Iron oxide yellow pigment is used as a pigment or coloring agent in all kinds of precast concrete and building product materials and is directly transferred into cement for application. Various indoor and outdoor colored concrete surfaces, such as walls, floors, ceilings, pillars, porches, pavements, parking lots, steps, stations, etc.; all kinds of architectural ceramics and glazed ceramics, such as face tiles, floor tiles, roof tiles, panels, terrazzo, mosaic tiles, artificial marble and so on.
| Iron Oxide Yellow | ||||||||||
|
Type |
Fe2O3 |
Oil Absorption |
Res. on |
Water |
Moisture |
PH value |
Density |
Particle Shape |
Compared with std |
Tinting Strength |
| （%） | (g/100g） | （%） | （%） | （%） | （g/cm） | （%） | ||||
| 810 | ≥86 | 25-35 | ≤0.3 | ≤0.3 | ≤1.0 | 3-7 | 0.4-0.6 | Acicular | ≤1 | 95-105 |
| 313 | ≥86 | 25-35 | ≤0.3 | ≤0.3 | ≤1.0 | 3-7 | 0.4-0.6 | Acicular | ≤1 | 95-105 |
| 920 | ≥85 | 25-35 | ≤0.3 | ≤0.3 | ≤1.0 | 3-7 | 0.4-0.6 | Acicular | ≤1 | 95-105 |
Yellow Oxide Powder is also known as Iron Oxide Yellow Powder, Yellow Iron Oxide Powder, Iron Oxide Yellow Pigment, Iron Yellow Oxide and Yellow Oxide Pigment. It is marked as Pigment Yellow 42 in pigment industry standard. The mainstream specifications contain Iron Oxide Yellow 313, Iron Oxide Yellow 920 and Iron Oxide Yellow E172. This inorganic iron oxide pigment owns stable particle structure and uniform particle size distribution with standard yellow hue. Without harmful additives, the material presents stable physical and chemical properties. It can be mixed with water-based and oil-based media, and matches conventional industrial coloring and filling processing technology for various industrial products.
Complete product specifications including 313, 920, E172 to adapt to different fineness and coloring requirements.
Unified batch production parameters with minor color difference fluctuation, suitable for large-scale continuous production.
Wide medium compatibility, which can be fused with resin, cement, rubber, solvent and other substrates.
Simple surface activation treatment without complex pretreatment for dispersion and deployment.
Мы используем высококачественные упаковочные материалы и профессиональное оборудование для упаковки, паллетирования и обертывания пленкой.
101
120
180
313
330
610
960
835
101
120
180
313
330
610
960
835
110
130
190
810
318
686
2040
5605
110
130
190
810
318
686
2040
5605
May,25,2026
May,18,2026
May,11,2026
May,05,2026
Apr,30,2026
Химический профиль пигмента красного 101
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Apr,23,2026
Iron Oxide Yellow 313 is chemically characterized as Goethite (FeOOH). In plastic extrusion processes, the primary challenge is the dehydration of the pigment, where the chemically bound water in the hydroxide structure is released, causing a color shift toward red. The 313 grade is specifically engineered with a robust crystalline lattice that raises the threshold for this dehydration reaction. Deqing Demi Pigment Technology Co., Ltd. utilizes advanced calcination and surface treatment technologies to stabilize the needle-like particle morphology of our iron oxide yellow. This structural integrity allows the pigment to maintain its vibrant yellow hue even when subjected to the high temperatures and shear forces typical of thermoplastic processing.
| Technical Property | Standard Iron Oxide Yellow | Iron Oxide Yellow 313 (Heat Stable) |
| Chemical Structure | FeOOH (Standard) | FeOOH (Stabilized Lattice) |
| Heat Resistance Threshold | Approximately 180°C - 200°C | Up to 240°C - 260°C |
| Particle Shape | Acicular | Reinforced Acicular |
| Oil Absorption (g/100g) | 30 - 45 | 25 - 35 |
| Color Change (Delta E) | Significant shift above 200°C | Stable under 240°C |
As a leading developer of inorganic pigments, Deqing Demi Pigment Technology Co., Ltd. offers Iron Oxide Yellow 313 in three specialized series: standard, micronized, and low heavy metal content. Our micronized series is particularly effective for plastics, ensuring rapid dispersion and a smooth surface finish. Beyond technical excellence, Demei faithfully fulfills its social responsibilities by maintaining eco-friendly production cycles and strictly monitoring safe production environments to protect both the health of employees and the local ecosystem.
