Pigments in Vapi (पिगमेंट्स, वापी)

Titanium Dioxide Rutile 2195 (DAWN)

VO-ZC (Zinc Potassium Chromate) manufacturers the complete range of anti-corrosive and corrosion inhibitor pigments for coating industry. The standard products being the zinc chromates and zinc phosphates.

Fluorescent pigments are transparent organic resin particles containing dyes which are capable of fluorescing while in solid state solution. Principal Of colours:When light falls on any colored object, it absorbs and reflects light, the reflected light when reaches eye, The perception of color is observed. I.e. The reflected light is responsible for appearance of color. Features: FLUORESCENT COLOR DIFFER BY ORDINARY COLOR Fluorescent colors use a large amount of both the visible spectrum and the lower wavelength compared to conventional colors .They not only absorb and convert light energy of the dominant wavelength ,but also the wavelength of ultraviolet rays and other colors lower in the visible spectrum, as a result your eyes perceives a far more intense color. FLUORESCENT COLOURS: Fluorescent colors are generally more fugitive than similar hue conventional colors, the relative degree of light. Stability would depend on formulations, film deposits, wall thickness, additives etc, as well as the areas of the Intended use. Applications: InksPlasticCoatingGraphic artsPaper coatingTextile printingsPlastic coatingsProducts related to publicity, safety fashion Available Colors: ULTRA-GLO FHX YELLOW ULTRA-GLO FHX PINK ULTRA-GLO FHX RED ULTRA-GLO FHX ORANGE ULTRA-GLO FHX MAGENTA ULTRA-GLO FHX BLUE ULTRA-GLO FHX VIOLET ULTRA-GLO FHX GREEN Typical Physical Properties: Product From: Aqueous Fluorescent Pigment DispersionSpecific Gravity: 1.0-1.1Particle Size: 0.8 Microns Percentage Solid content: 46-50% pH: 7.5-9.0 Brookfield Viscosity: 50-300 cps@ 25 C, (RVT#1/20 RPM)

We offer a large assortment of Organic Pigment for Offset Ink, which are available in the form of powder. These products are easily available in the national as well as international market. We offer these products in various colors and grades as per the client s demand. Our products are fabricated using supreme quality raw materials using different machines. We offer these products as per the international quality norms. Sr. No. Product CI NO CI NAME 1 Pigment Yellow 100 21090 Pigment Yellow 12 2 Pigment Yellow 102 21090 Pigment Yellow 12 3 Pigment Yellow 105 21090 Pigment Yellow 12 4 Pigment Yellow 130 21100 Pigment Yellow 13 5 Pigment Yellow 214 21095 Pigment Yellow 14 6 Pigment Yellow 117 21105 Pigment Yellow 17 7 Pigment Orange 190 21110 Pigment Orange 13 8 Pigment Red 364 15865:01:00 Pigment Red 48:1 9 Pigment Red 501 15585:01:00 Pigment Red 53:1 10 Pigment Red 502 15585:01:00 Pigment Red 53:1 11 Pigment Red 301 15850:01:00 Pigment Red 57:1 12 Pigment Red 325 15880:01:00 Pigment Red 57:1 13 Pigment Red 631 15880:01:00 Pigment Red 63:1

Carbon black is defined as elemental carbon with tarbostatic structure, derived from the incompletepyrolisis of fossil oil. Carbon black is produced throughthe controlled incomplete combustion of hydrocarbons. Carbon black is actually elemental carbon in the form of fine particles with an amorphous molecular structure.GradesN220, N234, N326, N330, N339, N347, N375, N550, N650, N660, N762,N 765, N774Advantages of carbon blackAgent For RubberImproved Fracture BehaviourAbrasion ResistantTear ResistantImproved Dynamic Mechanical Properties

Pigments

Pigments

ultramarine blue

Pigment Uses in Textiles

Phthalocyanine Pigments

PHTHALOCYANINE PIGMENTS

Inorganic chromium pigments are a class of synthetic colorants widely used in various industries for their vibrant and durable coloring properties. These pigments are composed of compounds containing chromium, a transition metal, which imparts a range of brilliant colors to materials. One of the primary characteristics of inorganic chromium pigments is their exceptional stability and resistance to light, heat, and chemicals. This makes them suitable for a broad spectrum of applications, including paints, coatings, plastics, ceramics, and even printing inks. Their resistance to fading ensures long-lasting color retention, even in outdoor environments with significant sun exposure. These pigments are produced through controlled chemical reactions, resulting in different shades based on the specific chromium compounds and processing conditions. For instance, chromic oxide (Cr2O3) is used to create shades of green, while various formulations of lead chromates and molybdate oranges yield yellow, orange, and red hues. Inorganic chromium pigments offer several advantages, including high tinting strength, excellent opacity, and good dispersion characteristics. This means that only a small amount of pigment is needed to achieve the desired color intensity, which can result in cost savings for manufacturers. Additionally, these pigments are compatible with a wide range of binding mediums, allowing their incorporation into various materials with ease. However, it's important to note that certain inorganic chromium pigments, particularly those based on lead compounds, have raised environmental and health concerns due to the potential for heavy metal toxicity. In response to these concerns, many industries have shifted towards alternatives like organic pigments and other safer inorganic pigments. In conclusion, inorganic chromium pigments are valued for their vibrant, long-lasting colors, exceptional stability, and versatility across numerous applications. While some variations of these pigments have encountered environmental challenges, the industry continues to evolve by exploring safer alternatives to meet the demands of modern manufacturing while addressing health and sustainability considerations.