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Designed for (industrial) composting
Our compostable stand-up pouches are constructed entirely from FSC-sourced kraft paper and PLA, a compostable monomer derived from fermented non-GMO corn starch. This combination ensures that the pouches are biodegradable under industrial composting conditions.
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Designed for (industrial) composting
Our compostable stand-up pouches are constructed entirely from FSC-sourced kraft paper and PLA, a compostable monomer derived from fermented non-GMO corn starch. This combination ensures that the pouches are biodegradable under industrial composting conditions.
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Designed for (industrial) composting
Our compostable stand-up pouches are constructed entirely from FSC-sourced kraft paper and PLA, a compostable monomer derived from fermented non-GMO corn starch. This combination ensures that the pouches are biodegradable under industrial composting conditions.
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Designed for (industrial) composting
Our compostable stand-up pouches are constructed entirely from FSC-sourced kraft paper and PLA, a compostable monomer derived from fermented non-GMO corn starch. This combination ensures that the pouches are biodegradable under industrial composting conditions.
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Designed for (industrial) composting
Our compostable stand-up pouches are constructed entirely from FSC-sourced kraft paper and PLA, a compostable monomer derived from fermented non-GMO corn starch. This combination ensures that the pouches are biodegradable under industrial composting conditions.
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Designed for (industrial) composting
Our compostable stand-up pouches are constructed entirely from FSC-sourced kraft paper and PLA, a compostable monomer derived from fermented non-GMO corn starch. This combination ensures that the pouches are biodegradable under industrial composting conditions.
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Designed for (industrial) composting
Our compostable stand-up pouches are constructed entirely from FSC-sourced kraft paper and PLA, a compostable monomer derived from fermented non-GMO corn starch. This combination ensures that the pouches are biodegradable under industrial composting conditions.
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Designed for (industrial) composting
Our compostable stand-up pouches are constructed entirely from FSC-sourced kraft paper and PLA, a compostable monomer derived from fermented non-GMO corn starch. This combination ensures that the pouches are biodegradable under industrial composting conditions.
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Designed for (industrial) composting
Our compostable stand-up pouches are constructed entirely from FSC-sourced kraft paper and PLA, a compostable monomer derived from fermented non-GMO corn starch. This combination ensures that the pouches are biodegradable under industrial composting conditions.
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Designed for (industrial) composting
Our compostable stand-up pouches are constructed entirely from FSC-sourced kraft paper and PLA, a compostable monomer derived from fermented non-GMO corn starch. This combination ensures that the pouches are biodegradable under industrial composting conditions.
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Designed for (industrial) composting
Our compostable stand-up pouches are constructed entirely from FSC-sourced kraft paper and PLA, a compostable monomer derived from fermented non-GMO corn starch. This combination ensures that the pouches are biodegradable under industrial composting conditions.
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Designed for (industrial) composting
Our compostable stand-up pouches are constructed entirely from FSC-sourced kraft paper and PLA, a compostable monomer derived from fermented non-GMO corn starch. This combination ensures that the pouches are biodegradable under industrial composting conditions.
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Designed for (industrial) composting
Our compostable stand-up pouches are constructed entirely from FSC-sourced kraft paper and PLA, a compostable monomer derived from fermented non-GMO corn starch. This combination ensures that the pouches are biodegradable under industrial composting conditions.
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Designed for (industrial) composting
Our compostable stand-up pouches are constructed entirely from FSC-sourced kraft paper and PLA, a compostable monomer derived from fermented non-GMO corn starch. This combination ensures that the pouches are biodegradable under industrial composting conditions.
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Designed for (industrial) composting
Our compostable stand-up pouches are constructed entirely from FSC-sourced kraft paper and PLA, a compostable monomer derived from fermented non-GMO corn starch. This combination ensures that the pouches are biodegradable under industrial composting conditions.
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Designed for (industrial) composting
Our compostable stand-up pouches are constructed entirely from FSC-sourced kraft paper and PLA, a compostable monomer derived from fermented non-GMO corn starch. This combination ensures that the pouches are biodegradable under industrial composting conditions.
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Designed for (industrial) composting
Our compostable stand-up pouches are constructed entirely from FSC-sourced kraft paper and PLA, a compostable monomer derived from fermented non-GMO corn starch. This combination ensures that the pouches are biodegradable under industrial composting conditions.
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Designed for (industrial) composting
Our compostable stand-up pouches are constructed entirely from FSC-sourced kraft paper and PLA, a compostable monomer derived from fermented non-GMO corn starch. This combination ensures that the pouches are biodegradable under industrial composting conditions.
