Why won't my whipped cream (with extras) stiffen up?

Why won't my whipped cream (with extras) stiffen up? - Crop unrecognizable female with closed eyes biting tasty sweet cupcake with with strawberry jam filing and decorated with whipped cream and berries

I wanted to spice up my whip cream so I used this recipe:

  • 1 c. heavy cream, chilled
  • 1/2 c. Packed light brown sugar
  • 1/8 t salt
  • 1/2 c. sour cream
  • 2 t. bourbon

I chilled the mixing bowl, mixed the ingredients - let them chill for 3 hours - then used my mixer to 'whip' up the cream topping, and all I got was a consistency that was slightly stiffer than the sour cream.

Am I doing something wrong? Or is that the consistency I can expect from a sour cream whip? (Oh - I'm at high elevation also - almost a mile up - that always affects everything in some way)



Best Answer

The minimum fat needed so cream will whip is 30%. Most brands sell whipping cream at 30%, a few at 33%. This means you cannot whip cream with any add-ins, except for hygroscopic powders (sugar) or a few drops of an essence or food coloring.

You should be able to whip a mixture starting with double cream (48%) and other water-based liquids, as long as the total fat content is 30% or more. Alcohol might be a problem, because it dissolves fat, you'll have to experiment if it works out or not. But first, you would need a source for double cream, and that's not easy to find.




Pictures about "Why won't my whipped cream (with extras) stiffen up?"

Why won't my whipped cream (with extras) stiffen up? - Crop anonymous lady in red dress demonstrating delicious cupcake decorated green whipped cream and colorful sprinkle on kitchen
Why won't my whipped cream (with extras) stiffen up? - Closeup of delicious fresh baked Swiss roll topped with chocolate and cut fresh fruits placed o white table in kitchen
Why won't my whipped cream (with extras) stiffen up? - Waffles With Cream



Why is my whipping cream not getting stiff?

You're not chilling your cream. Using room temperature cream is the cardinal sin of whipped creamery and the number one reason for whipped cream not thickening. If it reaches above 10\xb0C, the fat inside the cream will not emulsify, meaning it can't hold the air particles which allow it to maintain fluffy peaks.

How do you fix runny whipped cream?

One method would be to mix in some new, unwhipped cream and slowly whip it. This new cream should add enough to get back to the desired texture. Another option, especially if more sweetness is desired, is to add some powdered sugar in and slowly mix.



Tame Impala - Why Won’t They Talk To Me? (2020)




More answers regarding why won't my whipped cream (with extras) stiffen up?

Answer 2

@rumtscho answered the "why" for the title question very well.

Here i will try to give "the how" to solve the problem...

Am I doing something wrong? Or is that the consistency I can expect from a sour cream whip?

You could modify your procedure to something more similar to making a "Diplomat Cream", which is custard mixed with whipped cream.

  1. Mix the salt, sugar, sour cream and bourbon. This may involve waiting for the sugar to dissolve into the sour cream (avoid heating because sour cream will split if overheated). Then refrigerate until needed.
  2. Whip the cream alone (over an ice bath) to medium peaks. (This is the point at which the tip of the peaks curl over on themselves when the beaters are lifted).
  3. Ensuring that the whipped cream is still cold, gently fold through the sour cream mixture. This would be best achieved by sliding a thin edged scraper down the side of the bowl, and lifting the whipped cream through the sour cream.

It should also be noted that the stiffer the whipped cream is, then the more it will resist mixing and may hold in clumps, plus you risk overworking the cream (when trying to smooth out the lumps) which leads to splitting. So err on the side of caution when whipping the cream. It is better to sacrifice a little lift/aeration than to ruin the batch entirely.

Sources: Stack Exchange - This article follows the attribution requirements of Stack Exchange and is licensed under CC BY-SA 3.0.

Images: SHVETS production, Tim Douglas, Pegah, Pixabay