Chocolate Tempering Temperatures at a Glance

Use these Celsius ranges as a working reference for a melt, cool, and rewarm method. Different chocolate formulations have different curves, so check the instructions for the chocolate in your bowl before following a general range.

Quick temperature chart

ChocolateMeltCool while stirringRewarm to work
Dark50 to 55?C28 to 29?C31 to 32?C
Milk45 to 50?C27 to 28?C29 to 30?C
White45 to 50?C26 to 27?C28 to 29?C

What each temperature is for

  1. Melt: Heat gently and stir so the existing cocoa butter crystals melt. Keep water and steam out of the bowl.
  2. Cool: Stir as the chocolate cools to encourage the crystals needed for a firm, glossy set. A seeding method adds pieces of already tempered chocolate during this stage.
  3. Work: Warm the chocolate carefully to its working range. Keep stirring as you use it so one part of the bowl does not thicken or warm faster than another.

A gentle microwave method that preserves existing crystals does not follow the same separate cooling stage. Follow the method and the product's own temperatures together rather than combining parts of different curves.

Check before filling a mould

Dip the tip of a scraper in the chocolate and let the thin coating set. A well tempered sample should become firm with an even sheen. Dark chocolate can begin setting within about two minutes. Milk and white may take longer. If it stays soft, dull, or streaky, check the temperature and temper again before pouring the full batch.

If chocolate thickens while you work, stir it and warm it gently within its working range. Do not treat a temperature number alone as proof of temper: the small set test shows what the chocolate actually does.

Article Author

Craft Chocolate Experience

Craft Chocolate Experience publishes practical guides for people making chocolate in an ordinary home kitchen. The guides begin with manageable batches and affordable first tools, then move through melting, tempering, moulding and working from cacao. Each one explains what to observe as the batch changes, where a method may go wrong and what to consider trying next. The aim is to help curious beginners learn the reasons behind the steps, while leaving room for readers who want to explore the longer bean-to-bar process. Measurements and everyday examples are written for Australian readers.

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