If you are seeking how plastic pigments are used and its process then you are at the right place.
Pigments are usually added to the polymer base to give a specific color to the plastic material. Organic pigments are hard to separate and tend to form agglomerates meaning; clumps of pigment particles. These clumps can cause spots in the final plastic product.
Apart from this, inorganic pigments such as Metal oxides, sulphides, carbon black, etc. get easily dispersed in the resin. Among all the inorganic pigments, titanium dioxide pigment is one of the most widely used pigments in the plastics industry.
Let's take a look at the broad classifications of plastic pigments along with their performance properties.
Performance Properties of Plastic Pigment
1. Weatherability
Exposure to light and some artificial lights can have adverse impacts on the useful life of plastic material. Therefore, polymers that are used outdoors regularly require UV protection and weather-resistant pigments.
To evaluate weathering resistance in practice, you have to use outside exposure tests in the climatic range concerned. This is not always feasible.
2. Light Fastness
Light Fastness is a standard of the color fastness of a plastic substance when used in indoor applications. If a pigment has good Light Fastness, it does not always indicate that it has good weather-fastness.
3. Warping
The degree and speed of crystallization determine the final properties of a plastic piece. However, the organic pigment is known to influence these parameters during the cooling phase of plastic processing, particularly in HDPE injection molding.
4. Transparency
Normally, transparency is obtained by reducing pigment's particle size as much as possible which is achieved by surrounding the pigment particles as soon as they are formed with a coating, which prevents the growth of crystals.
The most common products used in this process are rosin derivatives.
This is particularly helpful for pigments for the printing ink industry that are required to have high transparency.
Sunday, January 24, 2021
Wednesday, January 20, 2021
China Pigment and Its Manufacturers
China Pigments Increasing Significance in Various End-use Applications including paint industry, printing industry, plastic industry, etc. if you are reading this article, I believe you are searching for China Pigment Manufacturers and Suppliers in the market.
The migration of China pigments continues to grow. Besides, the production of the pigment in India has also increased at a rapid pace since 1990.
Despite the fact, China is one of the highest countries for color pigment manufacturers and suppliers, particularly for commodity-type pigments.
In addition to this, printing inks vertical records for around half of the total market for color pigment across the globe, mainly organic pigment.
The demand for China pigment is increasing
However, the printing industry for the printing of magazines and newspapers has declined to owe to the growing internet competition; though, the demand for printing inks for packaging remains to grow into the coming years.
The outcome of aesthetics in packaging has also increased due to the rising need for product segregation that arises from huge controversy across the food & beverages and consumer goods industries.
Besides, the consumption of organic and inorganic pigments has increased at similar rates. Some other markets such as architectural industry, coatings industry, automotive refinish, traffic paints, and many more.
When it comes to the plastic industry, it is also likely to gain, particularly owing to the improved demand in various automotive demands. Overall growth in Europe is also likely to be less than around 2% annually over the forecast period.
China pigment manufacturers
China pigment manufacturers along with high good fastness characteristics are increasing traction among various suppliers across the globe. Besides, emerging regions such as India are moving towards becoming the major pigments market. Moreover, governmental environment regulations, labor wages, and laws across the Asia Pacific are likely to remain major factors impacting the development of the global pigments market.
The migration of China pigments continues to grow. Besides, the production of the pigment in India has also increased at a rapid pace since 1990.
Despite the fact, China is one of the highest countries for color pigment manufacturers and suppliers, particularly for commodity-type pigments.
In addition to this, printing inks vertical records for around half of the total market for color pigment across the globe, mainly organic pigment.
The demand for China pigment is increasing
However, the printing industry for the printing of magazines and newspapers has declined to owe to the growing internet competition; though, the demand for printing inks for packaging remains to grow into the coming years.
The outcome of aesthetics in packaging has also increased due to the rising need for product segregation that arises from huge controversy across the food & beverages and consumer goods industries.
Besides, the consumption of organic and inorganic pigments has increased at similar rates. Some other markets such as architectural industry, coatings industry, automotive refinish, traffic paints, and many more.
When it comes to the plastic industry, it is also likely to gain, particularly owing to the improved demand in various automotive demands. Overall growth in Europe is also likely to be less than around 2% annually over the forecast period.
China pigment manufacturers
China pigment manufacturers along with high good fastness characteristics are increasing traction among various suppliers across the globe. Besides, emerging regions such as India are moving towards becoming the major pigments market. Moreover, governmental environment regulations, labor wages, and laws across the Asia Pacific are likely to remain major factors impacting the development of the global pigments market.
