1.52-1.72kg delivers approximately 0.75-0.85 PSI of distributed pressure across the cooking surface—the sweet spot for:

• Flattening fish skin without crushing delicate flesh
• Creating maximum Maillard reaction on smash burgers
• Keeping bacon strips in full contact with the pan

1. Thermal Mass & Conductivity

Stainless steel has a thermal conductivity of ~16 W/m·K—low enough to prevent rapid heat transfer to your hand, but high enough to absorb and retain heat from the cooking surface. This creates a "heat sandwich" effect: hot pan below, warm press above, protein perfectly seared in between.

2. Non-Reactive & Hygienic

Unlike cast iron or aluminum, stainless steel won't react with acidic marinades or sauces. The chromium oxide layer is self-healing and naturally antimicrobial. No seasoning required, no metallic taste transfer.

3. Corrosion Resistance

304 contains 18% chromium and 8% nickel for excellent corrosion resistance. 316 adds 2-3% molybdenum for superior resistance to salt and acidic environments—critical for coastal kitchens or high-use commercial settings. Both are oven and BBQ safe to over 300°C.

No Weak Points

Welds can fail. Screws can loosen. Rivets can corrode. A monolithic construction eliminates every potential failure point. This press will outlast your cookware—and probably your kitchen.

No Bacterial Hiding Spots

Seams, crevices, and screw threads are breeding grounds for bacteria. A single-piece design has zero gaps where food particles or moisture can accumulate. The entire surface is smooth, non-porous, and dishwasher-safe.

Perfectly Balanced Weight Distribution

Machining from a single billet allows us to control the exact thickness profile and center of gravity. The result? Even pressure distribution across the entire cooking surface, with an ergonomic handle that stays cool and balanced in your hand.