Category Archives: News

The digital marketplace, while offering unparalleled convenience, has also become a breeding ground for counterfeit products. Recent large-scale raids on major online retailers such as Amazon and Flipkart have revealed the severity of this issue. As reported by The Times of India, authorities seized vast quantities of goods—from water heaters and food mixers to sportswear—bearing fake or missing ISI marks. In Delhi alone, the value of these suspect items reached a staggering ₹7 million, with another ₹3.6 million worth uncovered in Tamil Nadu.

These raids serve as a powerful reminder of the risks consumers face when purchasing products online. The ISI mark, issued by the Bureau of Indian Standards (BIS), is a vital indicator of product quality and safety in India. It confirms that a product has undergone rigorous testing and complies with strict standards. The widespread use of counterfeit ISI marks not only misleads consumers but also poses significant safety hazards. Imagine using an electrical appliance that hasn’t met safety standards or relying on subpar sports equipment that could fail under pressure—the consequences could be severe.

The BIS mandates compulsory certification for a wide range of products—currently 769 items—to mitigate such risks. Selling, distributing, or even storing products without a valid BIS licence or Certificate of Conformity is a punishable offence, underscoring the seriousness with which authorities address this issue. The recent crackdowns reaffirm their commitment to protecting consumers from fraudulent and potentially dangerous products in the market.

In an environment where authenticity and product safety are under scrutiny, Chemco Baby Care stands out as a symbol of trust and reliability. We understand that for parents, nothing matters more than their child’s safety. That’s why we are incredibly proud to share that Chemco Group is the only company in India to be awarded BIS 3565 certification for silicone rubber teats, BIS 14625 certification for plastic feeding bottles and BIS 5168 certification for glass feeding bottles.

This milestone is especially significant in light of the recent revelations surrounding counterfeit certifications. While some products on the market may lack the assurance of genuine quality, Chemco’s BIS certifications offer irrefutable proof that our feeding bottles, teats, and glass bottles meet the highest safety and quality standards set by the Indian government.

What does this mean for you, as a parent?

• Guaranteed Quality – Our products undergo comprehensive testing and conform to the rigorous parameters outlined by BIS.
• Uncompromised Safety – We use safe, non-toxic materials and manufacturing processes that prioritise your baby’s health and well-being.
• Peace of Mind – In a market plagued by fake certifications, Chemco provides the assurance of authenticity and excellence.

The issue of counterfeit ISI marks is a timely reminder for consumers to make informed decisions and choose products that are backed by verified, official certifications. Chemco Baby Care’s achievement of having BIS 14625, BIS 3565, and BIS 5168 certifications highlights our unwavering dedication to quality and child safety. When it comes to your baby, only the best—and the truly certified—will do.

Choose Chemco Baby Care—where safety isn’t just promised, it’s proven. Visit our Baby Care Page to see our products.

The recently concluded WAVES Summit 2025 in Mumbai marked a significant milestone in India’s journey towards becoming a global creative powerhouse. Held from 1st to 4th May, the summit brought together leaders from media, entertainment, gaming, advertising, music, fashion, and technology to reimagine India’s creative exports on the world stage.

“Create in India, Create for the World” – India’s Global Creative Pitch
Inaugurated by Prime Minister Narendra Modi, the summit highlighted the growing value of the orange economy—India’s creative, cultural, and content-driven industries. His message was clear: India must not only produce for itself but also create content and experiences for global consumption.

This vision recognises India’s immense potential in design, storytelling, and innovation, aiming to make the country a major contributor to global intellectual and creative capital.

Key Highlights Shaping the Future of India’s Creative Sector

1. WAVES Bazaar – India’s First Global Marketplace for Creators
A key initiative launched at the summit, WAVES Bazaar is an online global marketplace where Indian creators can showcase and monetise their work across categories such as film, animation, gaming, music, and fashion. It is set to become a vital platform for cross-border collaborations between Indian talent and international investors, studios, and agencies.

2. WAVES Awards – Celebrating Creative Excellence
The newly introduced WAVES Awards honour exceptional work across a range of creative industries:

Game of the Year

Film of the Year

Advertising Campaign of the Year

Awards for Tech Innovation and Cultural Impact

This initiative underscores India’s increasing global competitiveness in digital storytelling and design-led thinking.

3. ‘Create in India’ Challenges – Spotlight on Emerging Talent
Three talent-focused initiatives were launched to engage both domestic and international audiences:

Wah Ustad – Discovering India’s next generation of classical vocalists

Make the World Wear Khadi – A global campaign design competition to rebrand Khadi as a contemporary, sustainable fabric

Resonate: The EDM Challenge – A global hunt for the next wave of electronic music producers

These campaigns are a fusion of tradition and technology, showcasing how India’s cultural roots can resonate globally.

