Is Callebaut 811 vegan?

In this brief guide, we will answer the query, “Is Callebaut 811 vegan?” and will discuss handling guidelines for Callebaut 811.

Is Callebaut 811 vegan?

Yes, Callebaut 811 is vegan.  Callebaut 811 is made up of 54% bitter cocoa powder that is purely obtained from cocoa plants that ‘s why it is suitable for vegans.

What is Callebaut 811?

Callebaut’s premium dark, bittersweet Belgian chocolate couverture is available in a block form. Intended to be used in a variety of situations. A minimum of 54% cocoa solids is required. It has a smooth cocoa body, a pleasing intensity, and around, well-balanced chocolate flavor. Certified kosher and halal by the Orthodox Union.

Callebaut donates a portion of the proceeds from each box of Finest Belgian Chocolate to the Cocoa Horizons Foundation, which promotes sustainable cocoa production. Vegetarians and vegans may enjoy this chocolate. Each catering block is 5 kg.

For more than a century, Callebaut has been producing the finest Belgian chocolate. Chefs, bakers, and chocolatiers appreciate their goods because of their balanced and round flavor. Callebaut’s most popular dark, milk, and white chocolates, as well as their newest offerings, are all available for bulk purchase from us.

As one of the leading suppliers of Callebaut’s fairtrade baking chocolate, we offer a broad variety of pack sizes, including callets in 400g, 1kg, 2.5kg, and even 10kg bags. Additionally, Callebaut manufactures chocolate cups, chocolate decorations, cocoa powder, pastes, dessert premixes, and topping sauces in addition to these basic items. Finest Belgian Chocolate purchased via the Cocoa Horizons Foundation will help support sustainable cocoa production in West Africa, thanks to the contributions of Callebaut.

The income of around 40 to 50 million people depend on cocoa farming, contributing an annual cocoa production worldwide at 4.2 million tons valued at $11.8 billion and growing at a rate of 3% per year from past decade (3).

The process of making chocolate can be simplified as this: the cocoa tree produces pods containing a pulp and the raw beans. The outer pod is removed together with some of the pulp and the beans are fermented. This enables chemical compounds to develop inside the beans, which are the precursors of the flavor in the final chocolate. Further flavor development is subsequently obtained by roasting the beans. Then, the beans are then broken, and the relatively lighter shell particles removed by a winnowing action. Up to this stage the cocoa is in discrete pieces, several millimeters in diameter. The cocoa nibs are refined by grinding into fine particles smaller than 40 micrometers (0.0015 in.)  and the sugar can then be added in a granulated or milled form and the two mixed with extra fat (and milk powder if milk chocolate is being manufactured). The next step is conching the cocoa-sugar-fat mixture. Although the fermentation, drying and roasting are able to develop the precursors of chocolate flavor, there are also many undesirable chemical compounds present. These give rise to acidic and astringent tastes in the mouth. The object of conching is to remove the undesirable flavors, while developing the pleasant ones. In addition, the previous grinding process will have created many new surfaces, particularly of sugar, which are not yet covered with fat. This is normally carried out by agitating the chocolate over an extended period in a large tank, known as a conche. The mixing continuously changes the chocolate surface and this, coupled with some heating and ventilation, enables the volatile components to escape and the flavor to be modified. The next step is tempering, which ensures that cocoa butter (and, indeed, cocoa butter equivalents) crystallize in the stable form. The chocolate is heated to a temperature of 50°C (112°F), mixed and cooled to induce crystallization. Then, the chocolate can be molded into its final form or be added with nuts or filled to produce pralines (1).

Chocolate Use And Handling Guidelines

When it comes to confectionary success, learning how to properly handle and preserve chocolate is vital. Moisture and high heat are two of the most damaging variables to chocolate, therefore it’s important to keep it away from both of these things at all times. It’s also important to keep chocolate in a well-ventilated area, away from strong aromas that might alter the taste. When storing chocolate, always make sure that the package is securely sealed and secure.

To make chocolate suitable for encasing or dipping, even a tiny quantity of moisture must be present. Allowing too much steam to build up when melting chocolate can make it more viscous and wet, so be sure to keep an eye on it. Always ensure that all equipment and surfaces are dry while dealing with chocolate. Some applications, such as chocolate caramels or fudge, may still employ chocolate that has been exposed to moisture, but it should not be used for dipping or encasing.

Heat may cause chocolate to thicken and become grainy if it is applied in excess. The temperature of dark chocolate should not exceed 50 degrees Celsius. To protect milk and white chocolate from being damaged by heat, do not heat them beyond 40 degrees Celsius. Chop the chocolate into little pieces, melt it in a Bain Marie, and mix it as it melts to get a smooth texture. To guarantee that the chocolate melts uniformly and rapidly without overheating, the chocolate has to be ground into a fine powder.

