dishwasher bag

Microplastics and Nano plastics

Microplastics Nanoplastics
Size: < 5 mm down to 1 µm Size: < 1 µm (smaller than bacteria)
Visible? Sometimes (fibers, flakes) Visible? No — require specialized instruments
How They Form: Long-term breakdown of larger plastics through sunlight, heat, friction, and environmental wear How They Form: Further fragmentation of microplastics under extreme conditions (UV, oxidation, mechanical stress)
Common Sources: Bottles, packaging, clothing fibers, plastic films, tire wear Common Sources: Bottled water, degraded microplastics, industrial processes
Where Found: Oceans, soil, air, food, household dust Where Found: Water, beverages, human tissues (detected in trace amounts)
Health Research: Known to accumulate in the environment; human impact still being studied Health Research: Can cross biological barriers; long-term effects under investigation
Dishwasher Risk: None — normal washing does not create microplastics from LDPE bags Dishwasher Risk: None — dishwashing does not generate nanoplastics from LDPE bags
BagWasher Impact: Extends bag life, reducing the waste that eventually becomes microplastics BagWasher Impact: Reduces stress and heat concentration, preventing the pathway toward nanofragmentation

Consumer Friendly Summary

Microplastics

Tiny plastic fragments created when larger plastics break down over time. They’re everywhere in the environment, but they do not form during normal dishwashing.

Nanoplastics

Tiny plastic fragments created when larger plastics break down over time. They’re everywhere in the environment, but they do not form during normal dishwashing.

Why This Matters for BagWasher

BagWasher helps prevent the conditions that lead to both micro and nanoplastic formation by:

  • Keeping bags upright and supported
  • Reducing friction and heat stress
  • Extending the usable life of LDPE bags
  • Reducing landfill waste (where plastics actually break down into micro/nanoplastics)

Fewer damaged bags → fewer discarded bags → fewer microplastics and nanoplastics in the environment.