Advanced Material Technologies

Bioplastic Solutions

Our bioplastic materials are derived from renewable resources such as corn starch, sugarcane, and algae. These materials offer the same protective properties as traditional plastics but break down completely in industrial composting facilities.

The production process uses significantly less energy and produces fewer greenhouse gases compared to petroleum-based plastics, making it a truly sustainable alternative.

Compostable Films

Advanced compostable films provide excellent barrier properties while being fully biodegradable. These films are certified for home and industrial composting, ensuring they return to nature without leaving harmful residues.

Testing confirms complete breakdown within 90-180 days in proper composting conditions, contributing to soil health rather than landfill waste.

Smart Packaging Features

Intelligent Labels

Smart labels with NFC technology provide consumers with detailed information about the tea's origin, brewing instructions, and sustainability credentials. Simply tap a smartphone to access comprehensive product details.

Freshness Indicators

Color-changing indicators show the optimal freshness window for the tea. These indicators respond to environmental conditions, helping consumers enjoy tea at peak quality.

QR Code Integration

Every package includes a QR code linking to detailed sustainability information, recycling instructions, and the product's environmental impact data. Transparency builds trust with eco-conscious consumers.

Research & Development

Continuous Innovation

Our research team continuously explores new materials and technologies to improve packaging performance while reducing environmental impact. We collaborate with universities and research institutions to stay at the forefront of sustainable packaging innovation.

Current projects include developing packaging from agricultural waste, creating edible packaging options, and exploring nanotechnology for enhanced barrier properties using natural materials.