As per VerfiedMarketReports, the growth in chocolate molds is increasing at a CAGR of 5.5%. This shows an upward trend in the usability and application of these molds.

If you are looking for more details, kindly visit our website.

In this blog, we’ll cover what chocolate molds are, their types, and a complete buying guide. You will also learn how to use them quickly to get the perfect molds. 

Let’s move on to the details!

Part 1- What are chocolate molds?

Chocolate molds help you shape melted chocolate into various decorative patterns and designs. When you pour liquid chocolate into them and let them dry/freeze, they harden and take the shape of the mold.

You can find their use cases for cooks, home bakers, and pastry chefs who want to make beautiful desserts. The best thing about chocolate molds is that they are beginner-friendly. Even if you make a mistake, melt it again and try again. 

For further fun, read our guides for creative recipes like bonbons, caramel lollipops, and homemade chocolates.

Part 2- What Materials Are Chocolate Molds Made of?

Commonly, chocolate molds are made of 5 types of materials. These are silicone, polycarbonate, and metal. Molds are often classified into various types based on these materials. 

Types of Chocolate Molds

The following are the widely available types of chocolate molds:

1. Polycarbonate (PC)

Clear, strong plastic trays have smooth edges and feature sharp details, such as lace patterns and geometric shapes.

Features: 

These are the features of chocolate molds:

• Super precise: It shows ultra-fine details, like floral textures and logos, without warping.
• Heat-friendly: It won’t melt if you add hot chocolate (about 95°F/35°C). This temperature is key for tempering.
• Stiff structure: The layers stay flat, so colors (like cocoa butter or fillings) do not mix together.

2. Silicone

They are like colorful trays that come in fun shapes like animals and flowers or in grid styles for mini-bars.

Features: 

Permit us to present you the features of the chocolate molds:

• Flexible: Push from the bottom to pop out fragile shapes (e.g., butterfly wings) without cracks.
• Freezer-safe: Chilling the molds helps fillings set faster, which is great for soft fillings like ganache or caramel.
• Textured finishes: Some have matte surfaces or rustic patterns (e.g., “wood grain” bars).

3. Metal (Aluminum or Tin-Plated Steel)

Durable industrial baking sheets with deep cavities ensure even cooking and baking.

Features: 

Here are the features of metal-based molds:

• Speeds cooling: Metal pulls heat from chocolate quickly, helping it temper evenly.
• Rigid: Requires greasing (or coating with cocoa butter) to release chocolates cleanly.

Now that you know all types of chocolate molds, you can also check out trusted sellers of polycarbonate and silicone chocolate molds to add to your bucket list. 

Pros and Cons of Using Chocolate Molds

The following are the pros and cons of using chocolate molds:

Pros

Permit us to present you the perks of chocolate molds:

• They allow precise chocolate pouring, allowing you to make perfect chocolate shapes.
• These molds come in different shapes. This lets you prepare chocolate designs of your desire.
•  Molds like polycarbonate or silicone also make it easy for bakers to remove the desserts. 

Cons 

• You can face cleaning issues, as chocolate may leave stains that are tough to remove. 
• Cheap molds are prone to break, while high-quality ones are expensive. 

To avoid long-term stains and care issues with chocolate molds, here's a helpful guide on how to properly clean polycarbonate chocolate molds and keep them in top shape.

Part 3- How to use chocolate molds

To use chocolate molds, temper the chocolate, prepare the mold, fill the substance, fill the mold, and set the chocolate. You can either read our detailed silicon mold usage guide or the explanation of above steps below:

1. Temper Your Chocolate

Melt the chocolate to the right temperature (120-130°F (50-55°C) for dark chocolate or 105-115°F (40-45°C) for milk or white chocolate). Then, cool it slightly and reheat it gently. Use a candy thermometer to get accurate and instant results. 

2. Prepare the Mold

Wash new molds with warm water and mild soap and dry them thoroughly. For polycarbonate and metal molds, buff them with a cotton ball or microfiber cloth to make a shiny finish. 

