Biodegradable Glove
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Advantages of anaerobic bio-degradation technology
• remain strong physical properties
• long storage period
• low comprehensive cost
• wide application scenarios
Based on the ABT (anaerobic bio-degradation technology), Our biodegradable glove is made with anaerobic fully biodegradable plastic particles, which is a revolutionary improvement comparing with other forms of biodegradable gloves. When the anaerobic biodegradable products are thrown into open anaerobic bio-degradation environments, such as urban waste landfills, biogas pools or 50cm below ground level, anaerobic degradation process will begin as followings;
1.Hydrolysis fermentation
In anaerobic environments, beneficial bacterial materials in degradable plastics enrich the relevant anaerobic microorganisms in nature and absorb moisture from the natural environment quickly, microorganisms will react with relevant beneficial bacteria materials and transform the plastic into new sugars, alcohols, and carbon dioxide
2.Acid and hydrogen production
Under the action of anaerobic enzyme promoters, acid and hydrogen are produced, sugars and alcohols are converted into organic acids, hydrogen gas through biochemical reactions
3.Methane production
Methane producing bacteria convert organic acids into methane and mineral inorganic salts, while micro-plastic will not produced.
| Material | Anaerobic Biodegradation | PLA/PBAT Mixed Material |
| Degradation Condition | anoxic or anaerobic conditions, like landfill, sink in sea or rive; No degradation cost |
Industrial composting under controlled conditions; Degradation cost: $1900~$2400/ton |
| Degradation Products and Time | methane, carbon dioxide; 120 days ~ 3 years |
carbon dioxide, water; Microplastics are produced 90 days ~ decades |
| Mechanical Property Compared with Common Plastics |
100% | 35% |
| Storage Period | 3 years | less than 1 year |
| Hazard to Soil | No hazard | Lead to soil harden |
