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

Allnex ADDITOL VXW 6208/60 Wetting Agent

Allnex ADDITOL VXW 6208/60 is a high-quality polymeric non-ionic dispersing and wetting additive in Allnex’s ADDITOL® series, specially developed for coating systems. It is suitable for solvent-based, solvent-free and water-dilutable coating systems, with dual effects of high-efficiency wetting and dispersion. It can enhance and stabilize the gloss of the paint film, reduce system viscosityformulation processing, can optimize the effect of ingredient dispersion and surface adhesion

Effect of Allnex ADDITOL VXW 6208/60 Wetting Agent

  1. Wide system adaptability - Compatible with solvent-based, solvent-free and water-dilutable coating systems

  2. Outstanding gloss optimization - Enhance paint film gloss, long-term stable gloss, and improve appearance texture

  3. Excellent viscosity adjustment - Significantly reduce system viscosity and improve processing fluidity of high-fill coatings

  4. Excellent pigment wetting - Improve pigment wetting, support high pigment loading, and reduce paint film defects

  5. Green and compliant - APEO-free, no negative impact of VOC, meeting environmental protection formula requirements

Typical Applications of Allnex ADDITOL VXW 6208/60 Wetting Agent

  1. Solvent-based coatings - Optimize wetting and dispersion performance, improve paint film gloss and stability

  2. Solvent-free two-component epoxy coatings - Special wetting agent to improve construction performance and finished product effect

  3. Pigment pastes/color bases - Used in the production of binder-free pigment pastes and color bases

  4. Zinc-rich primers - Suitable for direct metal coating, enhance primer corrosion resistance and adhesion performance

  5. Industrial protective coatings - Suitable for industrial metal and marine protective coatings, enhance outdoor durability

Technical Data of Allnex ADDITOL VXW 6208/60 Wetting Agent

Product ModelADDITOL® VXW 6208/60
BrandAllnex
SeriesADDITOL® Series
Chemical TypePolymeric Non-ionic Dispersing and Wetting Additive
Product FormLiquid (25℃, typical value)
IonicityNon-ionic
Active Ingredient Content≥98% (typical value)
Density (25℃)0.98-1.02g/cm³ (typical value)
Viscosity (25℃)150-450mPa·s (typical value)
SolubilitySoluble in organic solvents, water-dispersible
HLB Value10-12 (estimated)
Flash Point>100℃ (typical)


Allnex ADDITOL VXW 6208/60 Wetting Agent – Frequently Asked Questions (FAQ)

Q1: What types of pigments and fillers is ADDITOL VXW 6208/60 especially effective for?

A: ADDITOL VXW 6208/60 is particularly effective for dispersing hydrophobic organic pigments, carbon black, and inorganic fillers such as silica, calcium carbonate, and talc in solvent-borne and high-solids coating systems.


Q2: Can ADDITOL VXW 6208/60 be used in waterborne systems?

A: No — ADDITOL VXW 6208/60 is specifically formulated for solvent-borne and high-solids systems. It is not compatible with water-based dispersions or emulsions due to its non-ionic, solvent-soluble molecular structure.


Q3: How does ADDITOL VXW 6208/60 improve pigment wetting and dispersion stability?

A: It functions by reducing interfacial tension between the pigment surface and the resin/solvent medium, promoting rapid wetting and preventing agglomeration through steric stabilization. This leads to improved color development, gloss, and long-term storage stability.


Q4: What is the recommended addition sequence during formulation?

A: For optimal performance, ADDITOL VXW 6208/60 should be added to the millbase prior to pigment incorporation — either dissolved in part of the solvent or pre-mixed with the binder — to ensure immediate contact with pigment particles during dispersion.


Q5: Is ADDITOL VXW 6208/60 compatible with common crosslinkers used in industrial coatings?

A: Yes — it demonstrates good compatibility with melamine-formaldehyde, blocked isocyanate, and other conventional crosslinkers used in thermosetting solvent-borne systems, without interfering with cure kinetics or film formation.



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