Candle Shop Ball Candle Making Mold
Last updated date: November 29, 2019
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We looked at the top 1 Candle Making Molds and dug through the reviews from 0 of the most popular review sites including and more. Through this analysis, we've determined the best Candle Making Mold you should buy.
Overall Take
In our analysis of 0 expert reviews, the Candle Shop Candle Shop Ball Candle Making Mold placed 4th when we looked at the top 10 products in the category. For the full ranking, see below.
Editor's Note November 26, 2019:
Checkout The Best Candle Making Mold for a detailed review of all the top candle making molds.
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From The Manufacturer
This ball shaped mold comes from a wide variety of molds for the manufacturing of candles. With their help, you can easily create both traditional and original products with unique design. This mold and other ones that we offer are molds for candles of caprolon engineering. They are suitable for casting wax, paraffin, and other bases. The material is resistant to high and low temperatures, so the form does not crack or split in service. Caprolon can be in contact with paraffin additives and acidic environments without any harm. Due to the durability of caprolon, the candle molds can be used unlimited number of times. Important to know: 1. Why is the surface porous? The pores on the surface of a candle may be formed from the low pouring temperature (below 140 °F degrees), poor wax quality. 2. Why is there no gloss on the surface? The higher the casting temperature, the glossier the surface of the finished candle is. Do not exceed the fill temperatures of over 167 °F degrees as this may cause leakage of the candle mass and difficulty in pulling out the candle from the mold. 3. Why is the well formed? Candle mass expands when heated and decreases during solidification, so after its melting and gradual cooling there is a well that is formed in the center of the candle. 4. Why is the candle removed from the mold with difficulty? At high temperature of the wax there is an increase of the grip, the higher the temperature, the more cohesion is created and therefore it is more difficult to get the finished candle out of the mold. To avoid difficulties in removing, the mold needs to be lubricated before pouring and the temperature should not exceed the weight of candle (167 °F degrees).
