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Biodegradable Product Series
We use renewable plant resources such as bamboo products, PLA (polylactic acid), and PSM in our manufacturing processes. These products offer strong environmental protection, can naturally degrade without polluting the soil and water, reduce negative impacts on nature, and align with the principles of sustainable development.
Biodegradation is the process by which organisms such as microorganisms, fungi, animals, or plants break down organic matter into simple substances, facilitating the recycling and reuse of organic materials. This process helps reduce pollution, environmental damage, and supports sustainable development goals.
Bamboo
- Consumables
Bamboo products are derived from rapid growing bamboo. As a renewable plant resource with a short growth cycle and minimal need for fertilizers and pesticides, bamboo effectively safeguards forest resources and the ecological environment.
PLA Eco-Friendly Design
- Consumables
Flowchart Introduction
- Material Workshop
- Manufacture PLA products with very low CO footprint
- Products used, recycled then compost
- Biodegradation Porcess Sunlight, Heat, Moisture & Stress
- Raw Plants
- Photosynthesis
- H2O & CO2
PSM Eco-Friendly Design
- Consumables
PSM, derived from corn starch, is an innovative bio-based material that combines renewable resources like starch with advanced modification technology. It retains the environmental characteristics of natural materials while enhancing physical and processing properties.
At the end of their life cycle, PSM products can be swiftly decomposed by natural microorganisms, transforming into harmless substances. This avoids the environmental issues associated with traditional plastics’ slow degradation, promoting a green resource cycle. By opting for PSM products, consumers and companies contribute to the planet’s future.
Biodegradable Eco-Friendly Bags
- Consumables
Biodegradable Eco-Friendly Bags
- Consumables
Ming Fai outer packaging bags are made of biodegradable materials that decompose under natural conditions, ultimately converting into water and carbon dioxide. These bags are not coated with plastic film for a second time, ensuring adherence to pure green environmental practices from production through use to the final decomposition stage. This process guarantees a fresh and natural user experience.
