Vintage mid-20th-century sherbet/coupe from Morgantown Glass, pattern "Virginia." Clean, elegant lines with a gently flared rim and a short stem set on a circular foot. The bowl features subtle paneling and pressed details typical of Morgantown’s Depression- and post-Depression-era production. Suitable for serving sherbet, desserts, individual cocktails, or for use as a small compote.
Condition
Vintage; expect light surface wear consistent with age and gentle use.
No chips, cracks, or significant clouding noted. Please inspect photos for exact condition and any small surface scratches or utensil marks.
Dimensions: 4 1/8" diameter x 4 1/2" height · Capacity: 6 oz
Care and Use
Hand wash recommended to preserve finish and prevent etching.
Not for use in microwave or dishwasher.
Notes
Sold individually (specify quantity desired).
Measurements taken at widest point and overall height.
Morgantown Glass produced collectible pressed-glass tableware; pieces may vary slightly in color and finish due to age and production variances.
Vintage mid-20th-century sherbet/coupe from Morgantown Glass, pattern "Virginia." Clean, elegant lines with a gently flared rim and a short stem set on a circular foot. The bowl features subtle paneling and pressed details typical of Morgantown’s Depression- and post-Depression-era production. Suitable for serving sherbet, desserts, individual cocktails, or for use as a small compote.
Condition
Vintage; expect light surface wear consistent with age and gentle use.
No chips, cracks, or significant clouding noted. Please inspect photos for exact condition and any small surface scratches or utensil marks.
Dimensions: 4 1/8" diameter x 4 1/2" height · Capacity: 6 oz
Care and Use
Hand wash recommended to preserve finish and prevent etching.
Not for use in microwave or dishwasher.
Notes
Sold individually (specify quantity desired).
Measurements taken at widest point and overall height.
Morgantown Glass produced collectible pressed-glass tableware; pieces may vary slightly in color and finish due to age and production variances.
