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Ash-removed Recovered Carbon Black (ArCB)
At Advaya Carbonology, we proudly offer high-quality, purified, and ash-removed recovered carbon black (ArCB), meticulously produced to meet the most demanding industry standards. Our ArCB not only matches the performance of traditional virgin carbon black but also supports sustainable practices by significantly reducing environmental impact. Through our innovative processes, we enable industries to achieve their sustainability goals without compromising on quality or cost-effectiveness.
Ideal for various applications, our ArCB is used extensively in industries such as rubber, tires, plastics, paints, coatings, and inks. This product meets rigorous quality standards, ensuring superior performance and consistency in every application, making it the smart choice for businesses committed to both excellence and environmental responsibility.
How is Advaya Carbonology’s ArCB the Need of the Hour?
Fossil Fuel Savings
Advaya Carbonology effectively recycles and purifies recovered carbon black, significantly reducing the need for virgin fossil fuels.
Cost-Effective Solution
Advaya's ArCB offers a cost-effective alternative to carbon black grade N550, reducing costs without compromising quality.
Traditional Process Impact
Conventional carbon black production depletes non-renewable resources and emits significant greenhouse gases and pollutants.
Innovative Recycling
Advaya reclaims carbon black from waste materials like end-of-life tires and purifies it to meet rigorous high-quality standards.
Environmental Conservation
Our method conserves precious fossil fuels and significantly minimizes environmental impact, contributing to a sustainable future.
Reduced Carbon Emissions
By transforming waste into resources, Advaya lowers carbon emissions, supporting a sustainable carbon black industry.
How Advaya's ArCB is better as compared to other alternatives
| Basis | Advaya's ArCB | Virgin Carbon Black (vCB) | Recovered Carbon Black (rCB) |
|---|---|---|---|
| Purity | 99 – 100% | 99 – 100% | 75 – 80% |
| Ash Content | Significantly Removed | Low | High |
| Environmental Impact | Sustainable, recycled from waste | High environmental impact, produced from fossil fuels | Moderate, recycled but often with waste discharge |
| Production Process | Zero Liquid Discharge (ZLD) process | Incomplete combustion of fossil fuels | Pyrolysis or other methods which discharge wastes |
| Carbon Footprint | Lower, due to recycling | High, due to fossil fuel combustion | Moderate |
| Application Performance | Comparable to Virgin Carbon Black | High performance | Variable performance, lower than ArCB & vCB |
| Cost | 20% lower than Virgin Carbon Black | Higher, due to production costs | Lower, but quality is inconsistent |
| Sustainability | High, promotes circular economy | Low, relies on non-renewable resources | Moderate, better than virgin but not optimized |
| Use in Industries | Rubber, tires, plastics, paint, coatings, inks | Rubber, tires, plastics, paint, coatings, inks | Some plastics and coatings |
| Carbon Credits | Eligible for carbon credits due to recycling processes | Not eligible, high carbon footprint | Potential eligibility, but varies with process |
Applications
Tires
Enhances durability, traction, and wear resistance, making ArCB an eco-friendly alternative to traditional carbon black.
Plastics
Enhance durability, corrosion resistance, and ensure a flawless, superior finish while maintaining structural integrity.
Coatings & Inks
Provides excellent dispersion and colour depth in coatings and inks, ensuring smooth application and vibrant finishes.
Dyes & Pigments
Offers deep black colour and improved stability while being a sustainable choice in the production process.
Rubber Industries
Enhances tensile strength and abrasion resistance, delivering high performance in various rubber products.
Automotive Ancillaries
Provides durability and thermal stability, ensuring long-lasting performance under challenging conditions.