Use WELCOME10 at checkout on your first order, sets included.
Use WELCOME10 at checkout on your first order, sets included.
The 4L casserole, the 18cm saucepan and the 24cm frying pan together, against $293 bought apart. It ships free.
Sized by how many you cook for.
Buy the casserole now and the saucepan in four years, and they still match. The glaze library never changes.
Pick the shape first. The glaze comes second.
Eight glazes in four families of two.
Enamel that goes from the oven to the table and into the sink, every day. Here is how that goes a few years in.
Four years of Sunday dinners in the Ink roasting pan and it still looks like the day it arrived. It goes from the oven straight to the table.
Tea at the kitchen table, in the Chalk mug.
Straight from the stove to where everyone is sitting. Enamel holds its heat, so the stew keeps going after the burner is off and the bowls go round.
Eight glazes, chosen so any two of them sit happily on the same table.
Chalk, Ink, Ochre, Rust, Sage, Sea, Butter and Damson, in four families of two. Nothing is added for a season and nothing is retired, so a pan you buy in four years still matches this one.
Anyone selling enamelware that never chips is selling you something else. What we can promise is that a chip stays a chip: the body is a single pressing with no seam for rust to travel along, and the glaze is fired twice so the edge stays blunt instead of flaking outward.
On the stove, in the oven, onto the table and into the sink, every day, for years.
Cooked in, carried to the table, and used every day in the kitchens they live in.
Pressed, dipped and fired twice, in one workshop in Águeda.
One flat sheet of steel is pressed into shape in a single pass. No seams, no welds, nothing for rust to travel along.
Powdered glass and pigment, one bucket for each of the eight glazes. A new color only joins if it fires true and sits beside the other seven.
Each piece is dipped by hand, drained and dried, then dipped again for the second coat.
Two firings at about 1,500F fuse the glass to the steel. The second is what keeps the edge of a chip blunt instead of flaking outward.