" as a signaling molecule to detect the presence of living roots, similar to AM fungi.

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