Essentially the hot water need to be boiling hot (100 degree celcius) and leave it brewing for a minimum 4 minutes after pouring into a cup of tea.
From personal experiences, if you want to make good chai masala (or spicy milk tea) you need to keep it in boiling water for considerable amount of time (like cooking on stove), with the ingredient of tea (generous amount), equivalent amount of evaporated and sweetened condensed milk (like half can of milk for medium pot), together with combination of your preferred different spices for examples cinnamon (Sri Lanka cinnamon not the fake ones), jeera, clove, star anise, etc. Since the condensed milk is already sweetened, no need to put sugar, but you can add pure honey for extra wonderful aftertaste.
In UAE, karak chai is their national drink that are sold in most of the restaurants and eateries. Fun facts, and heaven knows for whatever reason the default tea brand being used there is always Lipton.
[1] How you've been making tea WRONG your entire life - BBC:
For proper tea, you should probably look at Asian sources.
Yep, cool. That’s a recipe. For one type of preparation. With one type of bean. And one style of roast.
The ignorance of global tea culture in the west, including Britain, is very cringe.
I have a hard time buying into a prescriptive tea-making procedure. For example, you can heat up your temperature to boiling, but by the time you pour it, it will likely be down to the low to mid 90s.
There’s other factors such as the material of the mugs (which might be more or less conductive of temperature) and the delta between the water and air temps. The composition of the tea itself will also vary year-to-year and you have no idea of the vintage of the Lipton/Tetley gunpowder stock you’re buying.
tl;dr Strict procedure = placebo
> The quantity of caffeine that infuses into a tea brew is determined by infusion time and by leaf style. Longer infusion times lead to greater quantities of caffeine in a tea beverage. Smaller sized tea leaves give a more rapid and stronger infusion, whereas larger leaves and uncut leaves lead to weaker infusions. This results in more or less caffeine extraction, respectively. The caffeine content of a typical tea beverage will range from 20 to 70 mg per 170 ml of infusion, with a typical infusion being prepared from about 2 to 2.5 g of tea leaves. Coffee brews typically contain from 40 to 155 mg caffeine per 170 ml beverage. There has been little research done on the pharmacology of tea-beverage caffeine. One study suggests a dose of caffeine from tea has a different physiological effect than a pure dose of caffeine (Das et al., 1965). This has been attributed to the amino acid theanine, which is unique to tea. However, there are no well-designed clinical studies to support this position. The consensus among scientists today is that caffeine from all beverage sources has a similar physiological effect. The actual content of caffeine depends on many factors, particularly the method of brewing. A brew prepared by the Chinese "gong-fu" style is likely to have a different caffeine impact compared with the Western style of loose tea or to that from a tea bag (Hicks et al., 1996). Some reports have suggested that green tea contains significantly less caffeine than black tea. This may be influenced by the clone of leaf used to produce the tea or by the impact of different brewing techniques. No significant differences have been found when brewing green and black teas under similar conditions (Hicks et al., 1996), discrediting the theory that withering and fermentation have a significant impact on caffeine content (Sanderson, 1972).