Every South African has an opinion about pap. How much water. When to stir. How long to steam. But there is one thing that most people overlook — the pot itself.
A great recipe in a bad pot gives you burnt pap. A simple recipe in the right pot gives you pap that your gogo would be proud of.
Here is why the pot you use matters more than you think.
The Problem with Thin Pots
Pap needs low, even heat over a long cooking time. The maize meal must absorb water gradually, swell evenly, and develop that characteristic texture — firm on the outside, soft on the inside, with just enough crust at the bottom to give it flavour.
A thin pot — whether aluminium or stainless steel — cannot deliver this. Thin walls heat unevenly, creating hot spots directly above the flame. The bottom burns while the top stays raw. You end up stirring constantly, trying to compensate for a pot that is working against you.
Why Stainless Steel Struggles with Pap
Stainless steel looks beautiful and lasts forever. But it has a fundamental weakness for pap: poor heat conductivity.
Stainless steel conducts heat approximately 16 times slower than aluminium. This means heat concentrates directly where the flame hits the pot, rather than spreading evenly across the base and sides. For searing a steak, this is fine — you want intense, focused heat. For cooking pap low and slow for 30 minutes, it is a problem.
The result in a stainless steel pot: the bottom scorches before the middle is cooked. You stir harder. The texture breaks down. The pap comes out either burnt or mushy — never that perfect firmness with a light, crispy crust at the bottom.
Some premium stainless steel pots solve this with a thick aluminium core sandwiched between stainless steel layers. But these pots cost R2,000 or more for a single piece.
Why Thick Aluminium Is the Right Material for Pap
Aluminium has the highest thermal conductivity of any common cookware material. Heat from the flame spreads rapidly across the entire base and up the sides of the pot, creating an even cooking environment from edge to edge.
But thickness matters. A thin aluminium pot (1.0mm) will still develop hot spots and warp over time. The sweet spot for pap is 2.0mm or thicker — heavy enough to distribute heat evenly and retain it steadily, but still light enough to handle when full.
Bon Voyage pots are made from 99.9% pure aluminium with a wall thickness of 2.0–4.0mm, depending on the size. This thickness means:
Heat spreads evenly across the entire cooking surface — no hot spots, no cold zones.
The pot maintains a steady, low temperature — exactly what pap needs during the 20–30 minute steaming phase.
The bottom develops that perfect light crust — not burnt black, but golden and slightly crispy, the way pap is supposed to taste.
You do not need to stir constantly — the even heat means the pap cooks itself while you focus on the rest of the meal.
The Crust at the Bottom: A Feature, Not a Flaw
If you grew up eating pap in a South African kitchen, you know that the best part is the crust at the bottom of the pot — that thin layer that is slightly golden, a little crispy, with a toasted maize flavour that the soft pap on top does not have.
This crust only forms properly in a thick pot with even heat. In a thin pot, you do not get a crust — you get a burnt layer that tastes bitter and sticks to the pot for hours. In a thick aluminium pot, the gentle, even heat caramelises the maize at the bottom just enough to create flavour without burning.
This is the difference between pap that is merely cooked and pap that is properly made. The pot makes this possible.
Which Pot for Which Occasion
For everyday family pap (4–8 people): The Bon Voyage NW7 10-Piece Set gives you the right sizes for daily cooking. The set includes pots from small saucepan size up to family casserole size, all in 99.9% pure aluminium.
For a large gathering or braai (10–20 people): A single Bon Voyage NW21 (21-litre) pot handles the volume. Fill it two-thirds full, bring to a boil, add your maize meal, and let the thick aluminium walls do the rest.
For catering and community events (40–100+ people): The Bon Voyage NW40 to NW100 range covers serious volume. These extra-heavy-duty pots use 3–4mm thick aluminium to handle the weight and heat demands of large-scale cooking.
The Bottom Line
You do not need a fancy recipe for great pap. You need the right pot.
A thick aluminium pot with even heat distribution turns a simple ingredient — maize meal and water — into something that brings people together around the table.
Bon Voyage has been making these pots in Thaba Nchu, Free State since 1977. Over a million pieces per year. Trusted by South African families for nearly fifty years.
Your gogo did not follow a YouTube recipe. She had a good pot. That was enough.
Frequently Asked Questions
What is the best pot for cooking pap? A thick aluminium pot (2.0mm or above) is the best choice for pap. The high thermal conductivity of aluminium ensures even heat distribution, which prevents burning and produces the ideal texture. Bon Voyage pots, made from 99.9% pure aluminium, are specifically suited for this purpose.
Why does my pap burn at the bottom? Burning is almost always caused by uneven heat — either from a pot that is too thin, or from heat that is too high. A thick aluminium pot on low to medium heat eliminates this problem. The even heat creates a light, flavourful crust at the bottom without burning.
Can I cook pap in a stainless steel pot? Yes, but the results are typically inferior. Stainless steel conducts heat much more slowly than aluminium, leading to hot spots that cause the bottom to burn while the top remains undercooked. If you must use stainless steel, choose a pot with an aluminium-core base and stir more frequently.
What size pot do I need for family pap? For a family of 4–6, a pot of 8–13 litres is sufficient. The Bon Voyage NW7 10-Piece Set covers this range. For larger gatherings of 10–20 people, a 21-litre pot is recommended.
Does the thickness of the pot really matter? Yes. A 1.0mm pot will develop hot spots and warp over time. A 2.0mm or thicker pot distributes heat evenly and holds its shape for years. The difference is immediately noticeable in the texture and consistency of the pap.