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  • LBAH_PY12.1.1.webp

Benzidine Yellow G (PY12)

Benzidine Yellow G (PY12), Pigment Yellow 12, is a semi-transparent type with excellent lightfastness, low viscosity, easy dispersion, and good storage stability. Some formulations have high fluidity, are non-fluorescent, and vary in transparency and opacity depending on the formulation, classified into red light yellow and green light yellow.
  • Commodity name: Benzidine Yellow G (PY12)

Classification:

Solvent ink

yellow pigment

  • Product Description
  • Product Introduction

    Pigment Yellow 12, Benzidine Yellow G (PY12), semi-transparent type, excellent lightfastness, low viscosity, easy to disperse, good storage stability, some formulations have high fluidity, no fluorescence, different formulations have high transparency and high hiding power, divided into red light yellow and green light yellow.

     

    Product Application

    Product Characteristics

    Fluidity mm 30-35 Oil absorption (ml/100g) ≤ 50 
    Water-soluble matter ≤ 2.0% Particle size μm 10.636-35.074
    Heat resistance 180 degrees pH value 6.5-7.5
    Screen residue 120 mesh 0.1% Wetting angle 62.2-91.8
    105° Volatile matter ≤ 3.0% Oil resistance

     

    Product Application

    (1) Offset ink

    Application of Pigment Yellow 12 in offset ink products

    Pigment Yellow 12 is used in offset ink products, featuring high transparency, high fluidity, easy dispersion, and bright color, similar to Toyo ink.

    (2) Solvent ink

    Application of Pigment Yellow 12 in solvent ink products

    Pigment Yellow 12 is used in solvent ink products, featuring semi-transparency, high coloring strength, and bright color.

    (3) Water-based ink

    Application of Pigment Yellow 12 in water-based ink products

    Pigment Yellow 12 is used in water-based ink products, featuring semi-transparency, high coloring strength, easy dispersion, no fluorescence, high hiding power, and bright color.

    (4) Printing paste

    Application of Pigment Yellow 12 in printing paste products

    Pigment Yellow 12 is used in printing paste products, featuring semi-transparency, high coloring strength, easy dispersion, high hiding power, and bright color.

    (5) Plastic woven bags

    Application of Pigment Yellow 12 in plastic woven bag products

    Pigment Yellow 12 is used in the drawing of plastic woven bags, featuring large volume, high coloring strength, easy dispersion, low filtration value, and bright color.

Key words:

Yuhong Pigment

Thanks to Yuhong customers for their trust and support over the years

Suzhou Coswood Ink Co., Ltd.
Shengweike International Group
Tianlong Holdings Group Co., Ltd.
Sakata Ink Co., Ltd.
Zhejiang Yongzai Chemical Co., Ltd.
Zhejiang New Oriental Ink Group Co., Ltd.
Hong Kong Yip's Chemical Holdings Limited's subsidiary, Bauhinia Ink Company Limited.
Taiwan Qingfeng Enterprise Co., Ltd.

FAQ

In which industries are Yuhong pigment products applied?

The product is widely used in industries such as plastics, rubber, inks, paints and coatings, papermaking, education and culture, printing, and printing paste.

How to test the coloring power of pigments

Pigment coloring strength, also known as actual strength, refers to the ability of a pigment to impart color. High coloring strength pigments can reduce the amount used during application, thereby increasing economic value, which is a significant consideration for users. For example, the coloring strength of Benzidine Yellow is very high, exceeding that of Chrome Yellow by 9 times, while Chrome Yellow is 3-4 times higher than Titanium Yellow. For instance, if the coloring strength of Lightfast Yellow G is set at 100, Lightfast Yellow 10G is only 48. The determination of pigment coloring strength is generally conducted between standard samples of the same variety. The coloring strength of the standard sample is set at 100%, and according to product standards, the test sample should not be lower than 95%. The determination method is similar to color comparison, where colored pigments are diluted with white pigments such as Zinc Barium White or Titanium White, and Zinc Oxide, followed by a comparison of coloring strength with the standard sample. When the coloring strength of the test sample is greater than or less than that of the standard sample, the amount of the standard sample can be adjusted to calculate the coloring strength percentage of the test sample. One method for intermediate control of determining coloring strength is to accurately weigh the test sample and standard sample, manually grind them with white ink containing 75% Zinc Oxide or 60% Rutile Titanium White, and calculate the coloring strength based on the amount of white ink consumed. This method is time-saving and labor-saving, and the results are quite accurate, but it is a non-standard determination method. A newer method for determining the relative coloring strength of pigments and the relative scattering strength of white pigments is to measure the absorption index of the prepared test sample and the standard sample using a spectrophotometer. The ratio of the two is expressed as a percentage, which represents the relative coloring strength. Similarly, after adding black pigment paste to white pigments, the scattering index of the test sample and the standard sample can be measured with instruments, and the ratio is expressed as a percentage, representing the relative scattering strength. The principles and determination methods can refer to the GB/T 13451.2-92 standard.

Shandong Yuhong produces organic pigments: Benzidine Yellow G, Permanent Yellow 2GS, Brilliant Red BK, Gold Red C, Permanent Orange F2G, Permanent Orange Yellow G, Lightfast Red, Lissol Red, and various shades of red, yellow, and orange pigments, which are applied in offset inks, solvent inks, water-based inks, printing pastes, plastics, paints, and other systems.

What are the types of organic pigments?

Classification and development overview of organic pigments, organic pigments have a wide variety of chromatographic types and different classification methods.

(1) Classified by their chromatographic colors: yellow-orange pigments, red (with yellow, green) pigments, purple, brown pigments, and green pigments.

(2) Classified by their application fields: pigments for coatings, pigments for inks, pigments for plastics (rubber), and pigments for cosmetics, which can be divided into four major categories.

(3) Classified by their chemical structure types, they can be divided into three major categories: azo, phthalocyanine, and heterocyclic.

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