Pigment Supplier in UAE — Iron Oxide, TiO2 & Coating Pigments: Selection Gui
  • Raykem Technical Team
  • April 19, 2026
  • 8 min read

Pigment Supplier in UAE — Iron Oxide, TiO2 & Coating Pigments: Selection Guide for GCC Paint Manufacturers

Pigment selection is one of the most technically and commercially significant decisions a paint formulator makes. The right pigment delivers colour, opacity, durability, and regulatory compliance — but the wrong choice leads to chalking, colour fade, compatibility failures, and potentially non-compliant products in the UAE and Saudi Arabia market.

This guide covers the most important pigment families for GCC paint and coating manufacturers: Titanium Dioxide (TiO2), Iron Oxide pigments, and key organic pigments — with technical specifications, CAS numbers, application guidance, and SASO compliance considerations.

1. Titanium Dioxide (TiO2) — The White Pigment

TiO2 (CAS 13463-67-7, HS Code 3206.11) is the principal white pigment used in virtually every paint and coating formulation globally. Its high refractive index (2.55–2.73 for Rutile) gives it the highest opacity of any commercially available pigment, meaning less pigment is needed to achieve a given hiding power compared to any alternative.

PropertyRutile TiO2Anatase TiO2
CAS Number13463-67-713463-67-7
Crystal FormRutileAnatase
Refractive Index2.72–2.762.55
Opacity/Hiding PowerExcellentGood
UV DurabilityExcellentPoor (chalks rapidly)
Whiteness/BrightnessHighVery High
Chalking ResistanceExcellentPoor
CostHigherLower
GCC Exterior Use✅ Recommended❌ Not suitable
GCC Interior Use✅ Standard✅ Acceptable
Packing25 kg bags, supersacks25 kg bags, supersacks

GCC Formulation Guidance — TiO2 Loading

Typical TiO2 loading in architectural emulsion paint: 15–22% by weight of dry film. In the GCC's intense UV climate, do not reduce below 18% for exterior paints — sub-optimal TiO2 levels accelerate film degradation and colour fade. Critical pigment volume concentration (CPVC) for TiO2 in waterborne systems is typically 25–35%.

2. Iron Oxide Pigments — Colour, Durability, and Value

Iron oxide pigments are the dominant colour pigments for construction, architectural, and industrial coatings in the GCC. Their exceptional UV and heat stability (critical in Saudi Arabia and UAE climate), non-toxicity, and competitive cost make them the first choice for high-durability coloured coatings.

Iron Oxide GradeCAS NumberHS CodeColourPrimary Application
Red Iron Oxide (α-Fe₂O₃)1309-37-12821.10Red–BrownPrimers, red oxide coatings, concrete colouring
Yellow Iron Oxide (α-FeOOH)51274-00-12821.10Yellow–OchreArchitectural paints, ochre coatings, masonry
Black Iron Oxide (Fe₃O₄)1317-61-92821.10BlackPrimers, masonry, bituminous coatings
Orange Iron Oxide20344-49-42821.10OrangeDecorative coatings, concrete products
Brown Iron Oxide (blend)Mixed2821.10BrownWood stains, architectural coatings

Key Technical Properties — Iron Oxide Pigments

  • Heat stability: Iron oxides are stable up to 300°C (Red) and 180°C (Yellow) — essential for coatings applied to hot metal structures in UAE and Saudi Arabia
  • Lightfastness: Excellent — iron oxides resist UV photodegradation far better than most organic pigments
  • Alkali resistance: Excellent — suitable for use in cementitious substrates, concrete, and masonry
  • Non-toxic and REACH compliant: Iron oxide pigments are non-hazardous under normal industrial conditions, GHS-unclassified for health hazards
  • Typical loading: 2–12% by weight in coating formulations, depending on colour depth required

3. Organic Pigments — High Chroma Colour in GCC Coatings

For colours that iron oxide cannot achieve (bright blues, greens, violets, bright reds), organic pigments are required. The most important organic pigments for GCC coating applications:

