Manufacturer, Supplier & Exporter of
a wide range of Dyes, Pigments & Food Colours
Grease Dyes
What is Grease Dyeing?
Grease dyeing is a process of colouring fabrics using a combination of oil and dye. The oil used in grease dyeing is typically mineral oil, although other types of oils may also be used. The process involves mixing the dye and oil together to create a paste-like substance. The fabric is then immersed in this mixture and allowed to soak for a period of time. The oil helps the dye to penetrate the fabric fibers more deeply, resulting in a more vibrant and long-lasting colour.
Now let us understand how dyes used in Grease industry plays an important role in dyeing applications.
What are Dyes?
Before we begin with Grease Dyes let us understand about Dyes
A dye is a substance that is utilized to give colour to various materials. The purpose of using dyes is to impart colour that can withstand various environmental factors like washing, heat, light, and other elements that the material may come into contact with. The stability of the colour is important as it ensures that the material retains its appearance and does not fade easily.
What are Grease Dyes?
Now let’s dive into Grease dyes
Grease dyes are a type of dye used in the process of grease dyeing, where fabrics are coloured using a combination of oil and dye. Grease dyes are typically composed of a soluble dye that is dissolved in a heavy mineral oil, creating a thick and paste-like consistency. The use of oil in the dyeing process helps the dye to penetrate the fibers of the fabric more deeply, resulting in a more vibrant and long-lasting colour. Grease dyes are often used for dyeing natural fibers such as cotton, silk, and wool, and are particularly effective for achieving darker, more intense colours.
Megha International is a leading company in India’s Grease dyes market, specializing in manufacturing and supplying a wide range of high-quality Grease dyes. As one of the most reputable Grease dyes manufacturers in India, we strive to provide innovative solutions to meet the demands of our clients in the Grease industry.
At Megha International, we have a team of experienced professionals who are dedicated to providing exceptional customer service, timely delivery, and technical support to our clients. Our commitment to quality, safety, and sustainability has earned us a reputation as one of the most reliable Grease dyes manufacturers around the globe.
Grease Dyeing Applications
Textiles
Grease dyeing is commonly used in the textile industry to colour natural fibers such as cotton, silk, and wool. The process involves mixing a soluble dye with a heavy mineral oil to create a paste-like consistency. The fabric is then immersed in the dye mixture, allowing the oil to penetrate the fibers and deposit the dye more deeply. The advantages of grease dyeing for textiles include greater control over colour saturation and depth, resulting in vibrant and long-lasting colours. Reactive dyes are commonly used in this process to achieve a high level of colour fastness.
Synthetic fibers
Grease dyeing can also be used to colour synthetic fibers such as polyester and nylon. The process is similar to that of natural fibers, involving a combination of soluble dye and heavy mineral oil. Synthetic fibers typically require higher temperatures and longer dyeing times than natural fibers to achieve optimal colour penetration. The advantages of grease dyeing for synthetic fibers include a wide range of available colours, good colour fastness, and resistance to fading. Disperse dyes are commonly used in this process to dye synthetic fibers.
Leather
Grease dyeing can be used to colour leather, resulting in a rich and vibrant colour that is resistant to fading. The process involves applying the dye and oil mixture to the surface of the leather and allowing it to penetrate the pores. The leather is then buffed to remove any excess dye and oil. The advantages of grease dyeing for leather include good penetration of the dye, which results in a more even colour, and improved resistance to fading. Acid dyes are commonly used in this process to dye leather.
Paper
Grease dyeing can be used to colour paper, resulting in a unique and textured finish. The process involves applying the dye and oil mixture to the surface of the paper and allowing it to penetrate the fibers. The paper is then dried and the excess oil is removed. The advantages of grease dyeing for paper include improved colour saturation and depth, as well as resistance to fading. Basic dyes are commonly used in this process to dye paper.
Clothing, Upholstery, Home decor items
Grease dyeing can be used to colour a wide variety of clothing, upholstery, and home decor items, resulting in deep and rich colours that are resistant to fading. The process involves applying the dye and oil mixture to the fabric and allowing it to penetrate the fibers. The fabric is then washed and dried to remove any excess oil and dye. The advantages of grease dyeing for these products include improved colour fastness, resistance to fading, and a softer feel to the fabric. Reactive dyes are commonly used in this process to achieve vibrant and long-lasting colours.
Yarns, Fibers
Grease dyeing can also be used to colour yarns and fibers, resulting in a wide range of colours and textures. The process involves mixing the dye and oil together to form a paste, which is then applied to the yarn or fiber. The yarn or fiber is then heated to allow the dye and oil to penetrate the fibers. The advantages of grease dyeing for yarns and fibers include improved colour retention and a softer feel to the fibers. Acid dyes are commonly used in this process to achieve vibrant colours.
