KEVJES PLUS 1000ml Pizza Dough Proofing Boxes – Stackable Silicone Containers with Lids

KEVJES PLUS 1000ml Dough Boxes — smart, roomy proofing for home bakers

Every great pizza starts with well-proofed dough. With KEVJES PLUS, you can portion, proof, and store dough with confidence. The trio of 1,000ml silicone boxes gives you plenty of room for large dough balls, while the individual lids keep each piece separate. The result is less sticking during rising and a more even texture once baked.

The set is built for real kitchens. A reinforced steel frame sits inside the silicone shell for durability, so the boxes stand up to everyday use. The lids are clear and airtight, helping dough stay hydrated and free from unwanted odors as it rests. A light spray of oil before adding dough makes it easy to release the ball when proofing is complete.

Design that fits your cooking routine

• Larger 1,000ml capacity — ideal for family-size dough portions and uniform proofing across pizzas.
• Three independent containers with lids — prevent dough pieces from touching in the fridge or freezer, ready for shaping.
• Freezer & refrigerator safe — stack and store a week's worth of dough in the same compact set.
• Food-safe silicone and BPA-free — safe handling, easy cleaning, and dishwasher-safe for convenience.
• Airtight lids — protect dough from drying and odors; the boxes are designed for repeat openings and closings.
• Stackable design — conserve counter space by nesting containers when not in use.

Practical usage and care

• Dimensions and capacity: 6.2 x 6.2 x 3.3 inches; 1,000 ml total; suited for roughly 300 g dough balls per box.
• Care tips: Rinse, dry, and stack; dishwasher-safe for quick cleanup; oil spray helps dough release.
• Color and materials: Space Grey Plus silicone; 100% food-grade, BPA-free surfaces for everyday kitchen use.

These KEVJES PLUS boxes are designed to support your kitchen workflow, from a casual weekend bake to a weekly meal-prep routine. They offer flexibility, durability, and a tidy footprint without promising specific results—because outcomes depend on variables like temperature, humidity, and technique.