
BioPak Cold Paper BioCup Green - 390ml / 90mm (1000 Pack)
Capacity: 390ml | Pack of 1000
from
164.89Ex Gst
Ex GST: 149.90Ex Gst
- Stock: 99
- Brand: BioPak
- Model: FZ984
- SKU: FZ984
175.89Ex Gst
Ex GST:159.90Ex Gst
137.39Ex Gst
Ex GST:124.90Ex Gst
142.89Ex Gst
Ex GST:129.90Ex Gst
170.39Ex Gst
Ex GST:154.90Ex Gst
175.89Ex Gst
Ex GST:159.90Ex Gst
186.89Ex Gst
Ex GST:169.90Ex Gst
208.89Ex Gst
Ex GST:189.90Ex Gst
8.25Ex Gst
Ex GST:7.50Ex Gst
4.29Ex Gst
Ex GST:3.90Ex Gst
175.89Ex Gst
Ex GST:159.90Ex Gst
137.39Ex Gst
Ex GST:124.90Ex Gst
142.89Ex Gst
Ex GST:129.90Ex Gst
170.39Ex Gst
Ex GST:154.90Ex Gst
175.89Ex Gst
Ex GST:159.90Ex Gst
186.89Ex Gst
Ex GST:169.90Ex Gst
208.89Ex Gst
Ex GST:189.90Ex Gst
These green 390ml paper cold BioCups will help you stand out from the crowd. Lined inside and out with Ingeo - a bioplastic that's been created using plants, not oil these BioCups are certified industrially compostable. These cold paper BioCups are specially designed for ice cold drinks such as smoothies, juices and frappes. Our clear PLA and PLA-lined paper BioCups lids are made from plants not oil, and certified industrially compostable (AS4736). PET cold cup lids are made from conventional plastic and accepted in the plastic recycling stream.
These green BioPak cold drink cups come in a pack of 1000 and are packaged for retail sale and are shelf ready. These BioPak cups are compatible with BioPak items that are sold separately (FY091, FY090 and FY089).
These green BioPak cold drink cups come in a pack of 1000 and are packaged for retail sale and are shelf ready. These BioPak cups are compatible with BioPak items that are sold separately (FY091, FY090 and FY089).
| specifications | |
| specifications | Paper |
Product Features
- Suitable for hot, cold, wet and dry products
- Supplier Model Number: BCC-12-G
- Compatible BioPak items sold separately - FY091, FY090 and FY089
- These cups are made from certified paper and certified industrially compostable to Australian standards (AS4636)
- Manufacturing Ingeo produces approximately 80% less greenhouse gases and uses approximately 52% less non-renewable energy (NREU) than traditional polymers like polystyrene