3. Fill the Mold

Use a piping bag to draw colored chocolate designs first, like patterns. Then, pour tempered chocolate until the mold is full. Tap the mold gently on the counter to remove air bubbles.

4. Set the Chocolate

Let the chocolate sit at room temperature for 15 to 20 minutes until it pulls away from the edges. To speed up the setting for silicone molds, place them in the fridge or freezer for 5 to 10 minutes, but be careful to avoid condensation.

5. Demold

To demold the chocolates, follow these steps:

• Flexible Molds (Silicone): Gently bend the silicone mold to pop the chocolates out.
• Rigid Molds (Polycarbonate/Metal): Turn the rigid mold upside down and tap it lightly. If needed, gently lift the edges with a spatula to release the chocolate from the mold.

Want to try these steps with the right tools? Explore our full collection of chocolate molds designed for smooth finishes and clean release.

If you've ever struggled to get delicate chocolate shapes out of a mold without breaking them, this Reddit thread offers several practical tips.

How do I take chocolate out of the mold without breaking it?
by infoodhacks

Part 4-  Where to Buy Chocolate Molds?

You can buy chocolate from online retailers like Amazon, Etsy, etc. Alternatively, you can place an order from reputed sites like PJ Bolds. Let’s explore some legitimate options.

A- Online Marketplaces

Here are some big and famous online marketplaces:

1. Amazon

• Offers various molds, positive customer reviews, and fast shipping for Prime members. 
• You can find a range of designs, from simple geometric shapes to detailed holiday themes, such as 3D Christmas trees and floral trays for bonbons.
• Best for beginners and professionals who need different options or last-minute orders.

PJ Bold Amazon Store: 

Explore PJ Bold’s Amazon store for premium, food-grade silicone molds with professional finishes.

2. eBay

• It has affordable prices, allows bulk purchases, and ships internationally. 
• Best for bargain hunters and buyers outside the U.S.

PJ Bold eBay Store: 

Discover PJ Bold’s eBay store for cost-effective silicone bundles and limited-edition shapes.

Huafeng Mold are exported all over the world and different industries with quality first. Our belief is to provide our customers with more and better high value-added products. Let's create a better future together.

3. Etsy

• It features unique handmade and custom molds that are perfect for personalized gifts. 
• Best for creative bakers looking for unique designs.

PJ Bold Etsy Store: 

Browse PJ Bold’s Etsy shop for whimsical, detailed designs (e.g., animals, flowers).

4. Walmart

• It is budget-friendly, with many items under $10, and offers in-store pickup. 
• Best for casual crafters and parents baking with kids.

PJ Bold Walmart Store: 

Shop PJ Bold’s Walmart line for durable, entry-level silicone molds perfect for family fun.

B- Buy Directly from Manufacturers Like PJ Bold

If you want high-quality molds and custom designs, buy directly from manufacturers like PJ Bold. They specialize in food-grade molds.

What PJ Bold Offers

• Premium Food-Grade Materials:All molds meet FDA and LFGB safety standards, ensuring non-toxic, durable products for chocolate, gummies, and more.
• Best-Selling Designs:Explore their best-selling molds and precise shapes for seasonal treats (e.g., Easter eggs, Christmas trees).
• Creative & Unique Silicone Molds:Browse their exclusive website collectionfor innovative designs like 3D geometric shapes, floral patterns, and animal figures.
• Professional Polycarbonate Molds:Perfect for glossy finishes and sharp details—ideal for luxury chocolates or intricate decorations.

Why Shop at PJ Bold?

• No Retailer Markups: Competitive pricing for bulk orders.
• Direct Expertise: Get tailored advice from their design team.
• Exclusive Access: Products like polycarbonate molds and limited-edition silicone designs are only available on their website.

Learn more about the food safety standards PJ Bold follows to ensure every mold is safe for chocolate, gummies, and beyond.

