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RECTANGULAR PAN 35
Vulkanica
PAN 32
Vulkanica
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VULKANICA PAN 32 CM: THE EXPRESSION OF GREAT COOKING
The Vulkanica 32cm Saucepan is the answer to large culinary challenges, offering exceptional capacity and uncompromising craftsmanship.
SPACIOUSNESS AND VERSATILITY WITHOUT LIMITS
With a diameter of 32 cm, this pan is designed for preparations that require space and versatility. From stir-fries to large stews, it offers superior culinary performance. The high-quality non-stick coating, tested on over 700,000 abrasion cycles, guarantees exceptional durability and unprecedented ease of cleaning.
EFFICIENCY WITHOUT COVER
The 32 cm Vulkanica pan without lid is the ideal choice for those looking for maximum efficiency in the kitchen. With the same exceptional capacity and high-quality non-stick coating, it offers superior cooking performance without the need for a lid.
LIFETIME GUARANTEE AGAINST EXFOLIATION: DURABILITY WITHOUT COMPROMISE
The Vulkanica Pan is guaranteed by the certified quality of Whitford, a world leader in coating technologies, and is accompanied by our lifetime guarantee against exfoliation. With Vulkanica, invest in a pan that combines exceptional functionality, capacity and durability, taking your cooking to new heights of greatness.
Specific References
TEMPERED BOROSILICATE GLASS
It is a tempered borosilicate glass, of superior quality and with excellent resistance to mechanical shocks.
It adapts perfectly to extreme temperatures, from -40° to + 300°, and resists thermal shocks up to 220°.
All borosilicate glass products can be used without fear from the oven to the freezer and vice versa.
They meet all culinary challenges, from preparation to serving, cooking, storage and reheating.
The trial by fire
Borosilicate glass consists of pure sand (80%), sodium carbonate (4%), alumina (2.5%) and boron (13%).
The mixture is melted in a furnace at a temperature of approximately 1,500°C, where it takes on the appearance of a transparent and very dazzling lava, which can only be observed through a protective screen.
Still in the furnace, the material is "refined" to remove the CO2 bubbles it releases during melting.
Birth of borosilicate glass
German chemist Otto Schott discovers that adding boron oxide to the composition of glass makes it highly resistant to thermal shock.
His borosilicate glass formula was an immediate commercial success. W. C. Taylor, a chemist for the American company Corning, improved Schott's recipe in 1912 and obtained an even "harder" glass: Nonex.
Nonex is used for railway signaling lanterns. The snowflakes, which once caused the hot bulbs to burst, now slide across the glass without affecting it.
1930
Borosilicate glass enters the healthcare sector
Cannulas, syringes, suckers, spittoons, nasal droppers...
Soon a wide range of hygienic products were created in borosilicate glass, resistant to boiling water, flames, alcohol and chemical agents.
1936
The success of the Baby Bottle range
Created in the 1920s, the borosilicate glass bottle is a small revolution: reliable, safe, hygienic, everything needed to reassure young mothers.
1948
Electric kitchen
The arrival of electricity in the kitchen revolutionizes cooking.
Gas-electric or coal-electric combi ovens are starting to appear.
Borosilicate glass baking dishes are present in all homes.
1985
Launch of the first range of borosilicate glass products for freezer storage.
2004 - 2010
New variants of borosilicate glass
In this period a small revolution occurs.
A varied range is also offered for the hob: pans, pots, woks and sauté pans.
2010
The steamer basket
Approved by star chefs, steam cooking is starting to attract enthusiasts.
More and more ovens are offering the "steam option" for healthier, low-fat cooking that preserves the minerals, vitamins and color of foods.
An industrial-grade borosilicate glass steamer basket is made.
2018
Innovation, always at the center of the strategy
Always looking for new trends, it continues to innovate to meet the expectations of its consumers and in 2018 a unique and patented product was created, ideal for microwave heating.