YST Ø89mm 10oz Compostable PLA CUP

Item no: 89-10oz

Size: 89*52*88mm

Capacity: 10oz

Carton Size: 46.5*37.5*39.5cm


Product Detail

Product Tags

Product Overview

Our PLA compostable cups are premium plant‑based disposable drinkware manufactured from renewable corn‑starch raw materials. Featuring crystal‑clear transparency, zero plastic odor, and full food‑grade safety. Fully certified for global sustainability and food‑contact standards, our PLA cups support brand green positioning and meet strict EU, North American and Australian market entry requirements.

Product Specifications

Material: 100% Virgin Food‑Grade PLA (Polylactic Acid) from renewable plant resources

Application: Cold beverages only

Temperature Resistance: ‑20℃ to 50℃, not for hot drinks or microwave use

Available Capacities: 5oz / 7oz / 8oz / 10oz / 12oz / 14oz / 16oz / 18oz / 20oz / 24oz / 32oz / 40oz / 44oz

Printing Options: Custom offset printing for private‑label branding

Feature: Transparent, rigid, stackable, matching leak‑proof lids available

Disposal: 100% industrially compostable, zero micro‑plastic residue

Certifications & Standards

Certified by DIN CERTCO, BPI and ABA Seedling. Fully compliant with EN 13432, ASTM D6400 and AS 4736 industrial composting standards.

US FDA Compliance

Conforms to FDA 21 CFR 177.1630 food-contact safety requirements.

EU Food & Sustainability Compliance

Meets core EU food-contact regulations including (EC) 1935/2004 with full migration compliance.

BRCGS Packaging Grade A+ Certification

Produced in our BRCGS A+ rated factory with standardized GMP hygiene management. Ensures consistent batch stability, food-grade purity and reliable quality for large-volume global orders.

ISO 9001 Quality Management System

ISO 9001 certified production with full-process quality control and batch-by-batch inspection.

Important Notice

PLA compostable cups are only degradable under industrial composting conditions. They do not decompose in home compost or ordinary landfills. Not applicable for hot beverages, high‑temperature environments, or microwave heating。


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