The 313 grade is preferred due to its enhanced thermal ceiling. Deqing Demi Pigment Technology Co., Ltd. produces high-performance composite iron oxide pigments that do not degrade during the double-heat cycle of masterbatch creation and subsequent final product extrusion. This stability ensures color consistency across large-scale manufacturing runs.
Deqing Demi Pigment Technology Co., Ltd. prioritizes protecting the ecological environment through closed-loop water systems and emission controls. Our low heavy metal content series is specifically designed for international markets with strict safety regulations, ensuring that our iron oxide yellow products are as sustainable as they are high-performing.
Yes. The micronized series from Deqing Demi Pigment Technology Co., Ltd. undergoes a high-energy milling process that reduces particle clusters. This allows for faster wetting and dispersion in the polymer melt, which reduces energy consumption and mechanical wear on extrusion equipment, supporting mutual success for our global furniture and industrial partners.
Iron oxide yellow pigments are chemically defined as ferric oxide hydroxide (FeOOH). The primary technical difference between standard grades and the 313 grade lies in the crystal growth control during the precipitation process. Standard iron oxide yellow typically features a broader particle size distribution, whereas the 313 grade is engineered for high tinting strength through a more uniform, needle-like (acicular) crystal structure. Deqing Demi Pigment Technology Co., Ltd. utilizes specialized research and development to optimize these particle shapes, ensuring that our 313 series provides more vibrant yellow undertones and superior opacity in architectural coatings. This refined morphology allows for better light scattering, resulting in a significantly higher color yield compared to conventional yellow pigments.
| Technical Property | Standard Iron Oxide Yellow | Iron Oxide Yellow 313 |
| Chemical Formula | FeOOH | FeOOH |
| Fe2O3 Content (%) | 86% or greater | 86% - 88% |
| Tinting Strength (%) | 95% - 105% (Standard) | 115% - 125% (High-Tinting) |
| Particle Shape | Irregular Acicular | Uniform Needle-like |
| Sieve Residue (45μm) | 0.5% or less | 0.3% or less |
Deqing Demi Pigment Technology Co., Ltd. focuses on producing high-performance composite iron oxide pigments across three major series: standard, micronized, and low heavy metal content. Our 60,000-square-meter infrastructure allows for the large-scale production of high-stability yellow pigments that meet rigorous international standards. Beyond technical excellence, Demei faithfully fulfills its social responsibilities by protecting the ecological environment and strengthening safe production, ensuring that our high-tinting 313 grade is produced with the health of employees and the planet in mind.
The 313 grade from Deqing Demi Pigment Technology Co., Ltd. offers a higher concentration of color and better dispersion properties. This enables manufacturers to produce premium coatings with high hiding power while maintaining cost efficiency. Our focus on research and development ensures that this high-stability pigment provides a consistent yellowish hue that resists fading even under harsh environmental conditions.
Yes. Deqing Demi Pigment Technology Co., Ltd. offers a specific series of pigments with low heavy metal content levels to comply with global environmental and safety regulations. We are committed to protecting the ecological environment and fulfilling our social responsibilities, ensuring that our production processes remain sustainable and safe for all stakeholders.
Absolutely. The micronized series produced by Deqing Demi Pigment Technology Co., Ltd. undergoes a specialized grinding process to reduce particle agglomeration. This leads to shorter dispersion times and lower energy consumption during the paint mixing phase, which is a significant advantage for large-scale manufacturers looking for both performance and operational efficiency.
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