Soliddrops Pigments — Organic & Inorganic Pigments

SolidDrops supports the selection of organic pigment families for aqueous, solvent and UV systems. Candidate grades should be compared using the supplier TDS, SDS and COA for tint strength, color difference, fineness, moisture, migration and lightfastness where relevant. Availability and lead time are confirmed for each written inquiry, and every candidate must be validated in the buyer's own formulation.

Our Organic Yellow range covers workhorse PY74/PY83 for decorative paints and inks, durable PY151/PY154 for exterior coatings, and PY138/PY180 where heat and lightfastness are critical. We balance shade, transparency, and rheology so you can hit L*a*b* targets quickly. Example: a coil coater in Dammam replaced a chrome yellow with PY154 + iron oxide to meet policy targets while maintaining opacity after 230 °C bakes. Expect reliable dispersion in grind stages and excellent tint strength in both waterborne and solventborne systems. For plastics, choose heat-stable grades rated for PP/PE at typical processing temperatures. Request migration-controlled options for packaging inks and regulatory support.

Organic Orange pigments deliver warm, high-chroma color without lead chromate. PO62/PO64 (benzimidazolone), PO36 (perinone) and PO43 candidates can be reviewed for coatings, plastics, inks and decorative systems. Selection depends on shade, binder, dispersion method and end-use exposure. Always validate heat stability, migration, lightfastness and cure compatibility for powder and coil-coating conditions using grade-specific technical data.

From economical PR112/PR170 to premium DPP reds (PR254/PR264) and quinacridone PR122, our Organic Red portfolio spans clean magenta to deep blue-shade reds. Choose PR254 for automotive durability, PR170 for decorative paints and inks, and PR122 when you need high chroma and excellent bleed resistance. Grade selection should be based on binder compatibility, target shade, bleed resistance, weathering and migration requirements. Surface-treated and migration-restricted candidates may be reviewed, but final approval must follow the supplier documentation, local requirements and formulation testing.

Our Organic Blues center on phthalocyanine PB15:1/15:3/15:4 for universal systems and PB60 (indanthrone) where jetness and durability are paramount. Expect excellent tinting strength, solvent resistance, and lightfastness. Practical tip: for greener blues in architectural paints, blend PB15:3 with PG7; for redder automotive shades, PB15:4 pairs well with PR254. We offer narrow particle size distributions for gloss, and alkali-stable surface treatments for waterborne clarity. Heat-stable selections support PP/PE masterbatches.

Phthalo Greens PG7/PG36 deliver bright, clean greens with superb solvent and lightfastness. PG7 gives a bluish green ideal for corporate branding; PG36 offers a yellower shade and better acid resistance. In protective and coil coatings, pairing PG7 with iron oxide boosts opacity without sacrificing chroma. For waterborne systems, choose our treated grades for improved gloss and low viscosity at equal PVC. For plastics, our heat-resistant grades maintain shade in PP injection and film extrusion. In inks, PG7 disperses quickly and supports high press speeds.

Our Organic Violets include PV23 (carbazole dioxazine) for deep violet masstones and PV19 (quinacridone) for red-violet shades with outstanding lightfastness. PV23 is a favorite for shading and jetness enhancement in blacks; tiny additions reduce metamerism in automotive and industrial color matches. PV19 excels in high-chroma reds for premium coatings and inks. Surface-modified and UV-ink options can be reviewed against the required TDS and formulation.

Inorganic pigments from Soliddrops prioritize opacity, heat stability, and weatherfastness. Our iron oxides deliver consistent mass tone and tint strength for concrete, wood stains, and protective coatings. Anti-corrosive pigments (e.g., zinc phosphate, modified phosphates) help delay underfilm corrosion in primers. We also serve markets that still permit chromates; we actively recommend lead-free routes where feasible and support transitions with matched color solutions. Expect controlled particle size for gloss/opacity, low soluble salts for waterborne systems, and reliable batch-to-batch ΔE control. Availability and lead time are confirmed in the written quotation. Always confirm regulatory compliance for your end use and geography.

Standard chromes (traditional lead chromate yellows and molybdate oranges) remain in use in certain jurisdictions and industrial legacy specifications for opacity and outdoor durability. Soliddrops supplies these only where permitted and with strict guidance. We actively help customers replace chromes using organic yellows/oranges plus iron oxides to meet shade and hiding while improving HSE profiles. If you operate under standards that still specify chromes, we can supply consistent, tightly controlled batches with documentation. Important: availability depends on local regulations and your application; we encourage validated, lead-free alternatives first.

