The Silver Mercury Glass Votive Tea Light Candle Holder gives a corporate dinner a small silver detail with a speckled mirrored finish. It works within a cool evening palette, particularly where the flowers and tableware already carry white, blue or silver accents.
Silver votive hire for an evening setting
Keep the votive as a supporting piece around the main table feature. A white floral arrangement gives it a restrained setting, while deeper blue or burgundy introduces more contrast. The mottled silver finish differs from a plain reflective vessel, so consider how it sits with other metallic surfaces before using several different finishes together.
Ideas for your event
- Silver-themed awards dinner
- Formal conference reception
- Cool-toned corporate gala
- Winter celebration table styling
Check the votive and light dimensions
The holder is 6.5cm high, approximately 4.5cm wide at the base and 6.5cm across the top. Those dimensions help when choosing the tea light. Confirm the selected candle or LED light and the venue requirements as part of the table plan; the holder alone does not establish what can be used at the event.
Explore related hire options
The LED Tea Light Candle is an LED option to discuss after confirming fit. Browse Centrepiece Accessories to coordinate the votive with the rest of the centrepiece rather than treating every table detail as a separate purchase decision.
Hire Silver Mercury Glass Votive Tea Light Candle Holder
Talk to Events Fantastic about hire for your Gold Coast, Brisbane or Tweed event. Send your date, venue and proposed setting so we can discuss the details. Enquire online or call 07 5520 4648.
Answers to your questions
What size is the Silver Mercury Glass Votive?
It is 6.5cm high, with an approximately 4.5cm base and 6.5cm top width.
Does it come with a tea light?
The product is the holder. Please discuss a suitable candle or LED light separately as part of your event plan.
Is the finish plain silver?
No. It has a mercury-silver, mirror-speckled finish rather than a plain reflective surface.