Migration of manufacturing dyes and pigments to Asian companies – Indian suppliers meet mandatory international protocols

The dyes and pigment manufacturing companies are poised for a new growth in Asia. The business shift from Western countries towards low cost development in Asia is the primary reason for this migration. But what’s more important is the delivery of quality products that marks the rise of Asian manufacturers particularly India. Low cost is not the only factor for this shift.

We offer other critical reasons that make Asia a better hub for producing quality pigments for a slew of other industries worldwide.

Mandatory qualities defining high-grade pigment production

While India boosts of many small and big manufacturers, there are a handful few who meet global client requirements. We all know pigments are vital to our daily life and why the right shades empower products ranging from textiles, cosmetics, paint, paper F & B and Pharma. This market is largely triggered by the need for coloring in the above industries to enhance their product values. They are valuable for coatings and printing inks which have versatile applications. Worldwide, the textile industry is the largest consumer for dyes and pigments. The Asia Pacific regions offers the best services, solutions and product customization.

Clients opt for vendors who deliver:

1. Wide range of pigments and dyes with multiple usage.
2. Technical expertise and professionals who understand industry trends.
3. Ideal pricing for customized colors and texture.
4. Good quality is adjudged by tests conducted before manufacturing.
5. Tests are important to sign the deal for the product production.
6. Timely packaging and delivery to the client.
7. Optimal customer service and support.

Manufacturers who adhere to government regulations and environmental policies are recognized as ideal service providers.

Latest production technologies

In Europe and western countries, environmental policies are more stringent and production expenses are mounting. In the Asia-Pacific region, manufacturers continue to follow international protocols to provide lower costs. Production technologies have improved in India. The manufacturers use the best equipment, infrastructure and automated systems to produce a flurry of pigments and dyes. It attracts more clients to do business in the sub-continent. The demand for reactive dyes and Pigments have increased due to good quality of product generation. The cheap labor and lowered operational costs bring more business. Being eco-friendly and affordable are other reasons why Indian manufacturers are preferred. Industries like paper, leather, cosmetics and textiles will always require the services of such manufacturers.

As the demands grow, this industry is likely to be worth USD 99 billion by 2021.

Which Asian manufacturer should y
ou do business with?

Since there are plenty of low cost manufacturers, it is best to have specific criteria to deal with the best vendors for your customized requirement. A company that has several services and product generation under a single hub is the ideal threshold. Look for an experienced lab which offers:

• Organic and inorganic pigments
• Food dyes and lake colors
• Dyes for soaps and detergents
• Phthalocyanine pigment
• Basic Dyestuffs
• Direct dyes
• Resist salt
• Solvent Dyesc
• Fluorescent dyes
• Plastic dyes

Manufacturers of Food Colours who follow the latest standards devised by FDA, European Commission for testing food colors and JECFA are preferred for business. They have certifications that are exhibited on the website.

Understanding the competitive vendor landscape of the global pigment markets

Across the world, the pigment market is characterized by organic, inorganic and speciality pigments. According to surveys, this market is poised to increase by 2022 and is currently worth nearly $ 26,598 million. The competition for high performance is geared towards Indian and Chinese vendors. They offer the best quality of pigments for a wide variety of industrial applications. Leading players in this segment adopt strategies to meet customer demands. In order to be a good supplier, it is important to understand the vendor landscape. A few vendors hold the key for a tight grip in this competitive market.

This blog explores reasons why Indian pigment makers score on the basis of diverse industrial parameters.

Segments of pigment producers

Global pigments market segmentation

Pigment producers from India have a distinct advantage against fierce competition due to performance and adherence to best practices for production. They cater to the needs of industries like paints and coatings, printing inks, plastics and construction materials. In order to understand the competition in global market, it is essential to know the key segments of this market. It is also important to note the parameters for competition which bring customers to Indian shores for their requirements.

Competition parameters

The Indian market producers have increased business by a volume of 133.52 million tons in the last few years. The demand for organic pigments is more and accounts for 58% of the production.

