How we choose a gauge — and why we do not cut it
The easiest way to reduce the cost of any vessel is to make it thinner. It is also the fastest way to ruin it.
Every steel vessel has one specification that dominates both its cost and its performance: how thick the metal is. Which makes it the first place cost pressure lands.
The temptation
Steel is bought by weight. Reduce wall thickness by 20% and you take roughly 20% out of the material cost of the product — the single largest input.
And it barely shows. A thinner vessel looks identical, particularly with a good polish. The buyer notices the price immediately and the consequences a year later.
What thinning actually costs the kitchen
- Hot spots. Less metal means less lateral conduction, so the burner's ring shows up as a hot ring in the food.
- Poor recovery. Less stored heat, so temperature crashes when cold food goes in and takes longer to come back.
- Warping. Thin bases distort under thermal cycling and then rock on a burner or fail to couple with induction.
- Shorter life. Less metal to lose before a wall perforates, and less stiffness, so handles and rims work loose sooner.
None of it is visible on the day of purchase.
How we decide instead
Our approach is to work from the job backwards:
- What is the duty cycle? Continuous service needs thermal mass. Intermittent use does not.
- What is the geometry? A wide shallow vessel over one burner needs help spreading heat. A tall narrow one gets convection for free.
- What is the failure mode? If the base is the stressed part, the base sets the gauge.
- What can a person actually lift? Beyond a point, more metal makes a vessel unusable.
Then we hold that gauge across the whole size range rather than thinning the large sizes.
The specific decisions in our range
- Patila: 2 mm, uniform. From 25 litres to 125 litres. The large sizes carry the same wall as the small ones — thinning them would be the obvious saving, and it is the one we do not take.
- Milk kadai: 6 mm only. There is no lighter option because there is no gauge below 6 mm at which milk does not scorch.
- Parantha tawa: 10 mm only. A paratha station needs a reservoir of heat, and lighter plate cannot provide it.
- Deep kadai: 3 mm and 6 mm, both offered in all nineteen sizes. Here the duty cycle genuinely varies between customers, so we let the buyer choose rather than deciding for them.
- Parath: 1 mm. Deliberately light. It never goes on heat, and mass would only make it harder to use.
Why we publish the numbers
Every product page carries the full size chart with thickness and weight for every size. That is a deliberate constraint on ourselves: published figures are figures we have to hold to.
Weight in particular cannot be fudged — it is a direct consequence of how much metal is present. If we ever thinned a vessel, the weight column would give it away.
Specifying cookware for your kitchen?
Every product on this site publishes its full size chart — gauge, dimensions and weight for every size. If you would rather just describe the job, we will tell you what to order.
