VerTerra is a leading brand in the eco-friendly dinnerware industry. Since 2006, we have been providing sustainable alternatives to traditional disposable tableware. Our product range is made from natural, biodegradable materials, making them an ideal choice for those looking to reduce their impact on the environment. Our products not only look beautiful, but they are also practical
and cost-effective, providing operational efficiency and reducing labor costs. With a commitment to sustainability, VerTerra has become the go-to choice for leaders and innovators in the industry.

VerTerra Dinnerware has earned its reputation as the leader in sustainable dining plateware, serveware, and food packaging. Since our inception in 2006, we’ve been driven by a mission to revolutionize the single-use food packaging industry, replacing environmentally damaging materials with our innovative, eco-friendly alternatives. Our signature product launching in 2007 – The Palm Leaf Plate: Dinnerware from Fallen Leaves® – symbolizes this commitment.

Our entire range of products, from palm plates to cups, trays, boxes, cutlery, straws, picks and more, is crafted from 100% renewable resources like palm leaves, balsa wood tree trunks, bamboo, and sugarcane. This commitment to sustainability has not only earned us USDA Bio-Preferred and BPI-certified compostable credentials, but also the trust and loyalty of businesses in the F&B industry.

VerTerra’s commitment extends beyond products, directly impacting global communities and the environment.
–Over the span of 17 years, VerTerra has focused on employing women in its factories, fostering economic opportunities for over 10,000 women in rural India and Indonesia.
–We’ve successfully prevented the production of over 50 million pounds of plastic.
–We’ve proudly produced over 8 billion palm plates, a quantity so vast that it could stretch from Earth to the moon and back.
–VerTerra champions carbon footprint reduction through zero-waste manufacturing, recycling production water, and turning leaf scraps into nutrient-rich compost.