Tuesday, January 19, 2021
Uses of Chrome Oxide Green Pigment
If you reading this article I believe you are searching for one of the best Chrome Oxide Green Suppliers and manufacturers in the chemical market and so, you have landed in the right place. Before we explain further about Chrome Oxide Green, let's discuss what is it?
Chrome Oxide Green Pigment
Chrome Oxide Green - known as Chromium (III) Oxide is used as an inorganic pigment in paints, architectural coatings, plastics, roofing tiles, and ceramic tiles industry.
It is mainly used in heavy-duty applications in the construction industry for high temperature plus abrasion-resistant refractory brick for glass and fiber-glass.
Generally, high purity standard chrome oxide green is used in the manufacturing of chromium metal.
Properties and characteristics
Properties of chromium (III) oxide pigment - it is a very stable and most durable compound, possesses excellent opacity that makes widely used to add color in the industry, and has heat resistant qualities.
These properties make the chromium (III) oxide pigment perfect for industrial uses including coating industry, paint industry, ink industry, ceramic industry, refractory industry, and specialty glass manufacturing.
Used in the ink industry for invoice and bills
It was part of the original ink used to print invoices or bills. Now, many departments use special inks and other features to increase security and prevent duplication.
It adds color to the glass product
When manufacturing glass, mirror, or window, adding green chrome oxide pigment turns glass – you guessed it – a green color. The higher the concentration, the more intense the color. The best commercial example of this pigment is a wine bottle. This pigment allows some light protection to preserve the wine’s flavor.
Chromium (III) Oxide pigment for the paint industry
It is often used in the paint industry where a lot of wear is involved. For example, military vehicles are painted with Chromium (III) Oxide paint. It holds its color in high heat and sunlight exposure, making it excellent for outdoor applications.
Chrome Oxide Green Pigment
Chrome Oxide Green - known as Chromium (III) Oxide is used as an inorganic pigment in paints, architectural coatings, plastics, roofing tiles, and ceramic tiles industry.
It is mainly used in heavy-duty applications in the construction industry for high temperature plus abrasion-resistant refractory brick for glass and fiber-glass.
Generally, high purity standard chrome oxide green is used in the manufacturing of chromium metal.
Properties and characteristics
Properties of chromium (III) oxide pigment - it is a very stable and most durable compound, possesses excellent opacity that makes widely used to add color in the industry, and has heat resistant qualities.
These properties make the chromium (III) oxide pigment perfect for industrial uses including coating industry, paint industry, ink industry, ceramic industry, refractory industry, and specialty glass manufacturing.
Used in the ink industry for invoice and bills
It was part of the original ink used to print invoices or bills. Now, many departments use special inks and other features to increase security and prevent duplication.
It adds color to the glass product
When manufacturing glass, mirror, or window, adding green chrome oxide pigment turns glass – you guessed it – a green color. The higher the concentration, the more intense the color. The best commercial example of this pigment is a wine bottle. This pigment allows some light protection to preserve the wine’s flavor.
Chromium (III) Oxide pigment for the paint industry
It is often used in the paint industry where a lot of wear is involved. For example, military vehicles are painted with Chromium (III) Oxide paint. It holds its color in high heat and sunlight exposure, making it excellent for outdoor applications.
Tuesday, January 5, 2021
Ultramarine Blue The Eternal Pigment
Seeking for the best Ultramarine Blue Manufacturers in the market? Then you are at the right place. When the ancient Egyptians arrived to enhance the works of art that they buried with their Pharaohs, they applied a blue pigment of such brilliance that it would decorate the quality and value of any object. The blue pigment was derived from the semi-precious mineral and it continued to be in use for many centuries now.
The quality of the blue pigment produced by this method was never in the subject. But the limited availability and difficulty of extricating the blue pigment meant that the cost was high and that the blue pigment could only be used in the most prestigious credentials.
Though, it was clear that a rich prize expected anyone who could devise a manufactured route to manufacture this blue pigment, which is now known as Ultramarine Blue Pigment.
Discovery of the Synthetic Process
The process for the synthetic manufacture of Ultramarine Blue Pigment was discovered in 1828. Soon there were factories springing up all over Europe, as the most affordable synthetic pigment stimulated the use of Ultramarine blue in many applications.
Ultramarine Blue Manufacturers - Of particular note was the determination that a small amount of Ultramarine blue would, if it is added to the rinse water during the laundering process, consume the unwanted yellow undertone, which became self-evident as white clothing aged.
Ultramarine Blue Manufacturers
This undesired yellow caste was succeeded by a blue undertone that suggested extra brightness and freshness. In fact, it was for this purpose in 1884 that James Reckitt created an Ultramarine factory to extend his range of existing laundry products.
