Willy Wonka Series: Rock Candy Mine
Try this Willy Wonka Series Rock Candy Mine recipe, or contribute your own.
Try this Willy Wonka Series Rock Candy Mine recipe, or contribute your own.
- Carbohydrate 537.49248045437 g
- Cholesterol 0 mg
- Fat 0 g
- Fiber 0 g
- Protein 0 g
- Saturated Fat 0 g
- Serving Size 1 1 recipe (1012g)
- Sodium 18.9600000160278 mg
- Sugar 537.49248045437 g
- Trans Fat 0 g
- Calories 2081 calories
Step-by-step
- In 4 water glasses, drop in some food flavouring (the amounts you’ll have to decide based on the brands/concentration amount in the bottle) and colouring. Do not put flavouring or colour in the tall shotglass or the fifth water glass.
- In a saucepan, stir together the water and sugar until dissolved.
- Let boil (until ~210F) then continue to boil for another minute (~225F).
- Remove from heat for a few minutes, then pour into the four water glasses with flavouring and colouring and the shotglass.
- IMPORTANT: You must let the water glasses with sugar water sit and cool until room temperature, otherwise the sugar won’t attach to the sticks.
- Angle the shotglass and dip wooden skewers into the sugar mixture to coat.
- Roll the wooden skewer in white sugar, and set aside to dry.
- Once dry, take one clean skewer, lay it across the top of the empty water glass that isn't being used for sugar. Take two sugared sticks and use some masking tape to attach them to the stick laying across the glass.
- Continue until there is one for each glass of sugar water.
- Making sure the sugar syrup is cooled, place a sugar stick into each glass with sugar water.
- Set aside where the glasses won't get knocked.
- Place a loosely woven cotton cloth over the glasses to keep dust out and let sit for at least a week while the sugar crystallises to the sticks.
- In a week, come back and remove the sticks from the glasses.
- Let dry on a plate of white sugar before serving.
- Additionally you could roll in citric acid for a sour effect.
Granulated white sugar performs the heavy lifting in this confection, acting as both the structural foundation and the crystallizing agent. Without a properly managed high-solids solution, molecular bonding fails entirely. Water dissolves the sucrose when heated, creating a supersaturated environment where cooling triggers rapid lattice formation. Confectionery science relies on patience here, because rushing the cooling phase prevents proper crystal attachment on the wooden seed skewer.
The Mechanics of Supersaturation
Thermal control dictates crystal success. Heating the solution to 225 degrees Fahrenheit ensures the maximum amount of sucrose dissolves into the water without burning. Cooling the liquid completely to room temperature before inserting the seeded sticks stops the hot syrup from melting off the pre-applied sugar grains. Dust contamination ruins batches easily, making a loosely woven cotton cloth essential for covering the glasses during the week-long crystallization period. Stagnant placement prevents physical disturbances that fracture growing crystal columns.
Historical Context and Finishing Touches
Hard sugar candies date back centuries, evolving from medicinal syrups to ornamental banquet centerpieces in medieval Europe. Modern home kitchens replicate these historical techniques using simple glassware and wooden supports. Rolling the finished crystals in citric acid introduces a sharp sour contrast to the intense sweetness. Proper drying on a bed of dry sugar prevents sticky condensation from pooling on the final product.