The water in the bath should be at a temperature that is neither too hot nor too cold. Stirring assures that the chocolate at the bottom of the bowl will melt evenly without overheating, but a boiling water bath introduces the danger of steam. A dry heat Melter may be used to melt chocolate more delicately. To melt huge amounts of chocolate, these machines may be set at the proper temperature and left overnight without having to cut the chocolate or stir it while melting, making the melters the simplest method.

The environment of chocolate making

Working with chocolate needs an atmosphere that is temperature and humidity regulated. Even though confectionery manufacture may need different temperatures for various phases, most artisan confectioners are limited to one temperature-controlled space for chocolate processing. A temperature of 20 Celsius and a humidity level of 45 to 50 percent are ideal for general chocolate operations, including crystallization of the completed pieces. The chocolate will crystallize too slowly if the temperature is greater than this. Rapid cooling and viscosity rise, as well as the creation of unstable cocoa butter crystals, resulting in poor gloss and snap, and the formation of bloom during storage, will be caused by lower temperatures.

Chocolate: the filling must be as close to temperature as feasible to the chocolate (where the type of filling permits). The crystallization of cocoa butter will be negatively affected if the temperature difference between the filling and the chocolate is too large, and the end product will be less glossy and less heat-resistant. The greatest results will be attained if the filling’s temperature is roughly 5°C lower than the chocolate’s temperature.

The mold’s temperature should be as close as feasible to the workshop’s average temperature (20°C). The mold should be somewhat pre-heated. Make sure that the mold’s temperature does not surpass the tempered chocolate’s temperature. Taking these steps will ensure that the completed product has a shiny sheen.

The chocolate may thicken while it is being dealt with, so be aware of this. The fast growth of cocoa butter crystals is to blame. Adding a little amount of warm chocolate or raising the temperature of the chocolate may remedy this issue.

Molding chocolate should be cooled to between 10 and 12°C, which is the perfect temperature range. The ideal temperature for chocolate coating is between 15 and 18°C. There should be no temperature fluctuations greater than 10°C. During the cooling of molding operations, it is important to keep the air moving, since a substantial amount of heat will need to be emitted during the solidification process of chocolate. Coating work should be kept cool without the use of air conditioning. When the molds are ready for cooling, they are moved to a room with a lower temperature than the workshop temperature. As a consequence, chocolate begins to harden and become more solid.

Storage Recommendations for Chocolate

Due to the lack of moisture in chocolate, it has a long shelf life because of its low water activity level and lack of bacterial deterioration. It is rancidity, the breakdown of lipids that may produce unpleasant flavors, that limits the shelf life of chocolate. It is important to keep chocolate away from reactive metals like copper and iron, even though cocoa butter is reasonably resistant to rancidity.

The limitation in shelf-life of chocolate products can be due to various deteriorative processes. The most common deteriorative change is the development of fat bloom. In addition, many other deteriorative changes take place during the storage of chocolate products. These include major changes in the sensory attributes, causing the staling of the product. In the case of solid chocolate, these changes are likely to be induced by the changes in the polymorphic state of cocoa butter or by rancidity development. However, in the case of enrobed and shell-molded products, the changes may be driven by migration of moisture and/or fat from the center component into the chocolate, and vice-versa (2).

 Chocolate should be kept in an environment that minimizes exposure to airborne pollutants, light, heat, or moisture (humidity). It is because of these elements that the potential shelf life is reduced by raising the risk of rancidity. Milk and white chocolates have a shelf life of around six months when kept in optimum circumstances, whereas black chocolates have a shelf life of about a year. Those are the recommended storage periods for chocolate. To achieve the best quality and freshest flavor, an artisan confectioner should change over his chocolate stock considerably more often.

It’s the appearance of sugar crystals on the chocolate’s surface that is known as a “sugar bloom”. When the chocolate is exposed to excessive humidity or other moisture, it becomes brittle. If chocolate is exposed to moisture, the sugar crystals on the surface disintegrate. Afterward, the sugar re-crystallizes in bigger crystals, resulting in sugar bloom.

Temperature changes while transporting chocolate from a cold spot to a warm one should be avoided to prevent the formation of a sugar bloom (thus preventing condensation). A specific length of time must pass after a chocolate product is taken out of a cold room before it may be opened. Direct condensation is avoided as a result of this design.

Click here, to check out Callebaut 811 recipes.

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In this brief guide, we answered the query, “Is Callebaut 811 vegan?” and discussed handling guidelines for Callebaut 811.


  1. Beckett, Stephen T. Traditional chocolate making. Industrial chocolate manufacture and use 5 2017, 1-9.
  2. Kilcast, David, and Persis Subramaniam. Food shelf life stability. 2001.
  3. Beg, Mohd Shavez, et al. Status, supply chain and processing of cocoa-A review. Trend food sci technol, 2017, 66, 108-116.01