Part 5- Tips for Getting Perfect Chocolate Shapes

The following are the tips to get a perfect chocolate shape:

• Properly temper chocolate for a shiny look and a crisp snap.  
• Tap the molds to release any trapped air bubbles.  
• Chill silicone molds briefly to make it easier to take the chocolate out.  
• Polish polycarbonate and metal molds to give them a glossy finish.  
• Fill the molds just below the edge to prevent spills.  
• Remove the chocolate carefully: flex the silicone molds and tap the rigid ones.  
• Store the molds flat to keep them from warping.  

For more step-by-step techniques to improve your chocolate-making results, explore our blog on how to use chocolate molds.

Part 6- How to Clean and Maintain Chocolate Molds

Explore the following section for a details guide on cleaning and maintenance of chocolate molds: 

Cleaning Steps

1. Rinse Immediately: After demolding, rinse with warm water (not hot) to prevent chocolate from hardening in detail.
2. Use Mild Soap: Wash with dish soap and a soft sponge. Do not use anything that could scratch the surface.
3. Dry Thoroughly: Air-dry upside down on a towel or pat dry with a lint-free cloth.
4. Sanitize (Optional): Sanitize food-safe molds with a vinegar-water solution for professional use.

Maintenance Tips

• Avoid Dishwashers: Heat and detergents can warp silicone or cloud polycarbonate.
• Store Flat: Prevent bending/warping by stacking molds neatly or hanging vertically.
• No Sharp Tools: To scrape excess chocolate, use silicone spatulas, not knives.
• Inspect Regularly: Check for scratches (polycarbonate) or cracks (silicone) that affect results.
• Repolish Polycarbonate: Buff occasionally with a cotton ball to restore shine.

For more details, read our silicone chocolate mold cleaning tips guide.

Conclusion

In this guide to chocolate molds, we have discussed all types and uses of these molds. Whether you’re making beautiful floral shapes or custom-branded chocolates, your success depends on understanding the science of chocolate, such as temperature and tempering while molding chocolates. PJ Bold’s silicone and polycarbonate molds are not just extras, they help you turn your ideas into edibles. 

Frequently Asked Questions

1- Why won’t my chocolate release?

Improperly tempered chocolate won’t release correctly. Recheck your tempering steps. For silicone molds, freeze for 5–10 minutes. For polycarbonate molds, ensure the chocolate is calm and firm by touching the back. 

2- Why is my polycarbonate mold turning cloudy?

Your polycarbonate mold is turning cloudy due to tiny scratches or mineral buildup from hard water. To restore shine, buff the surface with a cotton ball soaked in food-grade polishing alcohol. Use microfiber cloths for daily cleaning and avoid abrasive sponges.

3- How do I make molds last longer?

Store molds flat to prevent warping. Don’t stack/put heavy items on top of the molds. To stop cracking, avoid sudden temperature changes, like pouring hot water on cold molds. 

4- How do I prevent chocolate from sticking to the mold?

You can prevent chocolate from sticking to the mold by spraying it lightly with food-grade cocoa butter. Avoid using vegetable oil, as it can leave a residue. Ensure the molds are completely dry and at room temperature before pouring the chocolate into it.

James Carter

James Carter has 20 years of experience in baking, crafting, and DIY projects. Previously, he has worked for Cloud Kitchen and Bake from Scratch. He is a product expert based in the USA who writes for PJ Bold. He focuses on molds for baking, crafting, and DIY projects, helping readers find the best tools for creative work.

Chocolate molds

The production of chocolate moulds

It was only in the 19th century that chocolate moulds were used for the first time. Up to then chocolate had been a pleasure only enjoyed in liquid form.

Before the chocolate mass can be used to produce hollow figures or chocolate figures, it must have a high proportion of cocoa butter so that the chocolate can be properly distributed all over the mould.

The chocolate blocks, which nowadays can be acquired everywhere, are first broken and then cut into tiny particles.

