PLA Corn Chopsticks-PCC23218

PLA Corn Chopsticks

PLA Corn Chopsticks (PCC23218), Disposable ECO friendly cornstarch flatware.

The chopsticks are made of PLA environmentally friendly corn starch material, which is 99.99% antibacterial and non-mold, protecting you and your family’s three meals a day. The fresh and elegant color matching is made of safe and environmentally friendly color masterbatches, without heavy metals, formaldehyde, additives, etc.

Product Specifications:

• Product Name: Rhombus Corn Chopsticks
• Material: PLA polylactic acid
• Color: Single color/mixed color
• Packing: 5 pairs/box, 10 pairs/box
• Applicable: family tableware, office travel meals, housewarming gifts
• Features: Anti-mold and anti-bacterial, can be completely degraded by discarding compost

Material Properties

• The diamond-shaped chopsticks are elegant in design and comfortable to the touch, and they are not easy to roll when placed on the table when eating.
• The simple and neat design style presents a unique beauty, which is very suitable for entertaining guests at home or as a gift.
• Our original intention is to create healthy, environmentally friendly, and beautiful utensils to make the daily task of eating more comfortable.
• Simple life needs a little color to embellish, retro and elegant, delicate and exquisite workmanship, and carefully cooked food should of course be treated with exquisite tableware.

What is PLA corn chopsticks?

PLA corn chopsticks are made of pure PLA, free of heavy metals, formaldehyde, additives and other toxic substances, and are naturally antibacterial, non-mouldy, and easy to clean. The raw material of PLA corn chopsticks is PLA (plant polylactic acid), which is a new type of material derived from plant resources, mainly from crops with high starch content such as corn and cassava. Under composting conditions, it can be completely decomposed by microorganisms in nature, and finally generate water and carbon dioxide, which will not pollute the environment. It is an ideal substitute for plastics and is also a safe, low-carbon, and green material recognized by governments around the world.