Sugarcane bagasse → premium compostable tableware

High-performance, PFAS-free molded-fiber from sugarcane.

Leafline Eco starts with bagasse—the leftover fiber from sugarcane. We refine, pulp, form, and heat-treat it into strong, low-porosity tableware that performs like premium plastic, but finishes like soil.

Certified PFAS-free

0 ppm

Intentional forever chemicals

Heat & liquid performance

-20°C → 120°C

Freezer → hot food service

End-of-life

60–90 days

In a well-managed compost stream*

Actual compost time depends on local conditions, temperature, and facility. Leafline-style molded fiber is designed to disappear where food goes not sit in landfill for decades.

Layer 1

Fiber origins

Sugarcane bagasse

We use agricultural residue, not trees or fossil carbon. Sugarcane bagasse is pulped, filtered, and formed into a high-purity fiber mat that becomes your plates, clamshells, and bowls.

Close-up of sugarcane bagasse fiber

Layer 2

Performance engineering

Hot, oily, liquid

Heat and pressure tune density and porosity, giving Leafline-style molded fiber enough stiffness and oil resistance for curries, soups, and delivery. No hidden plastic liners, and no added PFAS.

Leafline Eco tableware with hot and oily foods

Layer 3

End-of-life & soil story

Designed for compost

After use, your plates should follow the food scraps. In the right infrastructure, molded fiber breaks down into CO₂, water, and biomass—not microplastics.

Compost and soil texture
Fiber macro
Leafline Eco plates in use
Compost and soil

Material performance

Leafline vs foam, plastic, and paper

Normalized 0–10 scores (illustrative)

Leafline-style molded fiber is designed to score high on heat & oil resistance, stiffness, and compostability, without relying on PFAS or plastic linings.

Real-world use cases

Performance across foods & service styles

0–10: suitability rating

Leafline-style tableware supports hot entrées, oily street food, delivery programs, and high-volume foodservice without softening, leaking, or delaminating like some paper and foam alternatives.