Performance chromes combine chromate pigments with optimized particle control and coatings for improved weathering and bleed resistance. Where regulations allow, they address tough conditions in signage and industrial maintenance. Most Soliddrops customers now pursue lead-free solutions; we provide color-matched alternatives based on PY154/PO62 blends, often with iron oxide or CICP assistance, to emulate opacity and durability. If your spec mandates chromates, we ensure clear documentation and batch consistency, and we can help design a roadmap to transition away over time.

Soliddrops offers anti-corrosive pigments including zinc phosphate, modified polyphosphates, and borosilicate systems for epoxy, alkyd, and PU primers. They help control underfilm corrosion, especially over steel in marine/industrial atmospheres. Zinc phosphate, modified polyphosphates and borosilicate candidates can be compared for epoxy, alkyd and PU primers. Final selection must follow the coating specification, surface preparation, film build, compatibility testing and applicable standards such as ISO 12944. Non-chromate candidates can be reviewed against the written project specification.

Our iron oxides (red, yellow, black, and browns) provide reliable color, opacity, and UV stability in coatings, plastics, and concrete. With consistent particle size and low soluble salts, they disperse cleanly in waterborne and solvent systems. In construction, customers rely on our oxides for integral concrete coloring that resists alkali and weather. In coatings, iron oxides combine with organics to lift opacity and control cost without dulling chroma. Heat-stable blacks suit powder coatings and engineering plastics. We can pre-blend custom browns to your L*a*b* target to cut batching time on site.

For coatings & paints, we match pigment chemistry to resin, PVC, film build, and curing profile. Waterborne wall paints benefit from clean organics (PY74, PR170, PB15:3, PG7) plus iron oxides for opacity. For high-solids alkyds and 2K PU, upgrade to quinacridone, DPP, perylene, indanthrone where exterior durability and chemical resistance matter. Our advice is practical: start with target L*a*b*, hiding requirement, and exposure class; we propose pigments and dispersions that reach color fast with low mill time. We also review anti-corrosives for primers and shading strategies to raise jetness.

Automotive systems need weatherable, solvent/chemical-resistant pigments. We recommend PR254/PR264 (DPP), PR122 (quinacridone), PB60 (indanthrone), PB15:4, PG7, and select iron oxides. These maintain color in basecoat/clear and 2K PU topcoats under UV and detergent exposure. Example: a fleet program achieved tighter ΔE by switching to PB15:4 + PR254 and optimizing grind to <10 µm Hegman. We support aluminum/pearl effects by shade-matching solid tones for repair kits. Low-VOC dispersions on request.

Industrial coatings face abrasion, chemicals, and UV. We combine high-chroma organics for branding with iron oxides for hiding and cost control. Anti-corrosive packages featuring zinc phosphate suit epoxies/PU systems over steel. For equipment yellow/orange, go PY154/PO62; for safety red, PR170; for durable blues/greens, PB15:3/PG7. Case note: switching a machinery maker from chrome yellow to PY154 + Fe-Yellow preserved RAL shade with improved health profile.

Powder coatings demand heat-stable pigments. Use iron oxides, PB15:3/15:4, PG7, and selected PY83/PY154/PO62/PR254 verified for your cure window (160–200+ °C). Request grade-specific test data for tint retention and blooming before specification. For architectural powders, choose exterior-capable combinations and confirm weathering targets. Our team can recommend pigment loading and milling approaches to reduce orange peel and boost gloss.

For solvent-based decorative paints, we prioritize clean shades, wet-edge stability, and scrub resistance. PY74/PR170/PB15:3/PG7 deliver broad color space; iron oxides provide earthy tones and opacity. Our treated organics disperse fast and resist flocculation so you can hit color cards consistently. Low-odour formulations benefit from efficient wetting, enabling lower solvent demand at equal ΔE.

Water-based decorative systems need alkali-stable pigments with low water sensitivity. Our surface-treated organics and low-salt iron oxides maintain gloss and viscosity, supporting low-VOC goals. We help you pass scrub and wet-adhesion while achieving bright pastels using PB15:3 + PY74 let-down. Real-world: a Riyadh plant reduced color correction time 25% after switching to narrower-spec PY and PB grades.

Coil coating involves high-temperature bakes and forming. Pick heat-resistant organics (PY154, PO62, PR254, PB15:3) with iron oxides for hiding. Validate shade after 230–250 °C stoving and T-bend tests. Our grades are screened for soluble salts to protect adhesion. We can propose lead-free matches to legacy chromes and assist with gloss retention targets.

