Resin Skull Head Goblet – Skull Gothic Party Goblet Cup – Resin 3D Wine Chalice Cup – Creative Resin Drinking Goblet Drinking Cup – Halloween Christmas Party Bar Decoration Friend Gift

• The environmentally safe stainless steel and resin used to create the skull head goblet. Under typical use, this goblet glass won’t fade or rust.
• Drinking from this chalice, which has a skull on top, can reveal your identity and give you a strong, healthy appearance.
• This goblet made of steel and resin is colorful and striking.
• The mysterious and vintage feel of this creative 3D skull head design is amazing to look at.
• The entire goblet cup is durable and cannot be broken down easily.

Skull Head Goblet Overview:

This skull head goblet is appropriate for any occasion. For champagne, beer, juice, milk, or wine, it is a stylish metal antique bronze glass. For a number of events, such as housewarmings, weddings, bridal showers, Halloween, and Christmas parties, you can use this skull head as décor item. This skull head goblet is a great decorative item. This is a rather robust mug, and the stainless steel keeps your drinks cooler for a longer period of time. This resin goblet is simple to clean.

The goblet’s main body is decorated with a skull-like motif that repeats. Cast in the finest resin, then painstakingly painted by hand. You can use this resin wine glass as a useful cup or as a vintage decoration. You can use this to adorn your space for Halloween or Christmas, as a fantastic party trick cup, or as a hip home, office, or table decoration thanks to the intriguing mystery design. On the handle and surface, it has exquisite ornamental prints and motifs. The Skull Head Goblet makes a great present for an antique collector.

An excellent present for many events, including Christmas, Halloween, Thanksgiving Day, a wedding, or a birthday.

Instructions:

• Handwashing only.
• Actual color may range slightly from the image due to variations in monitor screens.

Warm Reminder:

Due to hand measurement, there may be a 1-2 cm variance in size.