4. £40 Million Creative Tech Institute to Open in Mumbai
The government announced the creation of the Indian Institute of Creative Technologies (IICT), backed by a ₹400 crore (approx. £40 million) investment. The institute will focus on training, research and innovation in emerging fields like animation, game design, VFX, AR/VR, and AI-led content creation.

The Takeaway: India’s Creative Economy is Ready to Scale

From digital-first storytelling to immersive design and sustainable fashion, the WAVES Summit 2025 showcased how India is ready to lead in sectors where creativity meets commerce. The event established a clear pathway for India’s creative industries to thrive globally—powered by technology, cultural relevance, and institutional support.

Chemco Group’s Perspective

While the spotlight was on creative talent, the success of these industries also depends on robust, innovative infrastructure—including product packaging, logistics, and sustainable material design. At Chemco Group, we see events like WAVES 2025 as opportunities to collaborate, support, and enable this next phase of India’s global growth story.

To learn more about Chemco’s sustainable manufacturing and packaging solutions, visit www.chemcogroup.com.

To learn more about Chemco’s sustainable manufacturing and packaging solutions, visit www.chemcogroup.com

India has taken a significant step towards circular economy goals with the formalisation of food-grade rPET (recycled Polyethylene Terephthalate) regulations by the Food Safety and Standards Authority of India (FSSAI). This development marks a major milestone for the packaging industry, setting clear standards for safety, quality, and compliance in the use of recycled plastics for food contact materials.

What Does It Mean?

FSSAI now permits the use of rPET in food packaging—provided it meets stringent decontamination and safety benchmarks. The move paves the way for the responsible use of post-consumer PET bottles to manufacture new food-grade containers, reducing dependency on virgin plastic. The guideline applies exclusively to recycling processes that transform post-consumer food-grade PET into FCM-rPET (Food Contact Material-rPET). This approach guarantees that materials reintroduced into the food supply chain meet strict safety and performance standards.

The Approved Recycling Processes

Only advanced recycling technologies with validated decontamination steps—such as super-clean mechanical recycling, melt-in, paste-in, and chemical recycling—are approved for converting post-consumer PET into food-contact safe rPET. Traditional mechanical recycling, without decontamination, is not permitted for such applications.

Testing and Validation Requirements

To ensure safety, the recycled resin must pass several critical tests:

• Challenge Test
• Migration Test
• Extraction Test

These tests must be carried out by NABL or ILAC-accredited laboratories and comply with standards such as IS 12252, IS 9845, and IS 9833.

Operational and Quality Standards

Recycling operations must follow Good Manufacturing Practices (GMP), including the implementation of quality assurance programmes, clearly defined critical quality parameters, and full product traceability. Input materials must meet a minimum quality standard, and the final product should be monitored continuously to ensure consistency over time.

Why It Matters

With Extended Producer Responsibility (EPR) frameworks becoming more stringent, these guidelines offer clarity and assurance for recyclers, converters, and brand owners alike. This is a vital enabler for boosting rPET adoption in food and beverage sectors while maintaining safety, quality, and trust.

As one of India’s most experienced and technically advanced players in the packaging industry, Chemco has consistently built its growth on a foundation of technological excellence, sustainable manufacturing, and trusted partnerships. Over the past four decades, we have evolved from a pioneer in rigid plastic packaging into a future-forward enterprise, embracing the circular economy and investing heavily in recycled Polyethylene Terephthalate (rPET) infrastructure. At the heart of our journey is a network of world-class technology partners—OEMs, solution providers, and system integrators like Husky (Canada)—who understand our need for performance, precision, and scale.

Strategic Alliances Built on Mutual Success

Working with companies that align with Chemco’s long-term vision has been critical to our growth. The global brands we serve demand excellence—and to deliver that, we collaborate only with suppliers and technology partners who are equally committed to innovation, efficiency, and customer success. Our long-standing partnerships with global equipment manufacturers like Husky (Canada) have enabled us to meet complex requirements with ease and reliability.

These partners do more than just supply equipment—they offer strategic insights, technical foresight, and operational resilience. Their ability to say ‘no’ when necessary, and guide us with transparency, ensures that decisions are always informed, timely, and in the best interest of both our business and the industry at large.

Meeting Complex Technical Demands Through Collaboration

Chemco’s operations span multiple manufacturing formats—including injection moulding, ISBM, extrusion, and stretch blow moulding—across facilities in India and the Middle East.

