Buttery smooth, sunflower butter white chocolate berg bites combine the earthy goodness of sunflower seeds and the creamy texture of white chocolate chips! Gluten free, Vegan, Plant Based Protein, NGMO. See image for ingredients, may contain allergens.
Cricklewood came upon this brand and thought these healthy, delicious made in the USA snacks would compliment our gift boxes and hiking trail inspired products, like Institute Woods and Tow Path.
Berg bites, based in the Washington DC area, started from a family's recipe and love of healthful tasty bites. They now sell these nutrient-dense snacks with ingredients meant to boost energy. Bites are made with complex carbohydrates; heart healthy oats, essential fatty acids from nuts, chia seeds and coconut oil, and prebiotic fiber for gut health. Light weight, Berg bites are perfect for taking on a trail, for a pre-workout boost, or snack any time of the day.
Cricklewood Gardens is a family owned boutique gift shop. Our products are crafted in small batches, either by Cricklewood Gardens or our artisan suppliers, to ensure quality and freshness. Product availability will reflect current stock and is updated regularly. If you are unable to purchase the volume you would like, or no longer see a favorite product on our online store, please contact inquiries@cricklewoofgardens.net. We'll respond within 24 business hours Monday through Friday, and accommodate your needs, best possible.
We endeavor to ship all in stock items within 24-48 business hours. From product ready date, we offer USPS shipping to the contiguous United States, at this time. If expedited shipping is required, contact Cricklewood prior to order for a quote. If we can meet your timeline, we'll accommodate.
For customized orders, ready date will be discussed and agreed between Cricklewood Gardens, and customer, prior to invoicing.
Soy candles, soaps and certain food items sold by Cricklewood Gardens, are heat sensitive. Cricklewood provide's sound packaging but do not accept the risk and cost of damages that might occur due to temperatures encountered by products while in-transit.