Similar to CPLA lids - 4oz - White

Made with Crystalised PLA, these lids look and feel like a PS material, but they are compostable and can be safely deposited in a landfill to naturally break down. They do not contain petroleum-based plastic. They have a great tight snap-on seal, with a good venting hole, and they feel safe and strong.

This lid has a 90 mm Rim and fits all of our Coffee Cups Sugarcane is a non-food renewable resource, yielding new harvests annually. Sugarcane-bagasse is the name for the plant fiber that remains after sugar producers process the sugarcane stalk. We take the fiber and mold it into strong and attractive food packaging products. It is certified compostable and biodegradable. -

Our single wall hot/cold cups are a good economy option. They are very popular in markets. They are made of card and lined with PLA, a plant-based plastic, not a petroleum-based plastic. As food contamination is not a problem, the waste container can be sent to a landfill (to eventually breakdown in...

Our single wall hot/cold cups are a good economy option. They are very popular in markets. They are made of card and lined with PLA, a plant-based plastic, not a petroleum-based plastic. As food contamination is not a problem, the waste container can be sent to a landfill (to eventually breakdown in...

Made with Crystalised PLA, these lids look and feel like a PS material, but they are compostable and can be safely deposited in a landfill to naturally break down. They do not contain petroleum-based plastic. They have a great tight snap-on seal, with a good venting hole, and they feel safe and strong.

Made with Crystalised PLA, these lids look and feel like a PS material, but they are compostable and can be safely deposited in a landfill to naturally break down. They do not contain petroleum-based plastic. They have a great tight snap-on seal, with a good venting hole, and they feel safe and strong.

Our white CPLA cutlery is very popular in markets. The knives are well constructed and stylish. They are made of CPLA, a plant-based plastic, and not a petroleum-based plastic. As food contamination is not a problem, used cutlery can be sent to a landfill (to eventually breakdown into plant matter) or sent to a commercial composting centre (for conversion into compost

Our white CPLA cutlery is very popular in markets. The forks are well constructed and stylish. They are made of CPLA, a plant-based plastic, and not a petroleum-based plastic. As food contamination is not a problem, used cutlery can be sent to a landfill (to eventually breakdown into plant matter) or sent to a commercial composting centre (for conversion into compost).

Our white CPLA cutlery is very popular in markets. The spoons are well constructed and stylish. They are made of CPLA, a plant-based plastic, and not a petroleum-based plastic. As food contamination is not a problem, used cutlery can be sent to a landfill (to eventually breakdown into plant matter) or sent to a commercial composting centre (for conversion into compost).

Our ripple wall hot cups provide optimum insulation properties and extra grip. They are very popular in markets. They are made from two layers of cardboard and lined with PLA, a plant-based plastic, and not a petroleum-based plastic. The waste container can be sent to a landfill (to eventually break...

Our double-wall hot cups provide great insulation properties and do not require a sleeve. They are very popular in markets. They are made of two layers of cardboard and lined with PLA, a plant-based plastic, and not a petroleum-based plastic. The waste container can be sent to a landfill (to eventua...

Our ripple wall hot cups provide optimum insulation properties and extra grip. They are very popular in markets. They are made from two layers of cardboard and lined with PLA, a plant-based plastic, not a petroleum-based plastic. As food contamination is not a problem, the waste container can be sen...

Our ripple wall hot cups provide optimum insulation properties and extra grip. They are very popular in markets. They are made from two layers of cardboard and lined with PLA, a plant-based plastic, not a petroleum-based plastic. As food contamination is not a problem, the waste container can be sen...

Our double-wall hot cups provide great insulation properties and do not require a sleeve. They are very popular in markets. They are made of two layers of cardboard and lined with PLA, a plant-based plastic, not a petroleum-based plastic. As food contamination is not a problem, the waste container c...

Our double-wall hot cups provide great insulation properties and do not require a sleeve. They are very popular in markets. They are made of two layers of cardboard and lined with PLA, a plant-based plastic, not a petroleum-based plastic. As food contamination is not a problem, the waste container c...

Our single-wall hot cups are a good economy option. An insulation sleeve is available to improve insulation properties. They are very popular in markets. They are made of cardboard and lined with PLA, a plant-based plastic, not a petroleum-based plastic. As food contamination is not a problem, the w...

Our single-wall hot cups are a good economy option. An insulation sleeve is available to improve insulation properties. They are very popular in markets. They are made of cardboard and lined with PLA, a plant-based plastic, not a petroleum-based plastic. As food contamination is not a problem, the w...

Made with clear PLA, these cups look and feel like a combination of PET and PP materials, but they are compostable. This means they feel strong, while providing clear visual product representation, and they do not contain petroleum-based plastic. The wall and base mold design creates excellent grip, side wall strength and base stability.

Made with clear PLA, these cups look and feel like a combination of PET and PP materials, but they are compostable. This means they feel strong, while providing clear visual product representation, and they do not contain petroleum-based plastic. The wall and base mold design creates excellent grip, side wall strength and base stability.