In the past few years, we’ve seen some exciting new developments on the pigment front that have the potential to change our lives and our planet in big ways. Pigment Green 7 has been around since 1814, but it wasn’t until recently that its potential as an eco-friendly solution to many of our modern problems became clear. Now, designers are using this pigment more than ever before and innovators are searching for even greener solutions to the issues plaguing our planet. Here are just a few of the recent developments in the world of green pigments.
Green Pigment History
According to a report by PWC India, pigment manufacturers in Gujarat generated Rs.1400 crores worth of revenue as compared to Rs.260 crores in 2009-10. This increase is attributed to trends towards adopting more eco-friendly solutions and even go further into colour additives. Plastic Pigments, which account for a mere 3% share of India’s $2 billion market. It have been receiving all limelight due to their enormous potential, both globally and locally. Manufacturers are focusing their production and marketing activities more on gaining substantial export volumes from European Union countries. (Where demand is consistently high) instead of domestic markets like India where growth is only coming from niche applications such as coloured concretes for construction purposes.
Green Pigment Regulations
While environmental protection authorities around the world have always had oversight over any manufacturer. Importer or seller of products made with toxic materials, for many years there was very little in terms of regulation for conventional plastic pigments. Several pigment manufacturers in Gujarat were found to be violating hazardous waste management and trade regulations by dumping untreated organic solvent waste into local water resources and nearby soils. While these regulatory challenges have been addressed by new government policies, several problems remain: including, a lack of centralized data gathering regarding pigment use; landfills; disposal methods; and recycling/recovery opportunities.
The issue with most organic pigment manufacturers in Gujarat is cost. As production of naturally-derived products can be more expensive. This isn’t to say that consumers have been slow to adopt such products, however, as there’s been a surge in demand for environmentally-friendly alternatives. Plastic pigments still rule supreme within many industries (especially packaging and food), but it appears that many consumers want more options than just green vs. clear. As synthetic suppliers improve their formulas and move toward bio-based processes for manufacturing these products, we’ll likely see a greater selection on both sides of the spectrum. With so much concern over the environment today, one has to wonder how this will affect future product design. For example, an increasing number of cars are now being made with recycled materials and eco-friendly finishes; could this trend translate into interior design in your home or office?
Controlling The Cost Of Green Pigments
While eco-friendly colourants provide advantages like reduced energy use, significant savings in raw materials and more sustainable packaging options. They tend to be pricier than their conventional counterparts. So what’s behind higher prices for products that support a greener environment? For starters, consumers continue to view environmentally responsible products as being more expensive. But in reality, many green colours cost no more than their non-green counterparts. That’s because most go through a process called grinding to reduce excess weight and volume without compromising pigment properties or performance—and without increasing costs for manufacturers or retailers.
Making Green Pigments In A Low Cost Manner
Green pigment manufacturers in gujarat have been desired by people for many years now. Although there have been various substances that were used to make them, they had always turned out to be toxic or very expensive. However, scientists have recently developed new ways and recipes to make pigment without using heavy metals or toxic chemicals that can prove harmful in certain situations. They have also figured out ways to make these pigments at a fraction of their previous costs. The new way is cheaper and eco-friendly as well, which allows us to save more while giving less harm to our environment!
In addition to ongoing research to improve current products, there is also ongoing research in areas like biomimicry and biophysics, which look at the colour of animals and physics. For example, many birds produce their colors by microscopic structures called photonic crystals that reflect light only when it hits a certain angle. We can’t yet make colors that way (we can only make colored glass or resin), but we’re working on ways to mimic these structures using synthetic compounds. For example, one new compound looks like a piece of celery or cauliflower. When white light hits this material, blue and yellow wavelengths scatter more than other colors because they interact with its structure differently. By applying this technique to an object coated with this material, you can create different colors depending on where you put it: if you put it on the top of a pillar with one side reflecting white light, then any side of the pillar will be blue; if you put it on all four sides of a cube so that all surfaces hit white light, then every surface will be green.