Source: India Dyes and Pigments Market Report and Forecast 2024-2032

Factors that position Indian manufacturers on frontlines

Indian pigment producers score because of its geographic location. Global customers consider it a more organized sector compared to China. For example, paint manufacturers require high-performance pigments to meet their customer demands. The most essential expectations are related to qualities like:

  • Light fastness
  • Weather resistance
  • Stability towards heat
  • Flexibility to produce the right blend of product
  • Minimum downtime after sample approval
  • Appropriate infrastructure for production and lab testing

Vendors from the sub-continent score high on all the above parameters. They recognize this need and manage internal challenges within the manufacturing hub. Hence, they meet the demands with a wide product portfolio. The technicians offer a myriad palette for daily and fast colors and special effects. Manufacturers having comprehensive testing labs to meet accurate demands as performance scores are. Being error free makes the product more viable when produced in bulk. Technical experts use the application lab for stringent tests so that the product behavior is simulated in real market situations. Ideal solution providers ensure that eventually the actual pigment product bring the same results as proven in the testing labs. Customers often return to the same pigment producer due this reason.

To have a long term hold over the markets manufacturers focus on:

  • Quality of product after deliberate research and consultation with the customer
  • Product testing is done in advanced labs
  • Availability of product in market on time by understanding its limited lifecycle
  • Security of supply across continents and logistics taken care by professionals
  • After sales customer services
  • Offering easily dispersible pigments used in applications for paints and coatings, printing inks and plastics.
  • Recognizing color trends and advising customers to take advantage of it.

Flexible pricing factors add to the return on investment for meeting specific requirements.  With continuous adoption of latest technological processes, it makes sense to deal with experienced pigment producers from the Indian markets.

Consequences of colorants on plastic polymer properties

The dying manufacturing processes are ruled by synthetic polymers which have distinct properties. The plastic industry requires several methods and applications of colored plastics. There are several complexities that define the consequences of colorants on plastic polymer properties. In order to understand injection molded plastic parts, we need to understand the coloring practices used by manufacturers.

This information is an attempt to recognize the correct choice of colorants which can be either solvent dyes or pigments.

Prime focus on:

How to choose plastic colorants?

Injection molded plastics parts require various colorants. The polymers are often impacted by resistance towards UV rays or may even be responsible for breakage or bending. Therefore, material options need to be considered very carefully.  Suitability and characteristics are also affected by colorants. They also need to be compatible and the amount used is equally important. This is because different colors have different properties and it effects injection molded plastics in large way. Colorants can be solvent dyes or pigments. The later does not dissolve in the plastic but can be blended easily. They are ideal for transparent plastics where strong tints are required. Depending on the requirement the supplier is able to guide the client to make a choice. Colorants should be discussed ideally when the raw materials are being selected. Keeping the usage of the end product in mind there is also a need to check on durability. The manufacturer will also pay attention to environmental impact, capital costs and affordability.

As colorants effect polymer properties they should be decided early at the discussion stage. The following factors are crucial to keep in mind.

Process of inserting colors

This is done via compounding, masterbatching, dry blending or by surface coating. Each method has benefits. However, some colors impact the consistency and have variable costs. They impact the mechanical properties of the plastic.

Optimal color requirement

The polymer structure is defined by the colorant used. The amount used is vital. Anything more than 1-2% can be harmful and compatibility issues may arise. When more color is used the polymer structure itself is modified. This could harm the end product. Hence optimal color is done by experienced staff even during the trial runs in the testing labs.

Compatibility with polymer

This is an essential component from the supplier’s perspective.  If there is no basic compatibility between the polymer structure and the color being used, subsequent processes are ruined. Colors possess certain compounds that break down when heat is applied. If the color cannot resist the temperature the chemical compatibility is reduced. It becomes worse if other additives like a flame retardant is added.

Different colors produce different properties

When colors are used for transplant plastics, the results are quite different. Solvent dyes have a less toxic effect on the polymer structure. There are pigments used for opaque color tones and the end performance of the material may be modified. The manufacturer will need to run trials and various tests to check how different colors behave during molding. This is critical when the tolerance levels are stringent.

If you are looking for a supplier who will discuss these projections, it will add value to your basic requirements. All these factors clarify complexities related to colorant and effects on polymers.

Why are eco-friendly dyes trending in the global markets?

The disruption in the dyestuffs industry began two decades ago. With the advent of eco-friendly dyes, there is yet another adjustment – business towards Asian markets. Indian intermediates seem to emerge as popular suppliers for the global textiles and fabric sector. It boosts the viability of the fashion industry which dangles on processes of fabric creation to a large extent.

We put the spotlight on acid dyes manufacturing processes required for the textile sector. They are used globally for wool, nylon and silk.

Overview of trends in acid dyes

India has the best production quality for dying processes. Manufacturers have caught up with the trends even offering acid dyes for direct printing on various protein materials made of wool, viscose and silk.  There is nothing toxic about these eco-friendly dyes. These dyes have a classification depending on the characteristics they exhibit. These could be towards affinity to dying or the chemical structure.