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Designed for (industrial) composting
Our compostable stand-up pouches are constructed entirely from FSC-sourced kraft paper and PLA, a compostable monomer derived from fermented non-GMO corn starch. This combination ensures that the pouches are biodegradable under industrial composting conditions.
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Designed for (industrial) composting
Our compostable stand-up pouches are constructed entirely from FSC-sourced kraft paper and PLA, a compostable monomer derived from fermented non-GMO corn starch. This combination ensures that the pouches are biodegradable under industrial composting conditions.
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Designed for (industrial) composting
Our compostable stand-up pouches are constructed entirely from FSC-sourced kraft paper and PLA, a compostable monomer derived from fermented non-GMO corn starch. This combination ensures that the pouches are biodegradable under industrial composting conditions.
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Designed for (industrial) composting
Our compostable stand-up pouches are constructed entirely from FSC-sourced kraft paper and PLA, a compostable monomer derived from fermented non-GMO corn starch. This combination ensures that the pouches are biodegradable under industrial composting conditions.
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Designed for (industrial) composting
Our compostable stand-up pouches are constructed entirely from FSC-sourced kraft paper and PLA, a compostable monomer derived from fermented non-GMO corn starch. This combination ensures that the pouches are biodegradable under industrial composting conditions.
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Designed for (industrial) composting
Our compostable stand-up pouches are constructed entirely from FSC-sourced kraft paper and PLA, a compostable monomer derived from fermented non-GMO corn starch. This combination ensures that the pouches are biodegradable under industrial composting conditions.
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Designed for (industrial) composting
Our compostable stand-up pouches are constructed entirely from FSC-sourced kraft paper and PLA, a compostable monomer derived from fermented non-GMO corn starch. This combination ensures that the pouches are biodegradable under industrial composting conditions.
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Designed for (industrial) composting
Our compostable stand-up pouches are constructed entirely from FSC-sourced kraft paper and PLA, a compostable monomer derived from fermented non-GMO corn starch. This combination ensures that the pouches are biodegradable under industrial composting conditions.
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Designed for (industrial) composting
Our compostable stand-up pouches are constructed entirely from FSC-sourced kraft paper and PLA, a compostable monomer derived from fermented non-GMO corn starch. This combination ensures that the pouches are biodegradable under industrial composting conditions.
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Designed for (industrial) composting
Our compostable stand-up pouches are constructed entirely from FSC-sourced kraft paper and PLA, a compostable monomer derived from fermented non-GMO corn starch. This combination ensures that the pouches are biodegradable under industrial composting conditions.
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Designed for (industrial) composting
Our compostable stand-up pouches are constructed entirely from FSC-sourced kraft paper and PLA, a compostable monomer derived from fermented non-GMO corn starch. This combination ensures that the pouches are biodegradable under industrial composting conditions.
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Designed for (industrial) composting
Our compostable stand-up pouches are constructed entirely from FSC-sourced kraft paper and PLA, a compostable monomer derived from fermented non-GMO corn starch. This combination ensures that the pouches are biodegradable under industrial composting conditions.
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Designed for (industrial) composting
Our compostable stand-up pouches are constructed entirely from FSC-sourced kraft paper and PLA, a compostable monomer derived from fermented non-GMO corn starch. This combination ensures that the pouches are biodegradable under industrial composting conditions.
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Designed for (industrial) composting
Our compostable stand-up pouches are constructed entirely from FSC-sourced kraft paper and PLA, a compostable monomer derived from fermented non-GMO corn starch. This combination ensures that the pouches are biodegradable under industrial composting conditions.
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Designed for (industrial) composting
Our compostable stand-up pouches are constructed entirely from FSC-sourced kraft paper and PLA, a compostable monomer derived from fermented non-GMO corn starch. This combination ensures that the pouches are biodegradable under industrial composting conditions.
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Designed for (industrial) composting
Our compostable stand-up pouches are constructed entirely from FSC-sourced kraft paper and PLA, a compostable monomer derived from fermented non-GMO corn starch. This combination ensures that the pouches are biodegradable under industrial composting conditions.
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Designed for (industrial) composting
Our compostable stand-up pouches are constructed entirely from FSC-sourced kraft paper and PLA, a compostable monomer derived from fermented non-GMO corn starch. This combination ensures that the pouches are biodegradable under industrial composting conditions.