Dyes used in Grease Dyeing
Reactive Dyes
Reactive dyes are a type of dye commonly used in textile and fabric applications, including clothing, upholstery, and home decor items. These dyes are highly soluble in water and react with the fibers of the fabric, resulting in a strong and permanent bond that is resistant to fading and washing. Reactive dyes have a wide range of available colours, and they can produce vibrant and long-lasting hues that are ideal for use in textiles. They are particularly well-suited for dyeing natural fibers such as cotton, silk, and wool. Reactive dyes can be applied using a variety of methods, including immersion, spraying, and printing. In textile applications, reactive dyes are preferred due to their excellent colorfastness, resistance to fading, and ability to produce rich and vibrant colours that are well-suited for use in clothing, upholstery, and home decor items.
Disperse Dyes
Disperse dyes are a type of dye that is commonly used in the coloration of synthetic fibers such as polyester, nylon, and acetate. These dyes are typically insoluble in water and require high temperatures and pressures to be dispersed into the fibers. The process of dyeing with disperse dyes involves heating the fibers and the dye together in a pressurized vessel, allowing the dye to disperse into the fibers and bond with them. Disperse dyes are preferred for synthetic fibers due to their ability to produce bright and vivid colours, as well as their excellent resistance to fading and bleeding.
Acid Dyes
Acid dyes are a type of dye that is commonly used in the coloration of protein fibers such as wool, silk, and leather. These dyes are water-soluble and typically require the use of an acidic solution to bond with the fibers. The process of dyeing with acid dyes involves soaking the fibers in a warm, acidic solution that contains the dye, allowing the dye to bond with the fibers. Acid dyes are preferred for use in leather applications due to their ability to produce vibrant and long-lasting colours, as well as their excellent lightfastness and resistance to fading. In addition to leather, acid dyes are also commonly used in the coloration of yarns and fibers for use in textiles such as clothing and home decor items. These dyes have a wide range of available colours and can produce rich and vivid hues that are well-suited for a variety of fiber applications.
Basic Dyes
Basic dyes are a type of dye that is commonly used in the coloration of paper products. These dyes are typically water-soluble and have a positive charge, allowing them to bond with the negatively charged fibers in paper. The process of dyeing paper with basic dyes involves soaking the paper in a warm solution containing the dye, allowing the dye to bond with the fibers and produce vibrant colours. Basic dyes are preferred for use in paper applications due to their ability to produce bright and intense colours, as well as their excellent lightfastness and resistance to fading. These dyes have a wide range of available colours and can produce hues that are well-suited for a variety of paper products, including books, magazines, and packaging materials. Additionally, basic dyes can also be used in the coloration of other materials such as textiles and plastics.
Grease Dyes Shade Card
| General | ||||||||||
| Shades | Product Name | C.I. Name | CAS NO. | Levelling | Light 1/1 | Washing | Persipiration | Price | MSDS | TFDS |
| Yellow 5GN | Yellow 110 | 12220-74-5 | G | 4 | 4 | (4-5) | ||||
| Metanil Yellow | Yellow 36 | 587-98-4 | G | 4 | 4 | (4-5) | ||||
| Orange FRL | Orange 116 | 12220-10-9 | G | (3-4) | 4 | (4-5) | ||||
| Orange II | Orange 7 | 633-96-5 | G | (3-4) | 4 | (3-4) | ||||
| Scarlet B | Red 151 | 6406-56-0 | G | 4 | 4 | (3-4) | ||||
| Red 3BN | Red 131 | 12234-99-0 | G | 4 | (4-5) | (4-5) | ||||
| Patent Blue AS | Blue 7 | 3486-30-4 | G | 2 | 3 | 3 | ||||
| Violet 4BS | Violet 49 | 1694-09-3 | G | 5 | 4 | (4-5) | ||||