Protective coatings rely on barrier design and anti-corrosive pigments. We suggest zinc phosphate/modified phosphates for primers, plus iron oxides for opacity and UV stability. Shade with PG7/PB15 for corporate colors and add small PV23 to push jetness. We share realistic salt-spray expectations and film builds to align with ISO 12944 categories.

Marine systems see salt, humidity, and abrasion. Use anti-corrosive priming and durable inorganic/organic topcoats. We recommend iron oxides, PB15:3, PG7, and PR170/PR254 with proven exterior performance. Case: a harbor project achieved stable deck color by shifting to PB60 + Fe-Black to lower metamerism. We do not supply biocides; focus is on color and barrier pigments.

For plastics, heat stability, migration resistance, and dispersion are critical. Our portfolio includes heat-stable organics (PB15:3/PG7/PY83/PY154/PO62/PR254) and iron oxides. We advise on carrier choice for masterbatches (PE, PP, PS, PET) and screw design/temperature to protect chroma. Real example: a film maker eliminated streaking by moving to a tighter-cut PG7 and adjusting let-down ratio.

General masterbatches need consistent pigment loading and fast dispersion. We supply dust-reduced powders and predispersed chips for PE/PP with validated heat-stable pigments. Balanced rheology supports high output on single-screw extruders. We can pre-match corporate colors to reduce scrap during start-up.

Fibre masterbatches (PP/PET) require narrow particle sizes and migration resistance to avoid spinneret build-up and hue drift. Select PR122, PR254, PB15:3, PG7, iron oxides with proven heat stability. We target ΔE consistency batch-to-batch so you can hold shade across denier ranges. Application note: use optimized carriers and filtration to minimize breaks.

Ink pigments must balance color strength, viscosity, and rub/solvent resistance. Organic pigment families (PY, PO, PR, PB, PG and PV) and inorganic iron oxides can be reviewed for specialty browns and blacks. Choose treated grades for water-based flexo and bleed-resistant options for solvent systems. We help dial in overprint behavior and transparency for process sets (CMYK) and spot colors. Request options suitable for indirect food packaging per your converter’s specs; always confirm compliance.

For water-based packaging inks, select alkali-stable, low-salt pigments with fast wet-out. PY74, PR170, PB15:3, PG7 are workhorses; PR122 supports magenta in CMYK. We focus on gloss and resolubility to handle high press speeds with minimal foam. We can propose pigment blends for corrugated and paper substrates, and migration-controlled selections where needed. Validate to your brand and regulatory standards.

Solvent-based packaging inks require bleed resistance, solvent stability, and strong chroma. Use PO62/PR170/PR254/PB15:3/PG7 with controlled particle size for fine anilox and gravure cells. Our grades allow quick color builds and sharp halftones, helping reduce solvent load per job. We provide guidance on nitrocellulose/PU systems and lamination resistance.

Offset inks prioritize set speed, rub resistance, and litho stability. We carry lithol reds (PR57:1) for economy work (check bleed), and higher-end PR122/PR170/PB15:3/PG7 for demanding jobs. Our pigments are filtered and treated for gloss and dot fidelity. Ask for low-VOC vehicles and quick-set compatibility.

Lamination inks need pigments that withstand adhesive contact and retort (when required). We recommend PR254/PO62/PY154/PB15:3/PG7 with proven solvent/adhesive resistance. We help optimize transparency for eye-catching films while controlling bleed into adhesives. Always validate with your laminating adhesive and curing profile.

Beyond standard sets, Soliddrops supports UV/EB inks, digital primer colors, and specialty blends for branding. We also create custom dispersions for niche binders. Tell us your press, anilox/gravure specs, and end-use tests; we’ll shortlist pigments that reach ΔE<1.0 quickly with predictable viscosity.

Rubber compounds need non-staining, migration-resistant pigments. Use iron oxides for reliable earthy shades and select organics (PB15:3, PG7, PR170) validated for your cure system. Our fine-cut oxides deliver uniform color without affecting cure kinetics. We advise on phr loading and mixing order to minimize scorch and improve dispersion in NR/SBR/EPDM.

For textile pigment printing, choose alkali-stable organics with high tint strength and soft hand after binder cure. Our PR122, PB15:3, PG7, PY74 help you hit bright shades on cotton blends, while iron oxides cover earthy palettes. Control particle size and emulsifiers for screen/rotary compatibility. We advise on curing profiles for fastness.

Concrete demands light- and alkali-resistant pigments. Our iron oxides are the proven choice for integral coloring of precast, pavers, and mortars. They disperse uniformly in mixers and resist efflorescence. For bright accents, combine with white cement and optimized water/cement ratios. We pre-blend browns to your target L*a*b* to save batching time on site.