The following graph depicts the 3 classes

Why global buyers are turning to Asian Dyestuffs Manufacturers?

India, in particular, is the current hub for Dyestuffs Production. Knowing fully well that there is a demand in the global market the manufacturers pay special attention to:

  • Investment in extensive Research and Development for product creations
  • Treatment of pollution vis-a-vis processes
  • Capital investment and cost involved by Indian manufacturers

Why are eco-friendly dyes trending?

Various dying and finished processes have come into focus as demands for clothing constantly progress. Globally enhancement in this sector is pressurized by the fashion industry and the end consumer to make processes more environmental-friendly. People are more health conscious and prefer wearing fabrics that support the ecosystem and human resources involved in the manufacturing process. The use of biodegradable dyes does not impact the rivers and workers adversely. European manufacturers decided to modify processes much before Asian markets. But being an expensive proposition the trending demands of the textile industry have shifted towards Asian countries. The water wastage and treatment of pollution by manufacturers are keeping them in business. The thrust towards meeting demands also involves the cost-effective production of various classes of dyes.

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Best Practices Used by Asian Dye Manufacturers

  • Adopting novel processes in manufacturing
  • Usage of appropriate dyes for different industrial applications
  • Investment in research and development
  • Treatment of water pollution to keep workers and eco-system safe
  • Meeting the demands of global clients promptly
  • Helping them to produce fabrics that meet end consumer sensibilities
  • New technologies are used to reduce wastage of water
  • Apart from the capital investment meeting updated regulatory policies
  • Timely delivery to clients

Indian manufacturers based in Gujarat and Maharashtra support the production of eco-friendly dyes and help their textile clients to compete globally. They now play an important role in supplying products all over the globe. Apart from producing good quality acid dyes a comprehensive portfolio also includes basic dyes, solvent dyes, direct dyes and reactive dyes.

Why is pigment critical for the ink and packaging industry?

As there is a high demand for, manufacturers dealing in high quality of inorganic and organic pigments are important. They provide customized solutions with high performing applications. The interaction of pigmentation with ink is related to the viscosity, texture, gloss, and flow. Manufactures have to pay attention to reproduction of color tones due to variable paper quality as the same is also required for the packaging industry.

Flexibility is the key to preparation of pigments for offset applications. The inkjet industry relies on solvent and water based inks with right choice of pigmentation. With global concerns over ethical processes, the shift is towards making a combination that complies with industry norms and also satisfies the customer.

Formulation accuracies

The dispersion of formulation pigments is downsized between 50 and 200nm (as per application). They need to be stable for particles to bond and absorb certain compounds. Reducing the particle size is a challenge due to high density. Manufacturers have to check the viscosity and surface tension which restrict ink properties. That is why pigment particles that bond edges are important. When preparing various solutions, it is important to understand the applications required by the customer.

The inkjet sector requires:

  • Accurate dispersion for printing inks.
  • Water-based inks for tints
  • Solvent-based inks for transparency.
  • Importance in packaging & labeling

Without the use of right pigment and inks, the packaging industry cannot have good brand quality or visibility. The main objective of the final formulation is to meet the end user’s requirement. The correct selection reflects on the bleed, heat and migratory factors. For example, liquid inks require a dry toner/press cake form. The dispersion quality determines its usefulness with versatile solutions for offset, gravure for publications, decorative and laminate inks.

Water-based inks for tints and transparency

Water-based inks are currently trending globally because of lesser impact on environment. The printing industry is adopting new methods for ethical packaging solutions. Manufacturers face challenges in creating pigments as water generates problems. With the use of anti-foaming agents, micro-bubbles are reduced to stop thickening of the ink. The customer’s demands can still be met with tinting, high gloss and transparency.

Solvent-based inks for uncoated surfaces

Different inks have various carriers and substrates. Hence, the main considerations for creating applications with solvent-based inks depend on:

  • Surface tension configuration
  • Print speed requirement
  • Chemical compatibility
  • End use of the application
  • Compliances with industry regulations

A manufacturer will factor the above when testing and creating samples for customers. It will create pigment particle bonding with the ink. If the ink does not match the quality, it will ruin the design and purpose of the process. Uncoated surfaces also require effective solutions. Printing is done on paper, metallic surfaces, films, cellophane and plastic. Hence, to make the right choice, discussing the requirements is important. Manufacturers who use the best materials and are experienced in offering suggestions related to essential pigment coating are capable of delivering the best results.