Then the chocolate particles are slowly melted in a water bath at a temperature of approximately 45°C (never directly in a pan as otherwise the mass would be immediately burnt).

The choice of the chocolate mass and its viscosity is very important to achieve good results. One should refrain from using chocolate masses with a low fat content, frequently referred to as “Plätzchenmasse” (cookie mass/dough?).

The liquid chocolate is poured into a bowl and cooled down while stirred so as to impulse the crystallisation taking place in the cocoa butter. Depending on the mass components, milk chocolate or white chocolate is cooled down to approx. 28°C and dark chocolate (bitter chocolate) to 30°C. Then the chocolate is poured into the mould. Depending on the kind of mould, the thickness of the mass remaining on the walls is controlled in order to pour in more chocolate mass if necessary. The exceeding mass flows out of the mould and back to the tank. This is essential, particularly in the production of hollow figures.

When it comes to produce massive articles in flat moulds, then the flat moulds are filled up with chocolate, scraped and, as far as possible, shaken to prevent the chocolate from having air inclusions.

After that, the moulds have to set in a cold room with very low humidity where the chocolate mass retracts slightly. If everything was done properly, then it will be easy to remove the chocolate article from the mould.

If the moulds are used for the first time or if they are cleaned before being used, sometimes it is necessary to apply fat in form of cocoa butter or chocolate on the inner side of the moulds so that the mass can be removed with more ease. For the pure chocolate production process it is always necessary that a thin fat edge builds up on the moulds since this facilitates the production and thus enables the achievement of better results in second and third pouring attempts.

Kinds of moulds and moulds production

In the 18th Century steel plates were manufactured to be then coated with tin as a protection against rust, so that around the first moulds were created with the help of tin-coated metal sheets pressed into shape.

The basis material was plaster moulds designed by artists. They were used to make the basic moulds and eventually, with large pressing machines and under high pressure, the first metal moulds were manufactured.

Kinds of moulds

1. a) Double moulds with opening
   b) Double moulds without opening
   These are chocolate moulds that consist of two halves – so-called double moulds (picture) – and that are kept closed by clips or other kinds of locks. The first double moulds used to have an opening at the bottom through which they were filled up with chocolate. These moulds were later followed by fully hermetic moulds since with the help of piston depositors it was possible to accurately dose the exact amount of chocolate into the moulds.
2. Folding moulds.
   These are double moulds provided with hinges and locks (see picture).
3. Double-frame moulds (see no. ……), also used on automatic hollow figure plants.
   These are single moulds which are soldered into metal frames, mostly consisting of a front and a back side, linked to a so-called folding mould by means of a hinge.
4. The group of single frame moulds (see picture no. ), mostly of square or rectangular shape, to produce chocolate tablets, little bars, neapolitans, etc. The moulds themselves were soldered into the steel frames with tin.
5. The so-called block moulds (see picture no. ). These are individual rectangular
   plates suitable for the production of massive, deposited chocolate articles.
6. Complex moulds (one frame linked to an upper piece).
7. Sample moulds, only built by the manufacturers for demonstration purposes.

