Explore the Versatile 3.2L Bain Marie Pot by Matfer Bourgeat

Product Name: “Matfer Bourgeat High-Retention Stainless Steel Bain Marie Pot – 3.2L

Product Description: Indulge in culinary precision with the Matfer Bourgeat Stainless Steel Bain Marie Pot, your trusted partner for perfectly cooked pasta, sauces, and more. Renowned for its exceptional heat retention, this pot is crafted from premium stainless steel, ensuring your food stays warm for an extended duration. With a 3.2-litre capacity, it’s ingeniously designed for both small-scale and batch cooking, adapting effortlessly to your kitchen’s dynamic needs.

The pot’s meticulous construction includes a long, sturdy handle, offering a safeguard against the heat and minimizing kitchen mishaps. Practicality meets longevity with this bain marie pot, as it’s not only built to endure the demands of a commercial kitchen but also boasts dishwasher-safe credentials for stress-free cleanup.

Noteworthy Features:

• Optimal Capacity: A 3.2-litre volume is perfect for diverse cooking tasks.
• High Heat Retention: Stainless steel material ensures consistent warmth.
• Safety First: A long handle provides heat protection and safe handling.
• Effortless Maintenance: Dishwasher-safe for convenient cleaning.
• Product Specifications:
  • External Dimensions: 160(Ø) mm
  • Material: Stainless Steel
  • Weight: 670g

Frequently Asked Questions

How do I properly install the Matfer Bourgeat Bain Marie Pot?

Ensure a suitable heat source compatible with stainless steel. Place the Bain Marie Pot directly on the stove or in a water bath setup for gentle cooking.

Is the Bain Marie Pot compatible with induction cooktops?

Yes, the Matfer Bourgeat Bain Marie Pot is made from stainless steel and is suitable for use on induction cooktops as well as other types of stoves.

What are the best maintenance practices for the Bain Marie Pot?

After use, allow the pot to cool down before cleaning. It is dishwasher safe, but hand washing with mild detergent is recommended to preserve its finish and high heat retention capabilities.