Anti-Corrosion Pigments and Their Applications

The use of pigments can be dated back through the civilizations, which means that the use of pigments has found importance in a lot of different ways. In the more modern times, pigments are classified into organic and inorganic pigments. While there is a set of applications for organic pigments, on an industrial and commercial level, the use of inorganic pigments is much wider for different reasons. Among the different applications of products from inorganic pigment manufacturers, one of the most important applications is in the creation of protective coatings which help in making anti-corrosive surfaces. A lot of different products like pipes, structural support solutions, automotive paints and other such surfaces that are prone to corrosion and need to be protected, make use of protective coatings that use inorganic pigments as one of the ingredients.

In the making of anti-corrosive pigments the use of zinc chromate, zinc tetroxy chromate and zinc phosphate is most essential. In order to be able to find the right anti-corrosion pigment for the creation of protective coatings, your best bet is to look for the best chrome pigment manufacturers.

How the Anti-corrosion pigments for protective coatings work

Corrosion takes place because of continual chemical or electro-chemical reactions of metals with their environment. Metal products that are used in machines, processing, building etc. are highly prone to corrosion as they come in constant contact with materials that cause the phenomenon. The use of inorganic pigments for coating like molybdate orange or chrome yellow and ultramarine blue can prove to be useful in the creation of effective protective coatings to be used in anti-corrosive applications.

One of the most important ways in which the anti-corrosive pigments work is by physically keeping water and oxygen out and away from the reach of the surface. The pigments also provide pacifying ions that protect the surface over which they are applied, thereby keeping the surface safe from corrosion. Finally, alternatives in inorganic anti-corrosive pigments like Chrome Yellow help by creating an insoluble protective film over the surface to keep the surface protected from anodic reactions.

Properties of certain anti-corrosive pigments

It is known that certain pigments such as zinc phosphate provide greater durability and protective coat adhesion, which is why they are highly preferred in the creation of protective coating products such as paints. The type of pigment also works towards the creation of inorganic oxyacids which are effective inhibiting corrosive actions against the surfaces on which they are applied. Some anti-corrosive pigments are also great at pacifying anodic action, which means that they can effectively block out electro-chemical reactions.

It is safe to say that the use of inorganic pigments like the anti-corrosive variety is high in demand across a lot of industries ranging from chemical to manufacturing and even in the building and construction industry. However, when you need to ensure that you are able to get truly effective pigments for the creation of protective coatings, you need to place your trust in inorganic pigment manufacturers that are reliable and will offer you professional and precise solutions.

Pigment Performance in the Plastic Industry

Worldwide, the plastic industry relies heavily on pigments and their various functions. Pigment formulations evolve with experiments and testing brings out unique characteristics, thus making its performance critical. Manufacturers depend a lot on its outcome to cater to this sector. Pigment uses are no longer restricted to colours or getting the right shade. Now there is an additional burden of sustainability and various compliances. Furthermore, they have to be adaptable to different industrial processes.

The availability of masterbatch (coloring agent) is an essential component for polymer materials. Recent reports reveal that Asia offers the highest growth of pigments for several applications in the plastic industry, especially for packaging products. Manufacturers who follow stringent industrial norms for formulation and processing are preferred. They also conform to packaging materials and safety for plastic toys. The ability to innovate and improve customer solutions strengthens their quality assurance.

7 types of masterbatches for plastic industry

Pigment performance for plastics
Over a period of time, we understand that plastic is difficult to degrade when it is thrown out. Due to this reason the current generation of manufacturers creates pigments which enhance the degradation and support the environment. The focus of the performing pigment relies on several properties. They are preferred in comparison to dyes due to water and oil solubility. The superfastness qualities additionally make them very useful in the plastic industry.

Following are the pigment properties critical to the plastic industry for masterbatches production.

  1. Behavior under artificial lighting and sunlight is important. When plastic is exposed to strong light how will it perform? This determines the product’s usefulness to the customer. If the pigment is resistant to weather and extreme light it is protective and acceptable. The manufacturer makes a stable formulation which is critical for the final product.
  2. If the product is being used indoors, artificial light also puts a strain on the properties of its performance. Lightness is yet another measure to control for various functions inside the premises.
  3. Crystallization matters for wrapping and nucleation. When organic pigments are used they affect the cooling process which is done for injection molding.
  4. The transparency of a pigment is created by reducing the particles. The surrounding layers achieve this process to ensure there is no crystal growth. This is effective in the printing industry for dispersion on various materials.

