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

Clariant Anodal EC-2 Pigment

Clariant Anodal EC-2 Pigment is a high-performance, electrocoat-compatible organic pigment designed for automotive and industrial cathodic electrodeposition coatings. It delivers exceptional color strength, thermal stability up to 180°C, and superior dispersion in aqueous e-coat systems. Part of Clariant’s Anodal series, EC-2 ensures consistent batch-to-batch quality, excellent corrosion resistance, and optimized film appearance in demanding OEM applications.
  • clariant anodal ec 2 pigment_7291d848
  • clariant anodal ec 2 pigment_7291d848

Features Of Clariant Anodal EC-2 Pigment

  1. High chromatic strength and excellent color consistency in electrocoating systems.

  2. Optimized particle size distribution for stable dispersion and minimal sedimentation in cathodic e-coat baths.

  3. Enhanced chemical resistance to phosphate pretreatment and curing conditions typical of automotive OEM processes.

  4. Low volatile organic compound (VOC) contribution, supporting sustainable coating formulations.

  5. Compatible with standard anionic electrocoat resins and crosslinkers without compromising bath stability.

Typical Applications Of Clariant Anodal EC-2 Pigment

  1. Automotive body-in-white (BIW) primers for OEM production lines.

  2. Heavy-duty vehicle chassis and underbody components requiring corrosion protection.

  3. Industrial metal parts such as agricultural machinery frames and construction equipment.

  4. Appliance housings requiring high-gloss, uniform black or gray electrocoat finishes.

Specifications Of Clariant Anodal EC-2 Pigment

Chemical TypeOrganic pigment dispersion (anionic)
Product FormAqueous paste, ready-to-use
AppearanceViscous, jet-black paste
pH Range7.8 – 8.5
Solids Content35 – 40 wt%
Density (20°C)1.15 – 1.20 g/cm³
Primary ApplicationsAnodic electrocoating systems (historical reference), compatible with modern anionic e-coat modifications
Key FeaturesDispersion stability, low conductivity impact, thermal stability up to 180°C


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