Guangzhou Eric Wei Chemical Co., Ltd.
Guangzhou Eric Wei Chemical Co., Ltd.

Allnex ADDITOL XW 395 Wetting Agent

Allnex ADDITOL XW 395 is a high-quality special additive for waterborne coatings in Allnex’s ADDITOL® series, specially developed for various waterborne coating systems, integrating three functions of leveling, wetting and anti-floating. It has excellent system compatibility, is APEO-free and low in VOC, can reduce surface preparation procedures before coating

Effect of Allnex ADDITOL XW 395 Wetting Agent

  1. Three-in-one effect - Integrates leveling, wetting and anti-floating, simplifies formulation and improves comprehensive performance

  2. Excellent compatibility - Suitable for various waterborne coating systems, no conflict with resins and additives, strong stability

  3. Improved construction efficiency - Reduces surface preparation procedures before coating, lowers construction costs and shortens turnover cycle

  4. Significant appearance optimization - Improves paint film edge coverage, inhibits floating and flooding, enhances surface smoothness and uniformity

  5. Green and compliant - APEO-free, low VOC, no hazardous air pollutants, meeting environmental protection formula requirements

Typical Applications of Allnex ADDITOL XW 395 Wetting Agent

  1. Waterborne automotive OEM coatings - Optimize paint film leveling and appearance, improve the texture and consistency of vehicle coating

  2. Waterborne decorative coatings - Improve edge coverage and surface smoothness, suitable for indoor and outdoor decorative coating scenarios

  3. Waterborne packaging coatings and inks - Enhance leveling and dispersion stability, ensure packaging appearance texture

  4. Waterborne industrial metal coatings - Reduce surface treatment, enhance paint film adhesion and outdoor durability

  5. Waterborne coil and pre-coated metal coatings - Suitable for coil coating process, improve paint film uniformity and stability

Technical Data of Allnex ADDITOL XW 395 Wetting Agent

BrandAllnex
SeriesADDITOL® Series
Chemical TypeAcrylic copolymer (amine-neutralized), silicone-free
Product FormPale yellow transparent liquid (25℃, typical value)
IonicityNon-ionic/weak anionic
Active Ingredient ContentApprox. 30% (typical value)
Non-volatile Matter Content (125℃, 1h)28-32% (typical value)
Density (25℃)1.02-1.06g/cm³ (typical value)
Viscosity (25℃)100-500 mPa·s (typical)
pH Value7.0-9.0 (typical)
SolubilityWater-soluble
Molecular Weight3000-8000 g/mol (estimated)
Flash Point>100℃ (typical)


Allnex ADDITOL XW 395 Wetting Agent – Frequently Asked Questions (FAQ)

Q1: What is the primary function of ADDITOL XW 395 in coating and ink formulations?

A: ADDITOL XW 395 is a non-ionic polymeric wetting agent designed to improve substrate wetting, enhance pigment dispersion stability, and reduce surface tension in waterborne and solvent-borne systems. It supports uniform film formation and helps minimize defects such as craters or orange peel.


Q2: Is ADDITOL XW 395 compatible with high-solids or low-VOC formulations?

A: Yes, ADDITOL XW 395 is formulated for compatibility with modern low-VOC and high-solids systems, including acrylic, polyester, and alkyd-based resins. Its low foaming profile and good hydrolytic stability make it suitable for demanding environmental and performance requirements.


Q3: How should ADDITOL XW 395 be incorporated into a formulation?

A: It is typically added during the let-down or post-addition stage, after pigment grinding, to optimize wetting of pigments and fillers. Due to its polymeric nature, it generally does not interfere with rheology modifiers and can be used alongside common dispersants and defoamers.


Q4: Does ADDITOL XW 395 contribute to gloss or clarity in clear coats?

A: When used at recommended levels, ADDITOL XW 395 does not negatively impact optical properties. It supports high gloss retention and clarity in clear coat systems by promoting uniform surface coverage and minimizing interfacial defects.


Q5: What are typical dosage guidelines for ADDITOL XW 395?

A: Dosage depends on formulation composition and performance targets, but it is typically used at low concentrations—generally ranging from 0.1% to 2% by weight relative to total formulation solids. Optimization through lab-scale testing is recommended for each specific system.



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