IL GRADO Gravity Cast Frying Pan Ø24 cm – Diamond High Build Coating

Product Description

Manufactured from high-quality aluminum using gravity casting technology, the IL GRADO frying pan prevents deformation throughout its lifetime and ensures optimal heat distribution. Its handcrafted quality is complemented by the advanced and durable DIAMOND HIGH BUILD non-stick coating. Reinforced with diamond particles, the coating provides excellent heat conductivity and natural non-stick properties.

With a 24 cm diameter and 1.5-liter capacity, it is ideally sized for preparing meals for 2–4 people. It is suitable for fluffy omelets, cheese pancakes, fried potatoes, meat and fish steaks, and seafood.

IL GRADO cookware combines the heat conductivity of copper, the heat capacity of cast iron, the corrosion resistance of steel, and the scratch resistance of glass. It simplifies the cooking process and delivers consistently excellent results.

Technical Specifications:

• Diameter: 24 cm

• Capacity: 1.5 l

• Length with handle: 44 cm

• Height: 5.5 cm

• Weight: 930 g

• Base thickness: 6.0 mm

• Wall thickness: 4.0 mm

Use and Care Instructions:

• Wash with warm water and neutral detergent before first use and dry thoroughly.

• Apply a small amount of oil and heat for 2–3 minutes over medium heat, then wash and dry.

• Use nylon, silicone, or wooden utensils.

• Due to high heat retention, always use a handle during and after cooking.

• Open the lid carefully to avoid hot steam.

• Do not stack cookware during storage.

• Allow to cool before washing with warm water and neutral detergent.

• If necessary, pre-clean with warm water (+50–60 °C).

• For deep cleaning, soak in warm water with baking soda for 15–20 minutes.

• Dishwasher use is possible with gentle programs and neutral detergents; hand washing is recommended.

Shelf Life:
Unlimited

Warranty Period:
2 years

Warranty Exclusions:

• Damage caused by impact, dropping, overheating, or improper use

• Mechanical damage such as scratches and abrasions

• Color changes due to overheating

• Traces of abrasive or aggressive cleaners

• Use under inappropriate conditions

• Chemical damage

• Natural changes in appearance and properties during use