No, sorry, that’s an elementary misunderstanding of molecular weight.
Saying plastic and wax are the same because plastic just has a higher molecular weight is like saying a puddle and a glacier are the same because they’re both water. Molecular weight dictates how a material behaves. Plastic’s massive polymer chains (up to millions in molecular weight) cannot biodegrade, they break down mechanically into toxic microplastics that persist for centuries. Waxes are short-chain molecules (molecular weight under 1,000) that do not fragment into microplastics.
Furthermore, you’re assuming all wax is petroleum-paraffin. The push for wax packaging today relies heavily on natural, bio-based waxes (beeswax, soy, plant waxes), which are structurally chemical esters, not petroleum polymers. They are fully compostable, safe, and easily processed by the environment and living organisms. It’s not ‘vibes,’ it’s basic chemistry.
You’re confusing physical phase changes, in this case solidification, with chemical reactions (polymerization).
When wax cools to form a surface coating, it doesn’t polymerize. No new chemical bonds are formed. The individual molecules remain entirely separate, short chains under 1,000 MW, held together only by weak physical forces. Because they aren’t chemically welded together, microbes and the environment can break them down easily.
Your glacier analogy actually proves my point. When a glacier melts, it breaks apart into individual, harmless water molecules seamlessly. It doesn’t leave behind rigid, indestructible micro-chunks. Plastic, on the other hand, is industrially polymerized, a totally differnt chemical process, where its atoms are locked together by permanent covalent chemical bonds.
Freezing a puddle doesn’t make it a plastic sheet, and cooling wax onto paper doesn’t make it a polymer. The chemistry matters…