Geometric Pentagon Glass Cake Spacer 7.5 inch X 6 inch Clear Cake Display Spacer - CAKE DECORâ„¢

Rs. 999.00 Rs. 711.00 SAVE 29%

For Any Queries Contact Our Customer Support At +91-9326707653

Add to Wishlist
SKU: SBCS-223
Availability : In Stock Pre order Out of stock
Description

CAKE DECORâ„¢ Hexagon FILL-A-TIER Acrylic Cake Spacer 8 inch X 4 inch Clear Cake Display Spacer

Add elegance and elevation to your cake designs with this Geometric Pentagon Glass Cake Spacer—a modern showstopper for weddings, birthdays, and luxury events. Crafted in a stunning pentagon glass panels and a sleek gold frame, this spacer creates the illusion of a floating cake tier that truly captivates.

Product Description :

  • Perfect For: Wedding cakes | Engagement cakes | Anniversaries | Luxury event setups | Birthday displays | Dessert tables | Floral arrangements | Event decorators & bakers | Diwali Decoration
  • Dimensions: 7.5 Inch Width x 6 Inch Height .
  • Material : Glass .
  • This 7.5 x 6 inches Glass cake display is the new and innovative addition to your show-stopping cake. Fill with decorations of your choice.
  • Fill-a-Tier allows you to get creative by using the display as a top, middle or bottom tier within your design.
  • Fill-a-Tier cake displays can be filled with decorations of your choice to create a show stopping centerpiece.
  • Fillable with LED fairy lights, flowers, or confetti for custom styling.
  • From flowers and balloons to sweet treats and confetti, Fill-A-Tier is perfect for weddings, birthdays, seasonal holidays and more!
  • It's the perfect re-usable party solution for matching any colour scheme or party theme. Use as a top, middle or bottom tier
  • Food contact safe. These cake stands have been tested to hold up to 8 kg of weight.
  • Not suitable for dishwashers, hand-wash with a soft cloth. Acrylic will scratch easily, handle with care.

Notes:

  • Due to the light and screen setting difference, the item's color may be slightly different from the pictures.
  • Please allow slight dimension difference due to different manual measurement.