High level of complexity demands machines and systems that are built for high-volume, high-speed, and zero-defect manufacturing. Partnering with global leaders in packaging machinery enables us to optimise energy usage, reduce waste, and maximise uptime—all of which contribute to cost-effectiveness and sustainability.

Overcoming rPET Adoption Challenges Together

Despite the regulatory momentum, the shift to rPET comes with its share of friction. Brand owners often face consumer perception challenges—particularly in rural India—where darker or slightly tinted rPET bottles are wrongly viewed as inferior or unhygienic. This highlights the importance of consumer education, as well as alignment between recyclers, converters, policy-makers, and brands.

Chemco believes in the power of collaboration. By partnering with technology providers, waste management companies, and brands, we are working to synchronise innovation with regulation. Together, we can improve material recovery, drive recycling rates, and establish stable, circular packaging supply chains.

Looking Ahead

As Chemco expands its global footprint, we will continue to invest in the best technologies and partners. Our mission is to be the most trusted packaging solutions provider in the region—delivering excellence in sustainability, performance, and customer service.

The future of packaging is circular, smart, and sustainable—and Chemco is committed to leading that future, one partnership at a time.

NASA astronaut Sunita Williams recently returned to Earth after a nine-month mission aboard the International Space Station (ISS), alongside fellow astronaut Barry Butch Wilmore. Their mission, initially planned for a shorter duration, was extended due to technical challenges with the Boeing Starliner spacecraft. Eventually, they returned safely via a SpaceX Crew Dragon capsule, a vehicle known for its reliability in ferrying astronauts to and from the ISS.

The SpaceX Crew Dragon, developed as part of NASA’s Commercial Crew Program, played a crucial role in their return. Equipped with advanced navigation systems, automated docking capabilities, and an integrated abort system, the Crew Dragon ensures astronaut safety. Its heat shield, made of phenolic-impregnated carbon ablator (PICA-X), withstands extreme temperatures during re-entry, while a controlled parachute descent allows for a smooth landing.

The Science Behind Space Travel

Space exploration demands materials that endure extreme conditions, including vast temperature fluctuations, cosmic radiation, and the vacuum of space. Recent advancements focus on materials that are lightweight yet strong, radiation-resistant, and adaptable to the evolving needs of space travel.

• Spacecraft Construction: Modern spacecraft utilize lightweight composites such as carbon fiber-reinforced polymers (CFRPs) and high-performance insulation materials like aerogels to minimize fuel consumption while ensuring structural integrity.
• Astronaut Safety & Equipment: Helmets and suits require flexibility, impact resistance, and thermal insulation. Materials like polycarbonate provide shatterproof protection in visors, while Kevlar and Vectran enhance durability in space suits.
• Life Support & Storage: Essential resources like water, food, and oxygen are preserved using high-grade polymers such as polyethylene and fluoropolymers, ensuring airtight sealing and contamination prevention.
• Spacecraft Interiors: Lightweight and durable materials such as Nomex, a flame-resistant meta-aramid polymer, are used for paneling, wiring insulation, and seating components, withstanding vibrations and extreme temperatures.

The Role of Advanced Materials in Space Exploration

Materials play a crucial role in space missions, providing:

• Lightweight Durability: Carbon composites and ultra-high-molecular-weight polyethylene (UHMWPE) reduce spacecraft weight while maintaining strength.
• Extreme Temperature Resistance: Specialized polymers like Kapton provide insulation against the Sun’s heat and deep-space cold.
• Protective Gear: Space suits and helmets use Lexan polycarbonate for impact resistance, Mylar for thermal insulation, and Vectran for high-strength tethers.
• On-Demand Manufacturing: 3D printing with materials like ULTEM and PEEK enables astronauts to create tools and spare parts as needed, reducing dependence on Earth.

The Future of Space Materials

As space exploration advances toward lunar bases and Mars missions, the demand for innovative, sustainable materials grows. Research into recyclable and biodegradable materials aims to enhance efficiency while reducing environmental impact. These advancements not only shape space travel but also drive technological progress on Earth.

Advancing the Next Generation of Exploration

Sunita Williams’ return highlights humanity’s progress in space exploration. Advanced materials remain central to mission success, ensuring safety, efficiency, and sustainability.

At Chemco Group, we understand the vital role of material innovation in shaping industries. As a leader in high-quality rigid packaging solutions, we take inspiration from technological advancements in space, developing durable, lightweight, and sustainable plastic products that contribute to progress across industries on Earth and beyond.