Complete range of pigment formulations

Asian manufacturers are in demand as they have a complete suite of formulations for the Masterbatches creation. It includes organic pigments, Phthalocyanine pigments, dues and optical brightness which are specifically required by the plastic industry. Adherence to manufacturing processes include compliance towards regulatory standards designed by the plastic industry for product safety. Pigment makers with a global presence can be approached for customized solutions for colorant pigments required for PVC, HDPE/LDPE/PP, Fibre.

The applications of masterbatches are distinctive and those with resistance to chemicals & solvents and increased light fastness will always be in demand for various functions.

Main features and uses of solvent metal complex dyes

Solvent metal complex dyes are very popular due to versatile functions and uses. Manufacturers whose main business is to produce them can create customized formulations for various industries. Miscibility and solubility are the main characteristics that define the functionality of solvent-metal complex dyes. They are ideal for wood coating/staining, stationary and printing inks, aluminum foil coloring, baking finishes, hot stamping foil coloring, shoe polishing and leather finishes.

We present an overview of this important category that manufacturers produce for various industries. Using key intermediaries in-house for APIs in well-equipped labs makes the supplier a one-stop solution for several customers.

Description

Solvent metal complex dyes have a good compatibility with resins (natural and synthetic) and organic solvents. They are particularly suitable because they exhibit ideal properties for light fastness, color strength and possess a good resistance to heat.

Advantages of in-house solutions

  • Quality control is maintained at each stage. With the right procurement of raw materials, monitoring during testing procedure is convenient. It makes delivery of end results more accurate for the customers.
  • There is a wide variety of vibrant and precise color schemes which are valued in printing and coating sectors. As stability to high heat is critical, in-house processes bring out the right shades required for resistance.
  • Solubility is the key to solvents metal complex dyes. They include Butyl Cellosolve, Ethanol, MEK, Ethoxy and Methoxy Propanol. These are perfect for developing aromatic solvents.
  • According to EN71, the low metal content is maintained. Since there is a ban on amines (21 CFR standard), the regulatory standards are adhered to during testing and actual development for various applications.
  • Even after long term storage there is no precipitation.
  • Common uses across industries make solvents metal complex dyes important for manufacturers to cater to demands.

Applications by Industry

  • Leather topcoats
  • Wax, candles, varnishes and spirit
  • Printing Inks (gravure, offset and flexographic)
  • Stationary inks
  • Wood Staining
  • Plastic dyes for engineering plastic
  • Paints –solvent-based, industrial and automotive
  • Aluminum foil printing
  • Metalized polyester films

Various shades can be created depending on the industrial requirement. For example, for making wax, candles and spirit the spectrum of colors supplied include:

  • Solvent yellow 2
  • Solvent yellow 14, 56, 62
  • Solvent Red 23 and 24
  • Solvent Orange 2, 7
  • Solvent Blue 35, 36
  • Solvent Black 5, 7
  • Solvent green 3, 7

There is also a high grade and range available for polymer soluble solvent dyes for engineering plastic.

To ensure that each shade is created manufacturers offer quality assurance for all solvent metal complex dyes for raw materials and also finished prodcuts. The testing lab is well-equipped with important infrastructure that contains:

  • Filter Index machine to test FPV values according to the regulatory norms
  • Accurate moisture testing with Karl-Fischer
  • Melting point apparatus
  • Injection molding machines
  • Applicator for solvent soluble dyes
  • Wet testing (titration, purity analysis and N.V)
  • Dyeing machines for specific acid dyes

In-house facilities that offer these critical points give manufacturers an edge to have a global presence.  Continuous R & D also add immense value to the processes, technicality and outcome.

Analytical applications of pH indicator by dye manufacturers

Testing via pH indicators is a critical process done by dye manufacturers for their clients.
Since it has targeted analytical applications it has to be monitored as dyes are very
sensitive to pH alterations. Colorants can have a marked change if testing is faulty and it
does not meet the client’s specific purpose. Compatible pH ranges affect the processes for
the creation of all product lines. That is why pH indicators have a large role play in this
industry.

To understand how dyes will be impacted, this testing procedure needs to be
implemented methodically at the manufacturer’s laboratory.

What do pH indicators do?

