Tempering Chocolate

Tempering chocolate is a classic technique all pastry chefs and chocolatiers will be familiar with. If you want to make homemade chocolates that are as delicious as they are visually appealing, it is important you have a solid grasp of the process.

With the right method and utensils, you will be able to successfully temper your chocolate for beautiful miniature creations, desserts and confectionery.

How do we define tempering?

Tempering chocolate simply means melting the chocolate while controlling how its temperature rises and falls. This technique lets you use the chocolate the way you want to and get the perfect result for all your creations.

Why should you temper chocolate?

By tempering chocolate, we give it properties and qualities that are extremely helpful for pastries, chocolate and confectionery. Good tempering provides the following benefits:

  • It keeps chocolate shiny and smooth
  • It makes it easier to turn out your chocolates
  • It snaps cleanly when broken

As such, tempering is essential for anyone who wants to make beautiful desserts and chocolates with a smooth, glossy, solid texture. It is important to follow every step in the process to get the results you want. Otherwise, chocolate can become brittle, dull, bumpy, flecked with white marks, and harder to turn out. Successful tempering is the key to successful chocolate-making.

What are the prerequisites?

Good tempering is a very important way of enhancing your creations. However, you need to know how to do it right. To temper your chocolate successfully, you will need to meet several prerequisites. First of all, you must have a thermometer that can reach 130°F (55°C). This is essential as you will need to check the chocolate’s temperature throughout the process to make sure its temperature is changing as it is supposed to, depending on the chocolate you use.

Moreover, the chocolate you choose is equally important. It’s best to use quality chocolate such as a couverture. Couverture is richer in cocoa butter and less sweet than the standard chocolate bars you find in shops. It contains at least 31% cocoa butter, making it much more fluid and suited to being handled.

Tempering chocolate

Tempering chocolate by Frédéric Bau

Famous French pastry- and chocolate-maker and Valrhona creative director Frédéric Bau is famous for creating blond Dulcey chocolate. He also founded L’École Valrhona. In his book The Encyclopedia of Chocolate, this top chef explains all the different techniques for tempering chocolate. He gives us three methods: tempering in a bain-marie (the most well-known and simplest technique), seeding and, finally, tabling, which is a little more complicated. We will see in detail the steps involved in each one.

The temperature chart

Your chocolate’s maximum temperature depends on its type and which step in the process you are on. For example, dark chocolate should be melted between 120 and 130°F (50°C and 55°C), while milk, white and blond chocolate should melt at around 105-115°F (40-45°C).

Here is a summary of the temperatures for successfully tempering chocolate.

TemperatureDark chocolateMilk ChocolateWhite chocolate and Blond Dulcey
Temp #1122°F (50°C) – 131°F (55°C)113°F (45°C) – 122°F (50°C)113°F (45°C) – 122°F (50°C)
Temp #282°F (28°C) – 84°F (29°C)81°F (27°C) – 82°F (28°C)79°F (26°C) – 81°F (27°C)
Temp #388°F (31°C) – 90°F (32°C)84°F (29°C) – 86°F (30°C)

82°F (28°C) – 84°F (29°C)


First method: tempering in a bain-marie

This classic technique is the easiest to do. It involves melting (chopped) chocolate in a bain-marie while stirring and regularly checking the temperature. However, be careful not to drop any water in the chocolate - just a few drops are enough to spoil the lot. To temper your chocolate this way, you will need the following:

  • Thermometer
  • A large bowl or other container for the bain-marie
  • A container for cold water (and possibly ice cubes)
  • A wooden spatula or spoon

You need to initially check the temperature so that it does not rise above the maximum for the type of chocolate (see Temperature 1 in the above temperature chart and table).

  1. Once the thermometer shows the temperature in the table, take the chocolate out of the bain-marie.
  2. Place the container in the bowl of cold water, stirring regularly so that the chocolate cools to about 95°F (35°C) whatever type you are using.
  3. Remove the container from the bowl of cold water, stirring the chocolate all the while, until it reaches Temperature 2.
  4. Finally, briefly place the chocolate back in the bain-marie to warm it up to its working temperature, Temperature 3 above.
Second method: seeding

This second technique is also quite simple. It involves chopping the chocolate into small pieces (smaller than the individual squares of a chocolate bar) unless you use drops, in which case this step isn’t needed.

The utensils for seeding are as follows:

  • Mixing bowl
  • Bowl
  • Thermometer

Once you have made sure you have everything you need, you can start tempering. The following steps must be followed:

  1. Melt three-quarters of your chocolate in a bain-marie until it reaches Temperature 1.
  2. Remove the bowl from the pan. Put a third of the melted chocolate in a bowl.
  3. Add the remaining quarter of solid chocolate to the melted chocolate and stir until it reaches Temperature 2.
  4. Add the quantity of chocolate set aside in step 2. The difference in temperature should bring the assembly to Temperature 3.
Third method: tabling

Frédéric Bau’s third method is called “tabling”. It is the least simple as, in principle, it requires a marble worktop.

  1. However, the basic principle is the same. Chop the chocolate into small pieces then heat it in a bain-marie until it reaches Temperature 1.
  2. Pour two-thirds of the melted chocolate straight onto the marble to bring it down to Temperature 2, stirring all the while with a spatula. Keep a third in the bowl.
  3. Finally, simply pour the chocolate from the marble into a mixing bowl and gradually add in the chocolate you set aside in step 2 until it reaches Temperature 3.

This technique is interesting but not suitable for all kitchens.

Other methods you might consider 

There are other methods for tempering chocolate that vary in terms of simplicity and expense. It all depends on your skills, equipment, motivation levels, but also your budget.

You can combine two techniques

It is totally possible to make these methods your own and adapt them to your preferences, utensils, likes and dislikes. You can combine seeding with bain-marie techniques by first melting three-quarters of the chocolate.

The remaining (solid, finely chopped) quarter can then be incorporated off the heat, which will cause the temperature to drop. Warm the chocolate up again in the bain-marie.

Using a chocolate temperature machine for perfect results

Tempering machines are very convenient for people who have to temper chocolate regularly, as they make it impossible to fail. In a tempering machine, couverture chocolate will automatically go through each temperature in the process, giving you perfect results without you having to do a thing.

As such, it saves a lot of time in the kitchen, especially if tempering is something you do regularly. With this device, your chocolate preparations can’t go wrong.

Final thoughts: Why and how do we temper?

Chocolate, and couverture chocolate in particular, is made up of fat. The aim of tempering is to help chocolate reach a series of different temperatures. When we do this, we separate out the various molecules that make up the chocolate, before reassembling them in perfect order to give the chocolate a glossy shine.

Specifically, chocolate goes through three stages:

  1. Melting: Usually in a bain-marie so that the chocolate's temperature can be measured precisely.
  2. Crystallization: When it cools, the chocolate will crystallize.
  3. Work: The chocolate can be worked once its temperature has risen slightly.

As you can see, temperature control is the most important aspect of tempering.

Chef's tip: The results will be even better if you keep the chocolate melted at Temperature 1 for an extended period of time (up to several hours).