PigmentColour IndexUse in GCCLightfastness
Phthalocyanine BluePB15Architectural and industrial blue coatingsExcellent
Phthalocyanine GreenPG7Industrial and maintenance green coatingsExcellent
Carbon BlackPBk7Black coatings, tinting, UV protectionExcellent
Ultramarine BluePB29Decorative architectural coatingsGood
Quinacridone RedPR122Automotive, decorative coatingsExcellent
Diarylide YellowPY83Industrial paints — avoid exterior GCC useModerate

GCC-Specific Considerations for Pigment Selection

UV Stability in the Arabian Peninsula Climate

Saudi Arabia and UAE receive some of the highest UV radiation levels globally — UV index regularly exceeds 11 (extreme) in summer months. Pigments used in exterior coatings must have excellent lightfastness ratings. For GCC exterior coatings:

  • Always use Lightfastness Rating I or II (ASTM D4303, Blue Wool Scale 7–8) for exterior pigments
  • Iron oxides and phthalocyanines are the safest choices for GCC exterior use
  • Avoid Diarylide Yellows, Toluidine Red, and other organic pigments with moderate lightfastness in exterior applications
  • Test formulations under accelerated weathering (QUV or xenon arc) at conditions representative of GCC climate before commercial release

SASO Heavy Metal Compliance for Saudi Arabia

SASO standards for architectural coatings impose strict limits on heavy metals including lead, chromium VI, mercury, and cadmium. In practice, this rules out:

  • Lead chromate pigments (Chrome Yellow, Molybdate Orange) — banned
  • White lead (lead carbonate) — banned
  • Cadmium pigments — restricted
  • Chromate-based anti-corrosive pigments in architectural coatings

Iron oxide, TiO2, phthalocyanines, carbon black, and ultramarine are compliant with SASO heavy metal limits. Always request heavy metal test reports from your pigment supplier and maintain these records for SABER certification purposes.

Sourcing Pigments in UAE and Saudi Arabia

Raykem supplies iron oxide pigments (red, yellow, black) and titanium dioxide (Rutile and Anatase grades) to paint manufacturers and coating formulators across the UAE and Saudi Arabia. We supply in 25 kg bags and supersack quantities with full technical documentation.

Contact sales@raykeme.com or view our paint and coating raw materials range →

Frequently Asked Questions

Red Iron Oxide (Fe2O3) has CAS number 1309-37-1. Yellow Iron Oxide (FeOOH) is CAS 51274-00-1. Black Iron Oxide (Fe3O4) is CAS 1317-61-9. Orange Iron Oxide is CAS 20344-49-4. All iron oxide pigments are inorganic, non-toxic, and GHS-classified as non-hazardous under normal industrial use conditions, making them widely preferred for construction coatings, concrete colouring, and architectural paints across the GCC.

Rutile TiO2 (the crystalline form dominant in industrial grades) offers superior opacity, better UV durability, and stronger chalking resistance — making it the standard for exterior paints in the GCC. Anatase TiO2 has slightly better whiteness but much lower UV resistance and chalks rapidly outdoors. For UAE and Saudi Arabia exterior applications with intense UV radiation, always specify Rutile grade TiO2. Anatase is only appropriate for interior white paints where cost optimisation is a priority. Rutile TiO2 is available from Raykem in bags and supersacks.

SASO regulations for architectural coatings specify limits on lead, chromium (VI), mercury, and other heavy metal pigments. Traditional lead-based pigments (lead chromate, white lead) are banned. Acceptable inorganic pigments for SASO-compliant coatings include: iron oxide (all colours), titanium dioxide (Rutile and Anatase), ultramarine blue, carbon black, and CICP (Complex Inorganic Colour Pigments). Always request the SGS or SABS test certificate from your pigment supplier confirming compliance with SASO limits for heavy metals.

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