Wood coatings emphasize clarity, warmth, and UV stability. We pair transparent iron oxides and selected organics to achieve bright stains and durable exterior topcoats. For waterborne stains, use surface-treated organics to maintain flow and leveling; for solvent/UV, we’ll advise on dispersion steps to prevent seediness. Real tip: small PV23 additions deepen black/ebony shades without blue flop.

Tell us your binder, cure profile, target shade (RAL/Pantone/L*a*b*), and end-use tests. We’ll shortlist pigments and confirm sample availability and dispatch timing.

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• Phone/WhatsApp: +966 50 213 1112

SD-PB15-3 (Phthalo Blue PB15:3) is a greenish‑blue organic pigment valued for exceptionally high tinting strength, clean masstone, and outstanding lightfastness in most binder systems. In architectural paints, it builds bright blues and deep teals; in automotive/industrial coatings, it offers durable chroma with minimal flocculation when paired with suitable dispersants. For inks, PB15:3 delivers sharp process cyan density with fast wet‑out. Heat‑stable selections support PP/PE masterbatches; verify grade for your melt temperature. Practical tip: blend PB15:3 with PG7 for deep corporate greens or with PR254 to tune sporty blues for 2K PU. Supplied as a fine, low‑salt powder screened for consistent ΔE. Request the TDS/SDS for recommended milling energy and let‑down viscosity targets.

SD-PR122 (Quinacridone Magenta) is a premium organic pigment used wherever high‑chroma magenta and superior fastness are required. It’s the go‑to for automotive basecoat/clear systems, UV‑curable inks, and demanding decorative palettes. Expect excellent bleed resistance, clean tints, and stable gloss when dispersed to a narrow particle size. In packaging inks, PR122 supports process magenta with vivid overprints and reliable trapping. Plastics processors value the shade purity in PET and durable PP applications; confirm heat stability for your cycle. For metamerism control in deep blues, small PR122 additions fine‑tune undertone without haze. Batch‑to‑batch ΔE control and tight moisture/fineness specs help reduce color corrections on press and in the mill. TDS/SDS available on request.

SD-PR254 (DPP Red) delivers brilliant, orange‑shade red with exceptional outdoor durability and chemical resistance, making it a staple for automotive and high‑end industrial coatings. It maintains saturation under UV exposure and in harsh cleaning regimes when properly formulated. In inks, PR254 produces vivid brand reds with strong overprint behavior; in plastics, it withstands typical PP/PE processing temperatures with minimal hue drift. For chrome replacement programs, PR254 combines well with PY154 and iron oxides to achieve hiding and target RAL shades. Dispersion guidance: aim for high grind fineness to preserve gloss; consider wax/flow control in 2K PU systems. All lots are screened for tinting strength, ΔE consistency, and volatile content. Request regulatory statements as needed.

SD-PY154 (Benzimidazolone Yellow) is a bright, greenish‑yellow with strong hiding potential and excellent weathering—an industry‑standard choice for exterior coatings and lead‑free replacements. In coil and industrial topcoats, PY154 keeps chroma after high‑temperature bakes; in decorative paints, it builds vibrant pastels with PB15:3. Printers use PY154 for clean process yellow and stable halftones at high line speeds. Heat‑stable variants serve PP/PE masterbatch and select engineering plastics; always confirm grade selection against melt conditions. For opacity‑critical jobs, blend PY154 with iron oxide yellow/red to maintain chroma while hitting coverage and cost targets. Request the selected grade's COA values for fineness, moisture, color difference and migration where relevant. TDS/SDS and grind recommendations available.

SD-PO62 (Benzimidazolone Orange) provides warm, high‑chroma orange shades with robust solvent and lightfastness profiles. It’s widely used to replace molybdate orange in industrial and signage coatings while meeting modern HSE expectations. Expect clean tints, stable masstones, and good flocculation resistance with appropriate dispersants. In packaging inks, PO62 delivers saturated spot oranges and resilient lamination performance; in plastics, select the heat‑stable grade for PP/ABS. Formulation tip: combine PO62 with PR254 for rich warm reds, or with PY154 to target corporate oranges without lead chromate. We control lot‑to‑lot ΔE and particle size to maintain gloss and reduce mill time. TDS/SDS supplied upon request, including guidance for NC/PU/UV systems.