This factory was still producing Ultramarine Blue Pigment under the name of Holliday Pigments and today – from its Comines factory in northern France – remains one of the world’s leading Ultramarine Blue Pigment manufacturers and distributors.
The quality of the blue pigment produced by this method was never in the subject. But the limited availability and difficulty of extricating the blue pigment meant that the cost was high and that the blue pigment could only be used in the most prestigious credentials.
Though, it was clear that a rich prize expected anyone who could devise a manufactured route to manufacture this blue pigment, which is now known as Ultramarine Blue Pigment.
Discovery of the Synthetic Process
The process for the synthetic manufacture of Ultramarine Blue Pigment was discovered in 1828. Soon there were factories springing up all over Europe, as the most affordable synthetic pigment stimulated the use of Ultramarine blue in many applications.
Ultramarine Blue Manufacturers - Of particular note was the determination that a small amount of Ultramarine blue would, if it is added to the rinse water during the laundering process, consume the unwanted yellow undertone, which became self-evident as white clothing aged.
Ultramarine Blue Manufacturers
This undesired yellow caste was succeeded by a blue undertone that suggested extra brightness and freshness. In fact, it was for this purpose in 1884 that James Reckitt created an Ultramarine factory to extend his range of existing laundry products.
This factory was still producing Ultramarine Blue Pigment under the name of Holliday Pigments and today – from its Comines factory in northern France – remains one of the world’s leading Ultramarine Blue Pigment manufacturers and distributors.
Thursday, December 10, 2020
How Pigments Affect Plastic Properties
Consider it or not, there is a whole scientific body of knowledge about how adding pigments to plastic can affect the behavioral properties of the plastic.
These days, synthetic polymers are available in the market, each with its unique properties. Some are more impact-resistant than others, some bend more rather than break, and some have more UV resistance.
Pigment Characteristics
One perspective of pigment characteristics that don’t always get the consideration it deserves is the addition of the pigments. However, there is a scientific body of knowledge and facts about how adding pigments to plastic can affect the behavioral properties of plastic pigments products.
Compatibility
It’s very important to consider the compatibility between the polymer and pigment. Some of the compounds in pigments can break down the chemistry of the polymer and weaken its original characteristics, like impact-resistance. Pigment must also be capable of surviving the high processing temperature, despite being chemically compatible.
It’s also worth noting that the interaction between a polymer and a pigment can also be affected by other additives.
Different Pigment - Different Properties
“Molecular weight” and “crystalline” are the two major factors in the equation, which can affect a polymer in different ways. For example, transparent colors can be prepared with dyes that are potentially less impactful than the pigments used in opaque colors. Pigments are made up of particles, which can impact the performance of the material.
Amount of Pigment
The property preservation of the polymer is also a function of the amount of colorant consolidated into it. If you think of pigments as contaminants, the more you add, the more negative influence it can have on the plastic and its products.
For example, adding 1-2% of a pigment is usually manageable, as long as the compatibility concerns mentioned above don’t come into play. As the pigment levels increase, the greater the chance is, the plastic properties will shift.
Should you have any query, please feel free to connect with us.
Pigment Characteristics
One perspective of pigment characteristics that don’t always get the consideration it deserves is the addition of the pigments. However, there is a scientific body of knowledge and facts about how adding pigments to plastic can affect the behavioral properties of plastic pigments products.
Compatibility
It’s very important to consider the compatibility between the polymer and pigment. Some of the compounds in pigments can break down the chemistry of the polymer and weaken its original characteristics, like impact-resistance. Pigment must also be capable of surviving the high processing temperature, despite being chemically compatible.
It’s also worth noting that the interaction between a polymer and a pigment can also be affected by other additives.
Different Pigment - Different Properties
“Molecular weight” and “crystalline” are the two major factors in the equation, which can affect a polymer in different ways. For example, transparent colors can be prepared with dyes that are potentially less impactful than the pigments used in opaque colors. Pigments are made up of particles, which can impact the performance of the material.
Amount of Pigment
The property preservation of the polymer is also a function of the amount of colorant consolidated into it. If you think of pigments as contaminants, the more you add, the more negative influence it can have on the plastic and its products.
For example, adding 1-2% of a pigment is usually manageable, as long as the compatibility concerns mentioned above don’t come into play. As the pigment levels increase, the greater the chance is, the plastic properties will shift.
Should you have any query, please feel free to connect with us.
