Plastic pigments are used in many industries to create everything from car fenders to cell phones. In order to be effective, however, these pigments must be produced using high-quality raw materials that won’t break down or wear out over time, as well as heavy-duty equipment and facilities that will ensure safe manufacturing processes and high-quality outputs. If you’re interested in the production of plastic pigments, the following article has everything you need to know about the process.
What are Plastic Pigments?
Plastic pigments are colorants that are added to plastics, such as PVCs. These colorants or dyes can be natural or synthetic and they impart different colors depending on which pigment is used. The range of colors available is very wide and ranges from yellow, orange, red, brown, green and blue. Most typically however, these colors come in shades of white and black. The difference between these two is dependent on how much pigment was added during production.
Why Use Plastic Pigments?
Plastic pigments are non-toxic and work on a variety of different surfaces. They provide bright, vibrant colors that are highly resistant to fading. These properties make them ideal for use in durable painted objects, such as toy parts and sporting goods. Plastics can be made into an almost endless variety of shapes, so it’s no surprise that these materials are used in items as diverse as children’s toys and construction helmets. Plastic pigment producers take advantage of these flexibility by working with chemists and designers to formulate custom blends that meet specific needs. These blends may combine several types of plastics together or even include elements such as metal particles or carbon black.
What is the Difference Between Single, Double and Triple Complementary Colours?
The difference between complementary colours depends on whether you are using a subtractive or an additive colour model. Subtractive colour models such as artists’ paints and printers’ inks use dyes, which means that if you combine two complementary colours together, it will appear black. Additive colour models such as computer screens use light sources of specific wavelengths, so that when two complementary colours are combined they will appear white. In an additive model, combining red and green (which are complementary) produces yellow; combining cyan and magenta produces red. The same relationship holds for opposites on color wheels created by both subtractive and additive color models.
The color wheel is a basic tool for artists and designers. It consists of three primary colors (red, blue, and yellow) that form a triangle on a chart. The primary colors are pure hues, while their mixes—orange, green, purple—are called secondary colors. In theory there are also tertiary colors (i.e., green-yellow), but most people don’t perceive these as different from secondary ones and simply call them brown or grey. More complicated color wheels exist with more than 12 segments; these might be useful if you’re trying to design a logo for an insurance company or something else entirely abstract.
Does Brand Matter?
When it comes to Pigment Green 7, brand doesn’t matter—at least not in terms of quality. The only difference you’ll see between one type of plastic pigment and another is color; other than that, there’s no discernible difference. Pigment from a high-end manufacturer is no more likely to be used in high-quality projects or last longer. This means you can save money by looking for bargain options. Since there’s so little difference between pigment brands, your decision should come down to price alone. But before you buy, make sure that any brand you buy is safe and FDA approved; some retailers sell uncertified chemicals on purpose or by accident, which can put your customers at risk for long-term health problems.
Which Plastic Pigment Should I Choose?
Solvent-based plastics are typically mixed with a chemical called MEK (methyl ethyl ketone). While solvent-based plastics tend to be more durable, waterborne plastics offer much more flexibility. The term waterborne is generally used to describe plastic coatings that are dissolved in water and then sprayed onto a surface using an HVLP sprayer. Waterborne coatings like these offer a number of benefits over their solvent-based counterparts. Also know about the Largest phthalocyanine Pigment Green 7 Manufacturer. They don’t emit noxious fumes, they can withstand extreme temperatures, and they allow you to do multiple coats without damaging your substrate. The biggest downside is that waterborne paints tend to cost about twice as much as their solvent-based cousins.
Solvent Vs Waterborne?
Plastic pigments can be used in 2 ways. One method is through a solvent, such as acetone or alcohol based products, and another method is through waterborne products. The main difference between solvent and waterborne plastic pigments are their uses in paints or coatings. Solvent based paints and coatings use liquid solvents to bind with other compounds in order to create paint or coating solutions, while water-based paints simply mix additives into paint or coatings by dispersing them throughout the compound when it is added into a mixing tub.