The indicator can work as a halochromic chemical compound. It is blended with
a solution in small measures to get the ideal pH range. Various indicators reveal the color
and change its physical properties. For example, methyl orange is used as a pH indicator
which is useful for dyeing and printing textiles sectors. It can be developed according to the
industry standards by optimal testing procedures. The halochromic materials for textiles

have diverse end-use applications. The help of pH sensors, adds to the economic
dyeing process with limitations. Fast colors are always preferred by customers who use
fabrics for many purposes. Hence, the pH sensitivity and its color-changing characteristics are
important for different materials. There is always a performance gap between lab testing
and the actual dyeing process as fibre interactions fluctuate. Hence, manufacturers develop pH
sensors with indicator dyes. It is used in the traditional dyeing process. The pH solution has
to be compatible with the solution for dissolving dyes. That is why some dyes are always used
with caution. They cause problems and only technical experts can identify the areas
being affected. They offer trusted solutions for proper testing with the right instruments.

What does testing involve?

When testing is done for end-uses of the pH indicator analysis, it is measured for color
fastness for:

 Laundering
 Light
 Unfinished & Finished dye pH responses
 Determination of the response time
 Water and oil repellency

Why analysis of pH sensitivity is significant?

The sensors are indicative of the safety level or the harm they can have on the skin after
prolonged use. Hence, the industry needs to be more sensitive not only towards
the environment but also to human skin. Textile fabrication processes need advanced
solutions to tackle sensitivity. Thus indicator functions are important and integral in the
finished products.

pH indicator dyes other applications

While it cannot be argued that pH indicator dyes are prominent for fabrics and dyeing
processes. As biological stain dyes, they reveal structures in medicine to study polymer
foundations. Metal ions are detected by testing methods.

They are also used for:
 Water Treatment
 Product Sanitization
 Analysis in laboratories

The usage indicates if there is any other foreign substance which is visible when the color
changes.

Some of the leading pH indicators and biological dyes are:
 Eosin
 Acid Red 92
 Fluorescein
 Methyl Orange
 Titan yellow
 Basic Brown

These applications are prominent in the dyeing and printing textile sectors. Indian
manufacturers offer a wide range of tamper-proof finishes to cater to global demands annually.

An Introductory Guide to Inorganic Chemical Pigments

Inorganic pigments or chrome pigments as they are also known are produced with the use of inorganic, heavy chemicals, which is how the pigments get their name. There are several industries that make extensive use of the inorganic range of pigments such as the paints, inks and plastic industries. Since the pigments are inorganic and made with the use of heavy metals, the uses of the pigments are mainly in areas such as for road marking paints, exterior paints for buildings and structures or for master batches of plastic grains. Interestingly, the master batch makers of plastic grains have the highest demand for quality oriented and globally trusted manufacturers of inorganic pigments in India as well as in other countries across the globe.

There are several products such as lemon or middle chrome in the range of inorganic pigments which are extremely high in demand in the paint industry. Particularly, the paint that is used for road marking, makes use of products such as lemon or middle chrome from among the products included in the inorganic pigment range. One major reason for the great demand of inorganic pigments in the road marking paint is due to the fact that the pigment is cost effective and proves to be a viable alternative as compared to the other costlier options available. Most road marking paint manufacturers opt for lemon chrome or middle chrome pigments from manufacturers that have the backing of experience and work in a quality and service oriented manner.

Inorganic pigments also include the anti-corrosive category of pigments which are used in the coating of pipes that need to be protected from corrosion. The pigments manufactured using zinc chromate, zinc tetroxy chromate or zinc phosphate are greatly in demand for use in pipes that have to transport gases, liquids and semi-solids. The pigment type helps in keeping the pipe surfaces free of corrosion and in turn, helps in keeping the functionality of the pipes optimal even after prolonged use. It is important that the most trusted and reliable inorganic pigments are used for the anti-corrosive coating, which is why it helps to obtain the pigments from certified and experienced manufacturers only. The product that is most commonly and popularly used for the anti-corrosive coating solution is scarlet chrome, which gives the red appearance to the finished product and which is commonly seen on most pipes used for purposes such as in the creation of fire safety systems.

Inorganic pigments also find extensive use for painting the exteriors of buildings and other structures. Most buildings are coated with paints made using inorganic pigments because of the excellent light fastness that the pigments offer. The pigments are able to stand strong in the face of heat, light, wind and rain, which makes it an ideal choice for long lasting exterior paint used in construction projects. No matter, what the use of the inorganic pigment is, it is important that it is procured from the most trusted and internationally acclaimed manufacturer to be able to attain the most desired results.