Compliance and Safety
- Proposals for lead-free alternatives
- Documentation aligned with major regulations (SDS and compliance tables)
Color & Display
Automotive
Color
House Equipment / Infrastructure
Functional Materials
We offer high-performance pigments optimized for automotive, industrial, and decorative coating applications.
Coating pigments provide not only color and design effects, but also functional performance such as weatherability, chemical resistance, hiding power, and heat resistance. Depending on a wide range of applications and substrates—automotive exteriors, architecture and building materials, industrial machinery, infrastructure and heavy-duty corrosion protection, woodworking and furniture, home appliances and housings—we design optimized solutions by combining organic and inorganic pigments with effect pigments such as pearlescent and metallic types. We also offer environmentally conscious products, including heat-shielding (near-infrared control), lead-free options, and traceability for natural mica.
As cost-effective alternatives designed with the environment in mind, lead-free pigments can deliver superior performance and value compared with lead-based coatings.
A safe, natural material that brings beautiful sparkle to coatings. Because it is 100% ethically sourced, it can be used with confidence.
Improves comfort while reducing thermal load, CO2 emissions, and energy costs. Coatings using Spectrasense and Sicopal can suppress rapid temperature rise of the coating film even in relatively dark shades.
Consumers are increasingly interested in how ingredients for cosmetics and personal care products are sourced, how transparent supply chains are, and how seriously companies approach sustainability. Around 60% of the world’s mica used in pearlescent pigments is said to come from India, and child labor in the supply chain has been widely reported as a serious social issue. Sun Chemical’s mica is mined 100% from our own U.S. mines, and we ensure environmentally responsible mine operations, ethical labor practices, and full traceability of raw materials.
100% made in the USA / sourced from our own U.S. mine
100% ethical operations with full traceability
Environmental stewardship and sustainable operations
• Mica is sourced from Sun Chemical’s own mine in Hartwell, Georgia, with the entire process fully controlled from mining through shipment.High-quality pearlescent pigments are produced using raw materials with a high level of transparency.
Reference: “the Truth about Mica”
By combining organic, inorganic, and effect pigments with excellent weatherability and high chroma, we deliver vivid color and a premium finish. Add heat-shielding and NIR-control functionality to bold designs.
Highly weather- and heat-resistant pigments help maintain color even in harsh environments. By supporting alternatives to lead chromate, we help reduce environmental impact and enable more sustainable coating design.
We provide a broad range of color solutions with organic, inorganic, and hybrid pigments optimized for architectural applications. Alternatives to lead chromate and heat-shielding systems help reduce environmental impact. We also offer processed pigments for waterborne coatings, designed for ease of use without a dispersion step.
Discover the latest color trends for automotive, two-wheeler, and architectural/industrial coating applications.
Trend.1
In this two-wheeler color trend feature, we show real examples of how new pigments enable fresh expressive possibilities—and how far they can elevate the sculptural beauty of motorcycles. Explore an innovative world of colors you’ll want to bring into two-wheeler design.
Trend.2
Color design begins with inspiration, emerging trends, or a clearly defined design concept. In this series, we turn moments of inspiration into reality and introduce coating formulations using our innovative pigments and effects—featuring the latest color trends, innovations, and sustainable solutions.
Trend.3
Using three perspectives—“Nature,” “Technology,” and “Virtual Freedom”—we explain the latest global trends in automotive coatings. We also propose new design possibilities enabled by pigment innovation, along with effect colors you can explore digitally.
| Product / Brand | Details | Color Space | Color Index | Product Group | Delivery Form | Transparency | Effect | Performance | Appearance | Requirements | Sustainability |
|---|
Select Brand: DISPERSE, or open it from the list via “Details”.
| Series | Product code | C.I. No | Features |
|---|---|---|---|
| SD Series | DISPERSE BLACK SD-9020 | P.Bk. 7 | Surfactant dispersion – Carbon black |
| ES Series | DISPERSE RED ES-1059 | γ-P.V. 19 (Y type) | Surfactant dispersion (low-VOC type) – Quinacridone red |
| ES Series | DISPERSE BROWN ES-8004 | P.R. 101(Opaque) | Surfactant dispersion (low-VOC type) – Red iron oxide |
| ES Series | DISPERSE OCHER ES-4007 | P.Y. 42(Opaque) | Surfactant dispersion (low-VOC type) – Ocher |
| ES Series | DISPERSE YELLOW ES-4062 | P.Y. 154 | Surfactant dispersion (low-VOC type) – Benzimidazolone |
| ES Series | DISPERSE BLUE ES-6105 | P.B. 15:3 | Surfactant dispersion (low-VOC type) – Phthalocyanine blue (β) |
| ES Series | DISPERSE BLACK ES-9001 | P.Bk. 7 | Surfactant dispersion (low-VOC type) – Carbon black |
| HG Series | DISPERSE GREEN HG-501 | P.G. 7 | Acrylic resin dispersion – Phthalocyanine green |
| HG Series | DISPERSE BLACK HG-911 | P.Bk. 7 | Acrylic resin dispersion – Carbon black |
| HG Series | DISPERSE RED HG-150 | γ-P.V. 19 (Y type) | Acrylic resin dispersion – Quinacridone red |
| HG Series | DISPERSE YELLOW HG-420 | P.Y. 42(Opaque) | Acrylic resin dispersion – Ocher |
| HG Series | DISPERSE YELLOW HG-464 | P.Y. 154 | Acrylic resin dispersion – Benzimidazolone |
| HG Series | DISPERSE WHITE HG-730 | P.W. 6 | Acrylic resin dispersion – Titanium dioxide |
*All product names listed on this page are trademarks of the DIC Group.
Common inquiries about coating pigments.
Coating pigments are fine particulate colorants that provide color and hiding power to coatings. They include organic pigments, inorganic pigments, and effect pigments. In general, organic and inorganic pigments are used after a dispersion step to achieve uniform color development, and pigments are selected according to the application requirements, including weatherability and coating system design.
Organic pigments are often selected for applications that prioritize vivid color and transparency, while inorganic pigments are used where weatherability, heat resistance, and hiding power are required. In practice, they are frequently combined—depending on the application and coating design—to balance color expression, durability, and appearance.
To improve weatherability, it is important to select pigments with excellent lightfastness—such as inorganic pigments and high-performance organic pigments—and to suppress degradation caused by UV and heat. In addition to pigment selection, choosing weather-resistant resin systems and using light stabilizers and/or UV absorbers can further reduce ΔE color change.
Please contact us via the contact form. PCF (Product Carbon Footprint) information is available in real time through the Pigment Finder.
Please contact us via the contact form.
Please contact us via the contact form.
Please contact us via the contact form.
A quick guide to the abbreviations and terms frequently used on this page.