The material of the chocolate moulds

1. The cast moulds, which existed in the 18th Century already, were especially used for the production of ice cream. However, the main disadvantage of these moulds was their heavy weight, so that people soon began to look for alternative materials which were also easier to process.
2. Tin-coated or silver-plated copper. Especially in the 19th Century many moulds of this kind were manufactured, but it frequently happened that the tin or silver seal slowly abraded and the copper came to the surface. The verdigris that can possibly appear then is very poisonous (see picture: Mould by Anton Reiche, silver-plated copper).
3. Tin or tin-coated metal. This kind of chocolate mould can still be found pretty frequently these days and it has been used since the end of the 19th Century. However, taking in the older moulds, it becomes obvious that after a long period of use the tin-coat abrades giving view to the pure metal sheet. These moulds are then no longer appropriate for the chocolate production because the chocolate can be removed only with great difficulty.
4. Nickel steel and nickel coating. During the last century, especially the firm Anton Reiche GmbH was the leading manufacturer of nickel-coated metal moulds. The articles were sold under the name of Platinol Moulds. Of course were there other manufacturers who produced nickel-coated moulds as well such as Henry Le Cerf in Cologne.
5. Stainless steel.
   Stainless steel was used very frequently during the second half of the 20th Century, particularly by moulds manufacturers such as Matfer in France.
6. Plastic.
   The fist plastic material was Bakelit, a brown, hard kind of plastic developed by
   Mr. Leo Henrik Baekeland. However, due to the brown colour, the manufacturers soon began to look for other alternatives. The creation of Plexiglas and PVC followed and finally Macrolon, a high-quality polycarbonate which is still used in the production of chocolate moulds nowadays (see picture).

Kinds of mould locking

1. Wire rings, used especially in Germany, like for example by Anton Reiche.
2. Clips, which are still used these days particularly for polycarbonate moulds.
3. Steel pins, which were especially manufactured and used for antique moulds by, for example, Létang Fils/France.
4. Long, rectangular metal pieces which were partly used as clips for all sides of the mould
5. Metal spins made of massive steel with a groove in the middle to clamp the mould.

Moulds manufacturer (as far as known)

Want more information on Industrial Chocolate Molds(ko,nl,cs)? Feel free to contact us.

