The Carbon Footprint Crisis in Flexible Packaging

The packaging industry accounts for 26% of total plastic production, with traditional polyethylene bags taking 500+ years to decompose. Conventional flexible packaging generates 3.1 kg CO2 equivalent per kg of material during production and disposal. Our Unprinted Kraft Paper Bag and other sustainable alternatives demonstrate how innovation can break this cycle.

How Recyclable Packaging Bags Make a Difference

Material Science Breakthroughs

Oemy's biodegradable packaging bags utilize plant-based polymers (PLA/PBAT) and mono-material flexible packaging designs that achieve:

• 72% lower fossil fuel consumption vs. conventional plastics
• 60% reduction in carbon emissions during production
• Complete decomposition within 180 days in industrial composting (OK Compost INDUSTRIAL certified)

Certifications That Matter

Technical Advantages for Business Users

Unlike early-generation eco-packaging, our 8-side seal pouches and stand-up zipper pouches deliver:

• Equivalent tensile strength to LDPE (18-28 MPa)
• Water vapor transmission rates <15 g/m²/day
• Heat seal strength exceeding 7 N/15mm

Implementation Roadmap

For businesses transitioning to sustainable food packaging, we recommend:

1. Conduct a packaging audit (we provide free assessment tools)
2. Start with non-critical applications like Unprinted Kraft Paper Bag for dry goods
3. Gradually implement mono-material flexible packaging for moisture-sensitive products

Why Oemy Packaging Leads the Change

Since our 2017 founding in Dongguan, we've invested over $2M in R&D for compostable packaging solutions. Our Guangzhou expansion in 2021 established Asia's first dedicated biodegradable gusset bag production line. Every custom biodegradable packaging bag we produce undergoes:

• FTIR spectroscopy for material verification
• Accelerated aging tests simulating 12-month shelf life
• Third-party compostability validation

Ready to reduce your carbon footprint without sacrificing performance? Explore our solutions or request samples today.