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Designed for (industrial) composting
Our compostable stand-up pouches are constructed entirely from FSC-sourced kraft paper and PLA, a compostable monomer derived from fermented non-GMO corn starch. This combination ensures that the pouches are biodegradable under industrial composting conditions.
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Designed for (industrial) composting
Our compostable stand-up pouches are constructed entirely from FSC-sourced kraft paper and PLA, a compostable monomer derived from fermented non-GMO corn starch. This combination ensures that the pouches are biodegradable under industrial composting conditions.
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Designed for (industrial) composting
Our compostable stand-up pouches are constructed entirely from FSC-sourced kraft paper and PLA, a compostable monomer derived from fermented non-GMO corn starch. This combination ensures that the pouches are biodegradable under industrial composting conditions.
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Designed for (industrial) composting
Our compostable stand-up pouches are constructed entirely from FSC-sourced kraft paper and PLA, a compostable monomer derived from fermented non-GMO corn starch. This combination ensures that the pouches are biodegradable under industrial composting conditions.
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Designed for (industrial) composting
Our compostable stand-up pouches are constructed entirely from FSC-sourced kraft paper and PLA, a compostable monomer derived from fermented non-GMO corn starch. This combination ensures that the pouches are biodegradable under industrial composting conditions.
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Designed for (industrial) composting
Our compostable stand-up pouches are constructed entirely from FSC-sourced kraft paper and PLA, a compostable monomer derived from fermented non-GMO corn starch. This combination ensures that the pouches are biodegradable under industrial composting conditions.
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Designed for (industrial) composting
Our compostable stand-up pouches are constructed entirely from FSC-sourced kraft paper and PLA, a compostable monomer derived from fermented non-GMO corn starch. This combination ensures that the pouches are biodegradable under industrial composting conditions.
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Designed for (industrial) composting
Our compostable stand-up pouches are constructed entirely from FSC-sourced kraft paper and PLA, a compostable monomer derived from fermented non-GMO corn starch. This combination ensures that the pouches are biodegradable under industrial composting conditions.
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Designed for (industrial) composting
Our compostable stand-up pouches are constructed entirely from FSC-sourced kraft paper and PLA, a compostable monomer derived from fermented non-GMO corn starch. This combination ensures that the pouches are biodegradable under industrial composting conditions.
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Designed for (industrial) composting
Our compostable stand-up pouches are constructed entirely from FSC-sourced kraft paper and PLA, a compostable monomer derived from fermented non-GMO corn starch. This combination ensures that the pouches are biodegradable under industrial composting conditions.
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Designed for (industrial) composting
Our compostable stand-up pouches are constructed entirely from FSC-sourced kraft paper and PLA, a compostable monomer derived from fermented non-GMO corn starch. This combination ensures that the pouches are biodegradable under industrial composting conditions.
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Designed for (industrial) composting
Our compostable stand-up pouches are constructed entirely from FSC-sourced kraft paper and PLA, a compostable monomer derived from fermented non-GMO corn starch. This combination ensures that the pouches are biodegradable under industrial composting conditions.
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Designed for (industrial) composting
Our compostable stand-up pouches are constructed entirely from FSC-sourced kraft paper and PLA, a compostable monomer derived from fermented non-GMO corn starch. This combination ensures that the pouches are biodegradable under industrial composting conditions.
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Designed for (industrial) composting
Our compostable stand-up pouches are constructed entirely from FSC-sourced kraft paper and PLA, a compostable monomer derived from fermented non-GMO corn starch. This combination ensures that the pouches are biodegradable under industrial composting conditions.
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Designed for (industrial) composting
Our compostable stand-up pouches are constructed entirely from FSC-sourced kraft paper and PLA, a compostable monomer derived from fermented non-GMO corn starch. This combination ensures that the pouches are biodegradable under industrial composting conditions.
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Designed for (industrial) composting
Our compostable stand-up pouches are constructed entirely from FSC-sourced kraft paper and PLA, a compostable monomer derived from fermented non-GMO corn starch. This combination ensures that the pouches are biodegradable under industrial composting conditions.
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Designed for (industrial) composting
Our compostable stand-up pouches are constructed entirely from FSC-sourced kraft paper and PLA, a compostable monomer derived from fermented non-GMO corn starch. This combination ensures that the pouches are biodegradable under industrial composting conditions.
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Designed for (industrial) composting
Our compostable stand-up pouches are constructed entirely from FSC-sourced kraft paper and PLA, a compostable monomer derived from fermented non-GMO corn starch. This combination ensures that the pouches are biodegradable under industrial composting conditions.