1. Hermann Walter, Berlin, founded around , was the first German factory of chocolate moulds. In , co. Hermann Walter, which was run on by the sons, used to have about different models in production but after they were located in the East sector of Berlin. Back then, the proprietors emigrated to West Berlin and produced moulds under the name of Erich Bonck, Berlin-Neukölln. In the production run under the name of Hermann Walter again until the firm was taken over by co. Kaupert.
2. In , Friedrich Anton Reiche founded a production facility for tin coatings in Dresden and established a factory for tin boxes and chocolate moulds in . Between both world wars, Anton Reiche Dresden used to have employees. Anton Reiche manufactured numerous beautiful moulds. In particular they developed the Platinol moulds, nickel-coated sheet metal moulds. It was the variety and diversity of their products which made them become the most demanded ones ever after. In year there were as many as 50.000 different moulds. Another factory was established in the Czech Republic in the 30’s, where the moulds used to have the letters C.S.R. and Monos. After the II World War, company Reiche was closed down, being founded again in Dresden under the name of VEB Schokoladenform. There exist moulds with the name of Gebr. Franck Freital which remind of Anton Reiche. Sometimes even moulds of the 50s can be found which used to be sold under the name of Hans Buhn & Co. in Hamburg, Germany.
3. Karl Richter Dresden, founded in , was taken over by Anton Reiche in .
4. Metallwarenfabrik Friedrich Wilhelm Kutzscher Junior Schwarzenberg in Sachsen, ( Saxony ) im Erzgebirge ( Ore Mountains ) founded around , acquired the Company August Riecke in Sachsen-Deuben between and . Kutzscher was an important manufacturer of glas molds and china with an own design department. Since the Kutzscher Company had its own iron foundry and metal goods factory they also designed and made chocolate molds with an excellent quality which surely met even the high quality standards of Anton Reiche. Kutzscher was changed after the war into VEB Waschgerätewerk Schwarzenberg.
   Today the F.W. Kutzscher GmbH is an important manufacturer of glass machines.
5. Riecke & Co. This firm was founded in and existed until when they were acquired by Formenfabrik Tilburg, who also manufactured moulds under the name of Riecke Helmond in Holland and Dresden.
6. J.G. Laurosch, founded in Stuttgart and closed down around .
7. Henry Le Cerf, Cologne. This firm was founded in approximately. Henry Le Cerf was a French man who immigrated from France und who soon specialized in the production of Nikol, i.e. nickel-coated moulds. In the firm was taken over by his grandson, Karl Becker. Company Henri Le Cerf was founded again in in Cologne as Henri Le Cerf & Cie. GmbH Schokoladenformenfabrik.
8. Bruham. This firm was established through the connection between Alfred Reiche and Hans Bruhn Hamburg and closed in . The remaining pieces were acquired by co. Walter Hörnlein.
9. Agathon. This firm was founded in by a former employee of Anton Reiche who established a moulds factory called WEDEFO in Bottrop. In the name was changed to Agathon. They produced metal moulds until , when they completely changed over to the production of plastic moulds. www.agathon-moulds.com
10. Bodderas Kaupert. Approximately in year , Mr Alfred Bodderas and his son-in-law Dr. Günter Kaupert founded a mould factory in Erndtebrück. First they produced nickel-coated metal moulds until specializing in the production of Folit plastic moulds. The Folit arcs where placed into exchangeable metal frames. Nowadays, co. Kaupert mainly manufactures chocolate moulds made of various kinds of plastic. www.kaupert-online.com
11. Walter Hörnlein. From around onwards, co. Walter Hörnlein in Schwäbisch Gmünd produced nickel-coated chocolate moulds. The metal moulds are mostly marked with a post horn and a number or with a squirrel with the writing Hörnlein. In they focused on the production of Chocal aluminium moulds, i.e. firm aluminium foils which lay in moulds. The chocolate mass was poured into the aluminium mould directly, centrifuged and closed by so-called bordering presses. www.chocal.de
12. Hans Brunner. This firm was established in Cologne in year approximately and in they began to produce chocolate moulds of Plexiglas or other kinds of plastic such as Macrolon. In most cases the moulds are marked with a number and the letters HB. www.hansbrunner.de
13. Jeàn Baptist Létang. Co. Létang was founded in approximately and run for a long time from generation to generation. The engraving “Létang Fils (Létang Söhne), Rue Vielle du Temple 108, Paris˝ can be seen as initial letters in many beautiful antique moulds. Létang are without any doubt one of the most important and oldest chocolate manufacturers in the world (see pictures). www.letang-fils.com
14. Gobel. Approximately in year E. Gobel was founded. Most of the moulds are provided with the initial letters E. Gobel Paris.
15. Sommet. This company was probably founded in . The moulds are mostly marked with a dolphin and a number as well as with a sun rising above a mountain on which the name Sommet is engraved.
16. Matfer. The history of Matfer begins back in approximately. The older moulds produced by this firm are specially marked with the stamp Qualité. Matfer soon specialised in the production of stainless steel moulds. www.matfer.com
17. Vormenfabrik Tilburg, Holland. Company Vormenfabrik Tilburg was established in Delft, probably in , and moved to Tilburg in . Vormenfabrik Tilburg Holland offers a great number of figures and moulds. In Vormenfabrik Tilburg Holland specialised in the production of plastic moulds. www.vormenfabrik.com
18. Max Riner. Around company Max Riner was founded in Switzerland. In they manufactured the first Plexiglas moulds. www.rinermoulds.ch
19. Luigi Maganza Milano. The company Luigi Maganza was established approx. in year . They developed a great number of machines and moulds suitable for the chocolate production.
20. Sidam Millano/Italy. Around co. Sidam Millano was founded. From onwards they specialized in the production of plastic moulds.
21. Moldes Burgueras. In year approximately company Burgueras was established in Barcelona. They produced a great number of chocolate moulds, also nickel-coated ones.
22. Randall & Smith/GB was founded around and taken over by co. Yorkshire Moulds Ltd. approximately in year .
23. Josef Matuschek. Josef Matuschek founded a factory for the production of chocolate tools in Vienna in which existed until the mid 30’s of the 20th Century.
24. Josef Schwarzer, Czechoslovakia. Josef Schwarzer was established in Prague around . In the 50’s this firm was nationalized and merged with the former Anton Reiche factory. Here is where the moulds with the denomination Monos C.S.R. were produced.