Masonite Cake Board 5mm Pink Marble 30 cm

Cake Board Masonite 5mm Pink Marble 30 cm - elegance and robustness for your creations

A roundab base in 5 mm masonite, covered with a matte pink marble effect finish, ideal for presenting elegant cakes, cupcakes or decorated desserts. Perfect for special events such as weddings, birthdays and anniversaries.

Main features

• Manufacturer: Simply Making

• Material: Masonite

• Color: matt pink marble

• Thickness: 5 mm

• Diameter: 30 cm

• Form: Rotonda

• Reusable: Yes, easy to clean and keep

How to use

1. Place the base on a flat and stable surface.

2. Adagia the cake or the cake in the center of the base.

3. Decora To taste and presents the dessert for the desired event.

4. After use, clean the base with a damp cloth and let it dry completely for future re-use.

Ideal for

• Pastry shops and Cake Designer

• Events like weddings, birthdays, anniversaries

• Elegant presentations of decorated cakes and desserts

• Professional and domestic use

Benefits

• Pink marble effect finish that adds a touch of elegance

• Robust material that supports even large cakes

• Easy to clean and reuse, reducing costs

• Available in different sizes to adapt to various needs

Curiosity

The bases in Masonite with a pink marble effect finish are very popular in the modern cake design for their ability to combine aesthetics and functionality. They offer a refined and professional presentation, ideal for special events.

FAQ - Frequently asked questions

Can I use this multi-storey cake base?
Yes, thanks to its robustness, it is also suitable for multi-layered cakes, as long as the weight is evenly distributed.

Is the base resistant to humidity?
The marble effect coating offers some protection, but it is advisable to avoid prolonged exposure to moisture to preserve the finish.

Can I customize the base with stickers or decorations?
Yes, you can customize the base with adhesives or decorations, but it is advisable to test first on a small area to make sure it does not damage the surface.