Monaco Large Jar Candle Refill Silicone Mould

Monaco Large Jar Candle Refill Silicone Mould

Candle refill silicone mould for Monaco Large Jar from Aussie Candle Supply.

Candle refills just make so much sense, don't they? Such a good way for customers to reuse the beautiful candle vessel you crafted, enjoy the candle in a sustainable way! 

However, do you ever use a candle refill mould but had a hard time to keep the wick in place (We have been there). Sometimes it just difficult to stick the wick on the bottom of the mould. So we are here to solve this problem!

Product features:

• Build-in wick centring circle to hold your wick in place
• Specially designed wick holder included (suitable for regular shaped cotton and wooden wick)
• Made from flexible food grade silicone, easy to demould
• Original design by Lemoulds, you won't find it anywhere else 

Spacing for Double wick option:

By default, the spacing between the wick centering circles at the bottom of the mould is 2.8cm, measured from center point to center point. If you require a different spacing, we can customize it to meet your needs. Please don't hesitate to contact us atsupport@lemoulds.com.au for further information.

Other wick option:

We're more than happy to tailor the wick position to suit your specific requirements. Feel free to get in touch with us viasupport@lemoulds.com.au.

Process Time:

All of our moulds are MADE TO ORDER, the standard processing time is 3-6 business days before dispatch. 

How to demould:

Please refer to the below video for your reference:

https://www.instagram.com/reel/C8bBghbSb-e/?hl=en

Care information:

Please checkout our silicone moulds care page here.

Disclaimer:

1. Due to varying shrinkage rates of different types of wax and the tolerance of vessel diameters, we’ve designed this refill mould with approximately a 1mm gap around it to ensure it fits effortlessly into the vessels.

2. We test our refill moulds with soy wax (either GW464 or S100 pure soy). For soy wax blended with paraffin, the gap may be larger due to the higher shrinkage rate of paraffin.