Product Description
Application |
Household product |
Sealing |
hot sealing |
Size |
customizable |
Features |
waterproof,compostable and biodegradable |
Thickness |
customizable |
Color |
customizable |
Packaging |
box or customization |
Materials |
corn starch+PLA+PBAT |
Operation type |
Manual |
Customized |
yes |
Production capacity |
100 tons per month |
MOQ |
2000kgs |
Origin |
China |
Payment |
T/T |
Trademark |
Yuede |
Samples |
yes |
Company Profile
Lianyungang Yuede Packaging New Materials Co., Ltd. stands as a shining pillar of excellence and innovation within the premium plastic packaging industry. Established in 2002, our journey began with the launch of our groundbreaking initial factory, setting new standards in packaging solutions. The expansion continued with a state-of-the-art facility inaugurated in 2018, further cementing our position as industry leaders. Our mission is fueled by a relentless commitment to addressing the ever-evolving and diverse demands of the global market. Our illustrious legacy is founded on groundbreaking innovation and our resolute dedication to delivering unparalleled excellence.
Our comprehensive production process leaves no stone unturned, ensuring meticulous attention to every critical phase: from the thoughtful selection of the finest raw materials, through precision-driven film blowing, expert bag manufacturing, to rigorous quality control, diligent packaging, and smooth global distribution. Our distinguished clientele across the Americas, Europe, Australia, and Africa esteem our products as they embody international prestige and quality. This reflects our unwavering pursuit of exceptional quality and our steadfast dedication to perfection.
At Yuede, our operations are guided by an inspiring ethos: 'Efficient service is our constant pursuit and promise.' We warmly welcome you to discover our avant-garde facilities, which operate tirelessly to cater to your needs at any time. Your satisfaction is paramount, and we are devoted to surpassing your expectations with each interaction.