Birch Mug by Of Hand Studios
Of Hand Studios
Regular price $ 38.00
Unit price per
These mugs are glazed in an opaque white satin glaze that compliments the rich chocolate clay body. They perfect for sipping warm or cold beverages!
Food safe, microwave and dishwasher safe.
- Fired to 2265 degrees F
- Each mug measures approximately 3.5" wide x 5.5" tall, holds approximately 16 oz, and is wheel-thrown with a handle attached for a comfortable grasp.
shipping + return policy
What is your refund/exchange policy?
We are happy to refund you for the full amount of the purchase within 15 days of the original purchase date. The item must be in its original salable condition, and in original packaging. After 15 days has passed, items can be exchanged within 30 days of purchase.
A printed or emailed receipt is required for all returns and exchanges. If the purchase was made online, customers are responsible for any additional shipping costs for returns and exchanges. If there is an issue with the product, let us know ASAP.
All custom sales or orders are final sale. No returns, refunds or exchanges.
What is your refund/exchange policy on Last Call products?
All last call products are final sale and cannot be returned. You will not be able to exchange, get store credit or a refund for these products.
Can I return food items?
Yes, as long as they are still sealed, re-sellable and within the return period with a receipt of purchase.
How soon are orders processed and shipped?
We typically fulfill orders within 1-4 business days. We ship USPS Priority for all domestic orders.
Do you ship internationally?
Yes! We ship via USPS Priority International, and you can receive a quote at checkout. Please note, there are a few items (such as knives) that we cannot ship internationally.
Meet the Maker
Of Hand Studios
My fascinations with the concepts of process in time and relationship have been a major driving force in creating with clay. Growing up as the child of a studio potter, I discovered early on that my relationship with the medium would undergo a constant state of...