Sunday, December 6, 2020
Market Overview and Trends in Pigments Industry
Well, if you are looking at this article, then I am sure you are searching for China Pigment Manufacturers in the market? The market demand for pigments is expected to register a CAGR of over 5% throughout the forecast period. The major factors driving the pigment market studied are rising demand from the paints, plastic, and coatings industry in Asia-Pacific and consistent industrial developments in the Middle East regions.
Many factors such as powerful government regulations are expected to restrain the growth of the pigment market studied.
Growing Demand from Paints, Plastic, and Coatings Industry
Many factors such as powerful government regulations are expected to restrain the growth of the pigment market studied.
- The paints, plastic, and coatings industry controlled the pigment market share and is expected to rise during the forecast duration.
- Increasing demand for reliable commercial products, like 3d printing material, is likely to act as a possibility in the future.
- Asia-Pacific region dominated the market over the world, with the largest consumption from countries, such as India, China, and Japan, etc.
Growing Demand from Paints, Plastic, and Coatings Industry
- Colors are majorly used in paints, plastic, and coatings manufacturing. These are managed, enabling them with a wide range of characteristics to withstand the tough demands, without compromising on the coating performance.
- When it comes to the construction industry, architectural and decorative coatings account for the largest consumption of pigments in their manufacturing. Therefore, rising construction and infrastructure enterprises in the Asia-Pacific region are a major driver for the market.
- Moreover, in the other sectors, pigments are used in the interior, as well as exterior parts of the vehicle, as they impart strength and appeal to vehicles.
- The main reason for using automotive coatings is to preserve the vehicle parts against various competitive environmental agents, such as light, acid materials, and environmental effects, such as acid rain, UV radiation, hot-cold shocks, stone chips, car washing, and blowing sand, among others. Furthermore, these coatings are used in body shops and repair centers for vehicle refinishing.
Monday, November 23, 2020
Organic Pigments and Its Manufacturers
Organic pigment leads to colored material made of an organic aggregate with pigment characteristics. Some common types of organic pigment including - Azo Pigments, Lake Pigments, Phthalocyanine Pigments, and Quinacridone Pigments. They are all known as artificially synthetic organic compounds whose process and equipment required by such kinds of pigments are frequently the same as that required by organic dyes, consequently normally manufactured in the dye industry. Nevertheless, as colorants, they are very different from the organic dyes.
The organic pigment has no connection to the colored substance, instead of being attached to the facade of the colored substance through additives to achieve the purpose of coloring the products.
Insoluble natural compounds
Organic pigment manufacturers is a class of insoluble natural compounds of high coloring strength property which means that they have extremely small solubility in the water when dissolved, organic solvent, and various kinds of factors.
Organic pigments should also have a series of pigment properties, namely sunshine-resistant, organic solvents resistant, resistant to flooding, alkali resistant, acid-resistant, heat resistant, and excellent dispersion property in the application medium, and many more.
From the prospect of the chemical structure, organic colorants are similar to dyes. The only difference between these two is that the former has no connection to the substrate while the latter has a certain connection.
Excellent performance properties
Organic pigments are mainly used in the industry such as the ink industry, plastic industry, rubber industry, and more areas also as they possess excellent performance properties such as color, durability, mobility, and appropriate viscosity to the inks.
With different purposes and conditions, the demands for the organic pigments are also different based on their performance properties but the general specification is a bright color, heat and light, excellent dispersion, strong coloring power, less oil absorption, and strong hiding power.
Should you have any query, please feel free to connect with us.
The organic pigment has no connection to the colored substance, instead of being attached to the facade of the colored substance through additives to achieve the purpose of coloring the products.
Insoluble natural compounds
Organic pigment manufacturers is a class of insoluble natural compounds of high coloring strength property which means that they have extremely small solubility in the water when dissolved, organic solvent, and various kinds of factors.
Organic pigments should also have a series of pigment properties, namely sunshine-resistant, organic solvents resistant, resistant to flooding, alkali resistant, acid-resistant, heat resistant, and excellent dispersion property in the application medium, and many more.
From the prospect of the chemical structure, organic colorants are similar to dyes. The only difference between these two is that the former has no connection to the substrate while the latter has a certain connection.
Excellent performance properties
Organic pigments are mainly used in the industry such as the ink industry, plastic industry, rubber industry, and more areas also as they possess excellent performance properties such as color, durability, mobility, and appropriate viscosity to the inks.
With different purposes and conditions, the demands for the organic pigments are also different based on their performance properties but the general specification is a bright color, heat and light, excellent dispersion, strong coloring power, less oil absorption, and strong hiding power.
Should you have any query, please feel free to connect with us.
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