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

ECKART SILTALLUX 6755 Pigment

ECKART SILTALLUX 6755 Pigment is a high-performance aluminum effect pigment delivering exceptional brightness metallic flake uniformity and weather resistance ideal for automotive coatings and premium industrial finishes within the Siltallux series.
  • eckart siltallux 6755 pigment_e7427717
  • eckart siltallux 6755 pigment_e7427717

Features Of ECKART SILTALLUX 6755 Pigment

  1. Highly reflective aluminum flake pigment with controlled particle size distribution for consistent sparkle and gloss.

  2. Surface-treated for excellent dispersion stability in both solvent-based and water-based systems.

  3. Optimized aspect ratio ensures superior coverage and metallic effect without compromising transparency in effect coatings.

  4. Excellent lightfastness and weather resistance, suitable for exterior applications requiring long-term color integrity.

  5. Low oil absorption enables high loading levels without viscosity build-up in demanding coating formulations.

Typical Applications Of ECKART SILTALLUX 6755 Pigment

  1. Automotive OEM and refinish basecoat/clearcoat systems.

  2. Architectural metal-effect façade paints and cladding coatings.

  3. Plastic coloration for automotive interior trim and consumer electronics housings.

  4. Industrial maintenance coatings for machinery and infrastructure.

  5. Specialty decorative inks for packaging and premium labeling.

Specifications Of ECKART SILTALLUX 6755 Pigment

Chemical TypeAluminum (Al) flake pigment, surface-modified with organic coating
Product FormFree-flowing dry powder
AppearanceGrayish-silver metallic powder with uniform luster
Primary ApplicationsMetallic effect coatings for automotive, architecture, and industrial plastics
Key FeaturesControlled particle size, high reflectivity, good orientation, low sedimentation
BenefitsEnhanced depth of effect, improved batch-to-batch consistency, reduced formulation complexity
Storage ConditionsStore in cool, dry place; keep container tightly closed to prevent moisture absorption
Regulatory ComplianceREACH registered; compliant with EU Directive 2004/42/EC (VOC limits for decorative coatings)


ECKART SILTALLUX 6755 Pigment – Frequently Asked Questions (FAQ)

Q1: What is the primary functional benefit of SILTALLUX 6755 in coating systems?

A: SILTALLUX 6755 is a high-performance pearlescent pigment based on synthetic mica, engineered to deliver strong chroma, excellent light reflection, and a smooth, uniform metallic sheen—particularly valued in premium decorative and industrial coatings where visual impact and consistency are critical.


Q2: Is SILTALLUX 6755 suitable for water-based formulations?

A: Yes, SILTALLUX 6755 is surface-treated to ensure good compatibility and dispersion stability in both solvent-borne and water-based systems, including acrylic, polyurethane, and alkyd dispersions—though optimal performance requires appropriate wetting agents and controlled dispersion protocols.


Q3: How does SILTALLUX 6755 compare to conventional aluminum or bronze pigments in terms of weather resistance?

A: Unlike metallic flake pigments prone to oxidation or tarnishing, SILTALLUX 6755 offers superior UV stability and chemical inertness due to its ceramic-coated mica substrate—making it well-suited for exterior applications where long-term color retention and gloss stability are required.


Q4: What precautions should be taken during handling and dispersion?

A: To preserve particle integrity and optical performance, avoid high-shear mixing beyond recommended thresholds and use low-impact dispersion techniques such as dissolver blades or rotor-stator systems with controlled energy input. Pre-wetting with compatible solvents or resins is recommended before full incorporation.


Q5: Can SILTALLUX 6755 be used in powder coatings?

A: Yes, SILTALLUX 6755 is compatible with standard thermosetting powder coating systems (e.g., epoxy-polyester and pure polyester), provided that extrusion temperatures remain within typical processing windows and that post-addition methods are used to minimize thermal stress on the pigment platelets.



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