mclearn
New member
I am wondering if anyone can shed some light as to why 1% milk does not foam up properly. Homo milk and skim milk foam up fine (skim is better than homo because of the lower fat content but same amount of proteins, I'm told).
My problem is that some people ask for a 1% cappuccino, which I *cannot* create without wasting *a lot* of milk because I need to foam up 2 or 3 batches of it. I thought that maybe it was an anti-foaming agent in the milk, but the ingredients on the label do not say this. I thought it might be that 1% milk happens to have a low fat content but also a low protein content. I'm not sure if 2% milk doesn't foam -- that experiment will wait for tomorrow.
The reason I thought it might be a protein issue is that if someone asks me to create a soy-based cappuccino, I have to inform them that the foam created in the soy will be quite large and airy and will not look like a proper cap. The proteins in a soy-based milk are different than those in bovine milk which may be the root of the problem.
Of course, I've only spent about 10 minutes researching this on milk chemistry web sites. Unfortunately, those sites are pretty dense on the chemistry and light on the quick facts. Anyone can shed some light on this question?
Thanks!
My problem is that some people ask for a 1% cappuccino, which I *cannot* create without wasting *a lot* of milk because I need to foam up 2 or 3 batches of it. I thought that maybe it was an anti-foaming agent in the milk, but the ingredients on the label do not say this. I thought it might be that 1% milk happens to have a low fat content but also a low protein content. I'm not sure if 2% milk doesn't foam -- that experiment will wait for tomorrow.
The reason I thought it might be a protein issue is that if someone asks me to create a soy-based cappuccino, I have to inform them that the foam created in the soy will be quite large and airy and will not look like a proper cap. The proteins in a soy-based milk are different than those in bovine milk which may be the root of the problem.
Of course, I've only spent about 10 minutes researching this on milk chemistry web sites. Unfortunately, those sites are pretty dense on the chemistry and light on the quick facts. Anyone can shed some light on this question?
Thanks!