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3D printing Food and beverage service utensils Maternal and infant products
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Injection molded products
Injection molded products
 3D Printing products
3D Printing products
 Toy products
Toy products
 Membrane products
Membrane products
 Extrusion Blister Series
Extrusion Blister Series

Biodegradable resin

Polylactic acid resin

Polylactic acid resin Polylactic acid resin
Polylactic acid resin
sucrose
Derived from plants
Natural safety
Biodegradation
lactic acid
Polylactic acid resin PLA
Product Forming
sunlight
+
temperature
+
humidity
SUPER PELLET
Returning to nature from natural sources

SUPER PELLET

Ideal New Polymer Materials

The main raw material of polylactic acid resin SUPER PELLET comes from natural materials such as corn, which is environmentally friendly and the production process is pollution-free. Moreover, the product can be biodegradable into CO2 and water within 3-12 months, making it an ideal green material New polymer materials. PLA has excellent plasticity, biocompatibility, and outstanding processing and physical properties, It is currently the main bio based plastic that can compete with traditional petroleum based plastics.

Source nature return nature

Yuanjia uses extraordinary technology to convert the greenhouse gas carbon dioxide into Polylactic acid (PLA) degradable resin - SUPER PELLET

Glucose is extracted from plant starch and then fermented to obtain food-grade lactic acid, which is polymerized into polylactic acid resin with different application properties. The SUPER PELLET is composted and fully degrades into carbon dioxide and water.

Extracting glucose from plant starch and fermenting it to obtain food grade lactic acid, which is then polymerized into polylactic acid resins with different application properties. SUPER PELLET can be completely degraded into carbon dioxide and water through composting.

Source nature return nature

Advantages of polylactic acid

  • Advantages of raw materials

    Raw materials come from food grade lactic acid such as Corn starch


    Unhook plastic from fossil materials


    Can create a weak acidic environment on the surface of the product, with antibacterial and anti mold effects

  • environmentally friendly

    low carbon dioxide


    Global Biology Decrease, Natural Return, Reduction of White Pollution

  • Disposal and recycling advantages

    Incinerable, clean burning, with a carbon dioxide emission of one-third that of traditional plastics


    Compostable, completely degraded into carbon dioxide and water


    Landable, without leachate or methane release


    Recyclable, physical/chemical recovery compliant


    The principles of circular economy and sustainable material management

Certification certificate

rohs Chinese version TSN22-022941-02
rohs Chinese version TSN22-022941-02

Test report

rohs Chinese version TSN22-022941-02
rohs Chinese version TSN22-022941-02

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