SD-PG7 (Phthalo Green) is a clean, bluish‑green organic pigment known for excellent solvent resistance and lightfastness in demanding exterior applications. It forms the backbone of corporate greens in automotive and industrial coatings, and it prints clean halftones in packaging inks. For waterborne decorative paints, treated PG7 grades provide clarity and low viscosity at target PVC. In plastics, PG7 supports deep greens in PP/PE with good heat stability—validate grade versus residence time. Blending notes: PB15:3 + PG7 yields deep teal/green ranges; tiny PV23 additions can adjust jetness. Request the selected grade's COA values for tint strength, color difference and soluble salts. TDS/SDS available.

SD-PV23 (Dioxazine Violet) gives very strong, deep violet masstone and extremely clean blue‑violet tints. It is often used in low dosages to improve jetness and control metamerism in dark shades across automotive and industrial coatings. In inks, PV23 is a staple for vivid violets and shading; in plastics, check grade selection for heat stability and potential blooming at high loadings. For waterborne systems, treated PV23 grades mitigate flocculation and preserve gloss. Practical tip: micro‑additions of PV23 in black or navy formulas can reduce green/yellow flop and stabilize shade under diverse lighting. Review the selected grade's COA values for fineness and color difference before approval. TDS/SDS available.

SD-Fe-R130 (Iron Oxide Red) is a high‑opacity inorganic red for protective coatings, primers, and construction materials. It offers excellent UV stability, alkali resistance, and uniform dispersion behavior in both solvent‑ and water‑based systems. In concrete and mortars, R130 provides consistent color without efflorescence; in coatings, it combines with organics to raise opacity and reduce cost while maintaining brand shade. Typical uses include machinery, structural steel, and architectural elements. Particle size and soluble salts are tightly controlled to support gloss and adhesion. Available ex‑stock in Saudi Arabia with documentation upon request. For target browns, R130 blends easily with Y42 and B330 to meet L*a*b* quickly at the mill.

SD-Fe-Y42 (Iron Oxide Yellow) delivers warm yellow to ochre shades with outstanding light and alkali resistance—ideal for decorative paints, primers, and concrete. It disperses smoothly in aqueous systems due to low soluble salts and controlled particle size. In construction, Y42 colors pavers, tiles, and precast parts with long‑term stability; in coatings, it partners with PY154 to balance chroma and hiding for lead‑free yellows. Plastics processors value its opacity and UV robustness; confirm loading for your carrier system. We keep ΔE tight across lots to minimize on‑site corrections. TDS/SDS, recommended grind settings, and mixing guidance provided upon request.

SD-Fe-B330 (Iron Oxide Black) is a deep, neutral black with strong hiding, high UV stability, and temperature resilience. It is widely used in protective and architectural coatings, concrete, and roofing tiles. In color design, B330 provides base opacity while allowing fine tuning with organics (PB15/PG7/PV23) to achieve cool blacks or dark navies. Low soluble salt levels help maintain adhesion in waterborne systems. For powder coatings and plastics, select the heat‑stable grade and verify against your cure window. Request the selected grade's COA values for color difference and fineness before approval. Request guidance on jetness optimization and anti‑settling strategies.

SD-ZP20 (Zinc Phosphate) is a versatile anti‑corrosive pigment for primers based on epoxy, alkyd, and PU systems. It assists in forming passive layers on steel substrates, delaying underfilm corrosion in aggressive environments. Use with proper surface preparation and film builds aligned to ISO 12944 for best performance. ZP20’s controlled solubility and low impurities support gloss and adhesion in topcoats. It can replace legacy chromates in many maintenance systems with balanced barrier design and fillers. Always validate with your specific binder and cure schedule. We provide particle size, moisture, and heavy‑metal screening with each lot. TDS/SDS and salt‑spray guidance available.

SD-AC-NS (Non‑Chromate Anti‑Corrosive) is a next‑generation pigment system designed to enhance corrosion protection without the use of hexavalent chromates. Suitable for epoxy and PU primers, it works synergistically with barrier fillers and zinc phosphate in multi‑layer systems. Typical use cases include infrastructure, marine topsides, and industrial maintenance over prepared steel. The pigment’s optimized solubility profile supports adhesion and reduces blistering risk in waterborne platforms. For best results, design film builds and recoat windows to your target ISO 12944 category. Every batch is monitored for impurity profile and consistency, helping applicators achieve reproducible salt‑spray hours. TDS/SDS available on request.

Trust, Testing & Compliance

• Batch-to-batch ΔE control & lot traceability
• TDS/SDS available on request
• Guidance aligned to ISO 787, ISO 12944, ISO 2813/2409/4892
• Lead chromate supply only where permitted; lead-free alternatives recommended
• Service areas: Jeddah, Riyadh, Dammam, Jubail, across Saudi Arabia

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