Attribute Category	Key Features	Technical Description
Material & Sustainability	Plant-Based Degradable Fiber	Made from PLA (Polylactic Acid) derived from corn starch + cellulose fibers. Breaks down into CO₂, water, and biomass within 90 days in composting conditions.
Decomposition Validation	90-Day Soil Degradation	Certified by TUV OK compost HOME; decomposes ≥90% within 90 days under ambient composting (20°C–30°C, 50%–60% humidity).
Printing Technology	10-Color Flexographic Printing	High-resolution printing (up to 175 LPI) with eco-solvent inks; supports Pantone spot colors, gradients, and fine details.
Functional Design	Stand-Up Gusseted Base	Reinforced bottom gusset enables self-standing stability; flat-foldable for efficient storage/shipping.
Barrier Properties	Moisture Resistance	Food-grade coating provides MVTR <5 g/m²/day (suitable for dry goods). Not for liquid/high-fat foods.

Parameter	Detail	Standard/Value
Material Composition	Base Material	PLA (70%) + Cellulose Fiber (30%)
	Additives	Non-toxic biodegradation accelerators (e.g., prodegradant catalysts)
Physical Properties	Thickness	0.15–0.25 mm (6–10 mil)
	Sizes	Customizable: 4"x6" to 12"x16" (stand-up design)
Decomposition Metrics	Degradation Time	≤90 days (TUV OK compost HOME)
	Compost Residue	≤10% after 90 days (per ISO 20200)
Printing Specifications	Color Capacity	10-color printing (CMYK + 6 spot colors)
	Resolution	175 LPI; supports microtext (≥4pt font)
Performance	Load Capacity	Holds up to 2 kg (gusset-reinforced base)
	Temperature Tolerance	-10°C to 50°C (avoid freezing/heat)
Certifications	Eco-Certifications	TUV OK compost HOME, EN 13432, ASTM D6400
	Food Safety	FDA 21 CFR §177.1520 (PLA food contact)
Logistics	MOQ	5,000 pouches (custom printing)