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- Hot and humid air enters the micro holes
- The corrugated part of the cardboard becomes a very hot air chamber in a short time
- The high temperature of the cardboard prevents the formation of condensation
- The convective motions of the hot air move the humidity towards the peripheral areas of the cardboard
- 3 layers of pure cellulose make it perfect for delivery
- Hot and humid air enters the micro holes
- The corrugated part of the cardboard becomes a very hot air chamber in a short time
- The high temperature of the cardboard prevents the formation of condensation
- The convective motions of the hot air move the humidity towards the peripheral areas of the cardboard
- 3 layers of pure cellulose make it perfect for delivery
- Hot and humid air enters the micro holes
- The corrugated part of the cardboard becomes a very hot air chamber in a short time
- The high temperature of the cardboard prevents the formation of condensation
- The convective motions of the hot air move the humidity towards the peripheral areas of the cardboard
- 3 layers of pure cellulose make it perfect for delivery
- Hot and humid air enters the micro holes
- The corrugated part of the cardboard becomes a very hot air chamber in a short time
- The high temperature of the cardboard prevents the formation of condensation
- The convective motions of the hot air move the humidity towards the peripheral areas of the cardboard
- 3 layers of pure cellulose make it perfect for delivery
- Hot and humid air enters the micro holes
- The corrugated part of the cardboard becomes a very hot air chamber in a short time
- The high temperature of the cardboard prevents the formation of condensation
- The convective motions of the hot air move the humidity towards the peripheral areas of the cardboard
- 3 layers of pure cellulose make it perfect for delivery
- Hot and humid air enters the micro holes
- The corrugated part of the cardboard becomes a very hot air chamber in a short time
- The high temperature of the cardboard prevents the formation of condensation
- The convective motions of the hot air move the humidity towards the peripheral areas of the cardboard
- 3 layers of pure cellulose make it perfect for delivery
- Hot and humid air enters the micro holes
- The corrugated part of the cardboard becomes a very hot air chamber in a short time
- The high temperature of the cardboard prevents the formation of condensation
- The convective motions of the hot air move the humidity towards the peripheral areas of the cardboard
- 3 layers of pure cellulose make it perfect for delivery
- Hot and humid air enters the micro holes
- The corrugated part of the cardboard becomes a very hot air chamber in a short time
- The high temperature of the cardboard prevents the formation of condensation
- The convective motions of the hot air move the humidity towards the peripheral areas of the cardboard
- 3 layers of pure cellulose make it perfect for delivery
- SAHARA 10 IT
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- SAHARA 20 IT
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- CALDERA IT
- Hot and humid air enters the micro holes
- The corrugated part of the cardboard becomes a very hot air chamber in a short time
- The high temperature of the cardboard prevents the formation of condensation
- The convective motions of the hot air move the humidity towards the peripheral areas of the cardboard
- 3 layers of pure cellulose make it perfect for delivery
- Hot and humid air enters the micro holes
- The corrugated part of the cardboard becomes a very hot air chamber in a short time
- The high temperature of the cardboard prevents the formation of condensation
- The convective motions of the hot air move the humidity towards the peripheral areas of the cardboard
- 3 layers of pure cellulose make it perfect for delivery
- Hot and humid air enters the micro holes
- The corrugated part of the cardboard becomes a very hot air chamber in a short time
- The high temperature of the cardboard prevents the formation of condensation
- The convective motions of the hot air move the humidity towards the peripheral areas of the cardboard
- 3 layers of pure cellulose make it perfect for delivery
- Hot and humid air enters the micro holes
- The corrugated part of the cardboard becomes a very hot air chamber in a short time
- The high temperature of the cardboard prevents the formation of condensation
- The convective motions of the hot air move the humidity towards the peripheral areas of the cardboard
- 3 layers of pure cellulose make it perfect for delivery
- Hot and humid air enters the micro holes
- The corrugated part of the cardboard becomes a very hot air chamber in a short time
- The high temperature of the cardboard prevents the formation of condensation
- The convective motions of the hot air move the humidity towards the peripheral areas of the cardboard
- 3 layers of pure cellulose make it perfect for delivery
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