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Designed for (industrial) composting
Our compostable stand-up pouches are constructed entirely from FSC-sourced kraft paper and PLA, a compostable monomer derived from fermented non-GMO corn starch. This combination ensures that the pouches are biodegradable under industrial composting conditions.
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Designed for (industrial) composting
Our compostable stand-up pouches are constructed entirely from FSC-sourced kraft paper and PLA, a compostable monomer derived from fermented non-GMO corn starch. This combination ensures that the pouches are biodegradable under industrial composting conditions.
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Designed for (industrial) composting
Our compostable stand-up pouches are constructed entirely from FSC-sourced kraft paper and PLA, a compostable monomer derived from fermented non-GMO corn starch. This combination ensures that the pouches are biodegradable under industrial composting conditions.
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Designed for (industrial) composting
Our compostable stand-up pouches are constructed entirely from FSC-sourced kraft paper and PLA, a compostable monomer derived from fermented non-GMO corn starch. This combination ensures that the pouches are biodegradable under industrial composting conditions.
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Designed for (industrial) composting
Our compostable stand-up pouches are constructed entirely from FSC-sourced kraft paper and PLA, a compostable monomer derived from fermented non-GMO corn starch. This combination ensures that the pouches are biodegradable under industrial composting conditions.
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Designed for (industrial) composting
Our compostable stand-up pouches are constructed entirely from FSC-sourced kraft paper and PLA, a compostable monomer derived from fermented non-GMO corn starch. This combination ensures that the pouches are biodegradable under industrial composting conditions.
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Designed for (industrial) composting
Our compostable stand-up pouches are constructed entirely from FSC-sourced kraft paper and PLA, a compostable monomer derived from fermented non-GMO corn starch. This combination ensures that the pouches are biodegradable under industrial composting conditions.
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Designed for (industrial) composting
Our compostable stand-up pouches are constructed entirely from FSC-sourced kraft paper and PLA, a compostable monomer derived from fermented non-GMO corn starch. This combination ensures that the pouches are biodegradable under industrial composting conditions.
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Designed for (industrial) composting
Our compostable stand-up pouches are constructed entirely from FSC-sourced kraft paper and PLA, a compostable monomer derived from fermented non-GMO corn starch. This combination ensures that the pouches are biodegradable under industrial composting conditions.
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Designed for (industrial) composting
Our compostable stand-up pouches are constructed entirely from FSC-sourced kraft paper and PLA, a compostable monomer derived from fermented non-GMO corn starch. This combination ensures that the pouches are biodegradable under industrial composting conditions.
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Designed for (industrial) composting
Our compostable stand-up pouches are constructed entirely from FSC-sourced kraft paper and PLA, a compostable monomer derived from fermented non-GMO corn starch. This combination ensures that the pouches are biodegradable under industrial composting conditions.
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Designed for (industrial) composting
Our compostable stand-up pouches are constructed entirely from FSC-sourced kraft paper and PLA, a compostable monomer derived from fermented non-GMO corn starch. This combination ensures that the pouches are biodegradable under industrial composting conditions.
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Designed for (industrial) composting
Our compostable stand-up pouches are constructed entirely from FSC-sourced kraft paper and PLA, a compostable monomer derived from fermented non-GMO corn starch. This combination ensures that the pouches are biodegradable under industrial composting conditions.
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Designed for (industrial) composting
Our compostable stand-up pouches are constructed entirely from FSC-sourced kraft paper and PLA, a compostable monomer derived from fermented non-GMO corn starch. This combination ensures that the pouches are biodegradable under industrial composting conditions.
-
Designed for (industrial) composting
Our compostable stand-up pouches are constructed entirely from FSC-sourced kraft paper and PLA, a compostable monomer derived from fermented non-GMO corn starch. This combination ensures that the pouches are biodegradable under industrial composting conditions.
-
Designed for (industrial) composting
Our compostable stand-up pouches are constructed entirely from FSC-sourced kraft paper and PLA, a compostable monomer derived from fermented non-GMO corn starch. This combination ensures that the pouches are biodegradable under industrial composting conditions.
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Designed for (industrial) composting
Our compostable stand-up pouches are constructed entirely from FSC-sourced kraft paper and PLA, a compostable monomer derived from fermented non-GMO corn starch. This combination ensures that the pouches are biodegradable under industrial composting conditions.
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Designed for (industrial) composting
Our compostable stand-up pouches are constructed entirely from FSC-sourced kraft paper and PLA, a compostable monomer derived from fermented non-GMO corn starch. This combination ensures that the pouches are biodegradable under industrial composting conditions.
