博文

目前显示的是 七月, 2022的博文

Bagasse Coffee Cups

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Bagasse Coffee Cups Product Description Coffee cups are usually made of cardboard. However, these cups haven't stood still in recent years. These sugar cane coffee mugs are wood free! These cups are made from leftover waste from sugar cane plants. This is also called bagasse. These cups can also withstand temperatures up to 100°C. Both hot and cold, Bagasse Coffee Cups  will not melt easily. Perfect as a coffee mug, bathroom mug, shot glass, kids drinking mug, medicine mug and mouthwash mug. Therefore, our bagasse coffee cups are 100% compostable and meet strict standards. The color of the cup, yes we thought it was cool. Not brown or white, but very natural! 1. Made from crops stalk. 2. Natural materials and good for health. 3. Good for both cold and hot beverage. 4. Suitable for alcohol, carbonated drink, as well as common beverage. 5. Soak free and no leakage. Product Details Model Size(mm) Gram/Pc Pcs/Bag Bags/Carton Pcs/Carton Carton Dimension(mm) 8oz Cup Φ80mm*H90mm 8 50 20 1

Finding a low-carbon alternative to plastic - bagasse tableware

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  This photo shows a woman handling tableware made from bagasse.   Finding a low-carbon alternative to plastic - bagasse tableware Ms. Zhu's efforts were inspired by her first visit to the United States in 2007. Ms. Zhu, who grew up in China, said she was surprised by the widespread use of single-use plastic plates, bowls and cutlery in the United States.   "(I) thought, 'Can we use more sustainable materials? she said in a statement accompanying the study.   Her concern is easy to understand. More than 8 million tons of plastic waste is dumped into the ocean each year, and only about 14 percent of the 78 million tons of plastic packaging produced in 2019 is recycled.   In their search for low-carbon alternatives to plastic, Zhu and her colleagues focused on two widely available materials: bamboo and  bagasse , or sugarcane pulp. The researchers twisted fine bamboo fibers with coarse bamboo fibers made from bagasse to form a material that could be molded into a stable and