| Green V | Green 16 | 12768-78-4 | G | (4-5) | 3 | 3 | ||||
| Blue S5R | Blue 113 | (3351-05-1) | G | 2 | 3 | (3-4) | ||||
| Black 106X | Black 1 | (1064-48-8) | G | (5-6) | (4-5) | (4-5) | ||||
| Black ND | Black 210 | 99576-15-5 | – | – | – | – | ||||
| Yellow 2G | Yellow 17 | 6359-98-4 | G | (4-5) | (4-5) | (3-4) | ||||
| Yellow GR | Yellow 49 | 12239-15-5 | G | (4-5) | 4 | 3 | ||||
| Yellow 5GN |
Yellow 110 | 12220-74-5 | G | (3-4) | 5 | (4-5) | ||||
| Yellow GL |
Yellow 114 | 7576-65-0 | G | (6-7) | (4-5) | (4-5) | ||||
| Yellow DRL |
Yellow 151 | 12715-61-6 | G | (5-6) | 5 | 4 | ||||
| Orange II |
Orange 7 | 633-96-5 | G | (1-2) | 4 | (2-3) | ||||
| Orange 2GL |
Orange 10 | 1936-15-8 | G | 3 | (4-5) | 3 | ||||
| Red G |
Red 1 | 3734-67-6 | G | (3-4) | (4-5) | (3-4) | ||||
| Red 3BN | Red 131 | 12234-99-0 | G | 3 | (4-5) | (4-5) | ||||
| Red CG |
Red 151 | 6406-56-0 | G | 3 | 4 | (3-4) | ||||
| Pink B |
Red 186 | 52677-44-8 | G | 4 | (4-5) | 4 | ||||
| Patent Blue BS |
Blue 1 | 3844-45-9 | G | 2 | 4 | (2-3) | ||||
| Patent Blue AS |
Blue 7 | 129-17-9 | G | 2 | (4-5) | (3-4) | ||||
| Green B | Green 1 | 19381-50-1 | G | 5 | (3-4) | (3-4) | ||||
| Brown M |
Brown 75 | (8011-86-7) | G | 4 | (2-3) | (4-5) | ||||
| Brown C2G | Brown 83 | 13011-68-2 | G | (3-4) | (3-4) | 4 | ||||
| AUROMINE O CONC | Yellow 2 | 2465-27-2 | NA | 2 | (2-3) | NA | ||||
| CRYSODINE Y & R | Orange 2 | (532-82-1 ) | NA | (4-5) | (4-5) | NA | ||||
| BASIC CHRYSODINE R | Orange 1 | 574-69-6 | NA | (4-5) | (4-5) | NA | ||||
| Basic Brown G 130% | Brown 1 | 10114-58-6 | NA | (3-4) | (4-5) | NA | ||||
| RHODAMINE B 550% | Violet 10 | 81-88-9 | NA | (3-4) | (4-5) | NA | ||||
| BASIC BRILL GREEN CRYSTAL | Green 1 | 128-58-5 | NA | 2 | (2-3) | NA | ||||
| MALACHITE GREEN XLS/PDR LIQUID | Green 4 | 569-64-2 | NA | (3-4) | (4-5) | NA | ||||
| METHYL VIOLET CSTL/PDR D | Violet 1 | 8004-87-3 | NA | (2-3) | 4 | NA | ||||
| Magenta Crystals 100% | Violet 14 | 632-99-5 | NA | (2-3) | 3 | NA | ||||
| METHYLENE BLUE PDR WITH ZINC & ZINC FREE |
Blue 9 | 122965-43-9 | NA | (2-3) | 2 | NA | ||||
| Victoria Blue B 100% | Blue 26 | 2580-56-5 | NA | (2-3) | 2 | NA | ||||
| BISMARK BROWN Y & R | BASIC BROWN 4 | 8005-78-5 | NA | 1 | 2 | NA | ||||
| METHYL VIOLET CSTL/PDR D | BASIC VIOLET 1 | 8004-87-3 | NA | 1 | 2 | NA | ||||
| CRYSTAL VIOLET CSTL/PDR LIQUID | BASIC VIOLET 3 | 548-62-9 | NA | 1 | 2 | NA | ||||
| ETHYL VIOLET CSTL/PDR LIQUID | BASIC VIOLET 4 | 2390-59-2 | NA | 1 | 2 | NA | ||||
| Yellow 4GLN | Yellow 211 | 61901-39-1 | G | 6 | 5 | 5 | ||||
| Orange 3R | Orange 44 | 128-80-3 | G | 5 | 5 | 5 | ||||
| Orange RL | Orange 25 | 12220-06-5 | G | 6 | 5 | 5 | ||||
| Yellow Brown 2RC | Orange 30 | 6373-74-6 | G | (6-7) | 5 | 5 | ||||
| Red FB | Red 60 | 12223-23-3 | G | (6-7) | (4-5) | 5 | ||||
| Pink REL | Red 91 | 12220-07-6 | G | 6 | 5 | 4 | ||||
| Red BEL | Red 92 | 61901-40-4 | G | (6-7) | 5 | (4-5) | ||||
| Red F3BS | DISPERSE RED 343 | 3567-66-6 | G | 6 | (4-5) | (4-5) | ||||
| Violet 3R | DISPERSE VIOLET – 63 | 6408-72-6 | G | (5-6) | 5 | 5 | ||||
| Brown 3RD | Disperse Brown 3 | 71872-19-4 | G | (5-6) | 5 | 5 | ||||
| Blue BG | Blue 60 | 12222-04-7 | G | (5-6) | 4 | 5 | ||||
| Blue 2RX | Blue 56 | 12222-05-8 | G | (6-7) | 5 | (4-5) | ||||
In conclusion, Megha International is a leading Grease dyes manufacturer, committed to providing high-quality dyes for the Grease industry. With years of experience and a focus on innovation and sustainability, Megha International has become one of the top 10 dye manufacturers in world. By utilizing eco-friendly dyes and advanced dyeing technologies, the company is dedicated to minimizing the environmental impact of the Grease industry while producing vibrant and long-lasting colours for a variety of Grease products. With a strong reputation for quality and reliability, Megha International continues to be a trusted partner for Grease dyeing around the world.
