Cream is one material. There are only five things you can do to it — and every cream in this guide is one of them, or two in sequence.
What a cream can do is decided by one number: its fat percentage. An 18% cream will never whip, however cold it is; a 48% cream turns to butter seconds after it turns to peaks. Every one of the twenty creams here is specified by fat, not by the word on the carton.
Written by Abdelmounim El Moussaddar · published by TopDigitalKnowledge · 54 pages, 17 figures, 28 sources, every one cited inline · last verified September 2026
Raise the fat. Every plain cream, from half-and-half to double.
Beat in air. Whipped cream — and butter, if you do not stop.
Drop the pH. Crème fraîche, sour cream, smetana, cultured butter.
Drive off water. Clotted cream and kaymak. With acid, mascarpone.
Add egg, starch or fat. Custards, ganache, panna cotta.
Each of these changes what you actually do in the kitchen, and each is traceable to a numbered source at the back of the guide.
Almost always it was ultra-pasteurised. Heat far above pasteurising temperature denatures one of the whey proteins and damages the membrane around each fat globule, so the foam will not hold however long you beat it. The date on the carton is irrelevant. The words on it are not.
Right four times out of five. Crème anglaise curdles past about 82°C — but pastry cream must reach a full boil for a minute, because egg yolk carries an enzyme that digests the starch and survives ordinary custard temperatures. Skip it and the set cream is a puddle by morning.
Fat shields bacteria from heat, so the international rule raises the pasteurising temperature by three degrees once a product carries 10% fat or more. Pasteurising cream at 72°C is quoting the figure for milk, and it is not enough.
Not a quality rating — a physical specification. An 18% cream will never whip, however cold it is. A 48% cream turns to butter seconds after it turns to peaks.
Whole milk, standing still.
Milk fat is lighter than the water it sits in, so the globules rise. How fast depends on the square of their size: double the diameter and they rise four times as fast.
Which is why the milk in your fridge will never give you any. Homogenising drives the globules from about four micrometres to half of one, and the squared relationship turns that into roughly sixty-four times slower. The cream is still in there. It simply cannot reach the top.
Chapter 2 covers what to buy instead, and how to skim it yourself.
Marked positions are legal minima from the international standard, the United States code and the United Kingdom table. Sources 1 to 3 in the guide.
Set the fat, set the temperature, choose what you will do to it. This is the guide’s own logic, running live — including the cases where the honest answer is that nothing will work.
Pick none and you are just looking at cream. That is a legitimate answer, and the console will name which one.
Enough fat to build a network and cold enough for the crystals inside the globules to survive. Beating welds them into a cage that holds the air.
Each with its method, its temperature and its timing — and grouped by the operation that makes it, so the list is a map rather than an index.
Coconut and cashew creams get their own chapter, with an honest account of which physics transfers and which does not.
US Letter, laid out page by page for print or a large screen. Designed as a book, not exported from a document.
Kindle, Kobo, Apple Books and phones. Validated at zero errors and zero warnings.
Every one drawn from the numbers in the source cited beside it. No stock photography anywhere in the guide.
The master cream table, a fault finder arranged by what you can see, and a batch log for cultured creams.
The mechanisms are measured and cited. Partial coalescence, phase inversion, casein coagulation, the amylase in egg yolk, the fat adjustment for pasteurising — all sourced.
Craft convention is labelled as craft convention. Ganache ratios, gelatine doses, keeping times. They work; they are not research findings, and the reference list keeps the two apart.
The raw-milk figures are given, not gestured at. With the groups who should not drink it, and pasteurising at home as the recommended route.
Not medical or dietary advice. No health claim is made for any product in it.
Not a substitute for your own country’s food safety rules, which differ and which override anything in the guide.
A digital probe thermometer and scales that read to a gram. That is genuinely it. Chapter 4 is honest about what else is useful and what is not worth buying, and several chapters exist because a thermometer removes the guesswork entirely.
Yes, for almost everything. One chapter explains why supermarket milk will never give you cream you can skim, and what to look for if you want to try. Everything else in the guide is specified by fat percentage, so you buy by the number on the back rather than the word on the front.
No. It teaches five operations and then gives twenty creams as settings of those five. You finish able to make a cream it never mentions, and able to look at one that failed and name which operation went wrong.
Metric first, imperial in brackets, throughout. Fat percentages are given for the international standard, the United States and the United Kingdom side by side, because the same word means different things in each — which is the most common reason a cream recipe fails when it crosses a border.
Message me and I will fix it or refund you. Both formats are standard: a PDF and an EPUB that passes validation with no errors and no warnings.
Learn the five and you can make a cream this guide never mentions — and name the fault in one that went wrong.
Instant download · PDF and EPUB · no physical item ships