-
Designed for (industrial) composting
Our compostable stand-up pouches are constructed entirely from FSC-sourced kraft paper and PLA, a compostable monomer derived from fermented non-GMO corn starch. This combination ensures that the pouches are biodegradable under industrial composting conditions.
-
Designed for (industrial) composting
Our compostable stand-up pouches are constructed entirely from FSC-sourced kraft paper and PLA, a compostable monomer derived from fermented non-GMO corn starch. This combination ensures that the pouches are biodegradable under industrial composting conditions.
-
Designed for (industrial) composting
Our compostable stand-up pouches are constructed entirely from FSC-sourced kraft paper and PLA, a compostable monomer derived from fermented non-GMO corn starch. This combination ensures that the pouches are biodegradable under industrial composting conditions.
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Designed for (industrial) composting
Our compostable stand-up pouches are constructed entirely from FSC-sourced kraft paper and PLA, a compostable monomer derived from fermented non-GMO corn starch. This combination ensures that the pouches are biodegradable under industrial composting conditions.
-
Designed for (industrial) composting
Our compostable stand-up pouches are constructed entirely from FSC-sourced kraft paper and PLA, a compostable monomer derived from fermented non-GMO corn starch. This combination ensures that the pouches are biodegradable under industrial composting conditions.
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Designed for (industrial) composting
Our compostable stand-up pouches are constructed entirely from FSC-sourced kraft paper and PLA, a compostable monomer derived from fermented non-GMO corn starch. This combination ensures that the pouches are biodegradable under industrial composting conditions.
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Designed for (industrial) composting
Our compostable stand-up pouches are constructed entirely from FSC-sourced kraft paper and PLA, a compostable monomer derived from fermented non-GMO corn starch. This combination ensures that the pouches are biodegradable under industrial composting conditions.
-
Designed for (industrial) composting
Our compostable stand-up pouches are constructed entirely from FSC-sourced kraft paper and PLA, a compostable monomer derived from fermented non-GMO corn starch. This combination ensures that the pouches are biodegradable under industrial composting conditions.
-
Designed for (industrial) composting
Our compostable stand-up pouches are constructed entirely from FSC-sourced kraft paper and PLA, a compostable monomer derived from fermented non-GMO corn starch. This combination ensures that the pouches are biodegradable under industrial composting conditions.
-
Designed for (industrial) composting
Our compostable stand-up pouches are constructed entirely from FSC-sourced kraft paper and PLA, a compostable monomer derived from fermented non-GMO corn starch. This combination ensures that the pouches are biodegradable under industrial composting conditions.
-
Designed for (industrial) composting
Our compostable stand-up pouches are constructed entirely from FSC-sourced kraft paper and PLA, a compostable monomer derived from fermented non-GMO corn starch. This combination ensures that the pouches are biodegradable under industrial composting conditions.
-
Designed for (industrial) composting
Our compostable stand-up pouches are constructed entirely from FSC-sourced kraft paper and PLA, a compostable monomer derived from fermented non-GMO corn starch. This combination ensures that the pouches are biodegradable under industrial composting conditions.
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Designed for (industrial) composting
Our compostable stand-up pouches are constructed entirely from FSC-sourced kraft paper and PLA, a compostable monomer derived from fermented non-GMO corn starch. This combination ensures that the pouches are biodegradable under industrial composting conditions.
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Designed for (industrial) composting
Our compostable stand-up pouches are constructed entirely from FSC-sourced kraft paper and PLA, a compostable monomer derived from fermented non-GMO corn starch. This combination ensures that the pouches are biodegradable under industrial composting conditions.
Results
Related
A greener solution with stand-up functionality
Our compostable stand-up pouches offer more than just sustainability. They also provide the convenience of stand-up functionality and the opportunity for full-color printing. This means you can showcase your brand and product with visually appealing designs while making an eco-friendly choice.
Benefits of compostable pouches
By opting for our compostable pouches, you can enjoy a range of advantages:
- Compostable: Our pouches can be composted, contributing to the creation of a circular economy and reducing waste.
- Bio-based & Recyclable: Made from FSC-sourced kraft paper and PLA, our pouches are both bio-based and recyclable, further minimizing environmental impact
Frequently Asked Questions
Contact us for more information
To learn more about our compostable pouches and explore how they can meet your packaging requirements, contact us today at (201) 630-6480 or via email at info@daklapack.us. We are dedicated to assisting you in finding a packaging solution that aligns with your eco-conscious values.
