Cassava is a cheap and common root crop. The starch from cassava can be used to make bioplastics which is a biodegradable alternative to petroleum-based plastic bags. Our cassava biobags are designed to be 100% biodegradable and compostable, and is also soluble in hot water. Our biobags come in a variety of forms such as t-shirt bags, griphole bags, mailers, pouches, and laundry bags.

Sugarcane bagasse is an alternative to polystyrene. It's suitable for hot and cold food and is freeze-safe, microwave-safe, and oven-safe. This material is made from reclaimed sugarcane, where the the dry fibrous residue left once sugarcane has been pressed for juice. A high-heat, high-pressure process is applied to press and shape the fibers into our takeaway boxes, plates, and bowls.

PLA is a compostable bioplastic derived from plant sugars. Glucose is extracted from milled corn, and then fermented to produce lactic acid. This is processed into a polymer and made into pellets. PLA is used in our clear products such as cup lids.

An alternative to conventional plastic, our bamboo-derived products are naturally sourced and is fully recyclable. The bamboo fiber makes our straws durable enough to last more than four hours submerged in a beverage and makes it safer to be thrown away. 

Our vegetable-based inks are less harmful to the environment than their petroleum-based counterparts. Oils from the naturally sourced products are used as a solvent for the pigments and is then printed into our cassava biobags.

We use sustainably sourced paper and recycled content where we can. The production of kraft paper doesn't involve extensive bleaching, a process which conventional paper uses and decreases the paper's strength. Our Geami 3D Honeycomb Wrap, kraft tape, and plantable ballpens are made of this material.