A method for dry-forming a cellulose product from cellulose fibres in a product forming unit is disclosed. The method includes opening the forming mould and arranging cellulose fibres into the forming mould; closing the forming mould around the cellulose fibres, and after closing the forming mould, upper mould parts of the forming mould are moved towards each other in a lateral direction, and the lower mould parts are moved towards each other in the lateral direction and in a longitudinal direction towards a flexible membrane; inflating the flexible membrane with a pressure medium and applying a forming pressure onto the cellulose fibres by pressing the cellulose fibres against the upper mould parts and lower mould parts by the inflated flexible membrane, and applying a forming temperature onto the cellulose fibres, for dry-forming the cellulose product with a three-dimensional compressed fibre structure having a closed bottom portion and an upper portion.

A method for dry-forming a cellulose product from cellulose fibres in a product forming unit is disclosed. The method includes opening the forming mould and arranging cellulose fibres into the forming mould; closing the forming mould around the cellulose fibres, and after closing the forming mould, upper mould parts of the forming mould are moved towards each other in a lateral direction, and the lower mould parts are moved towards each other in the lateral direction and in a longitudinal direction towards a flexible membrane; inflating the flexible membrane with a pressure medium and applying a forming pressure onto the cellulose fibres by pressing the cellulose fibres against the upper mould parts and lower mould parts by the inflated flexible membrane, and applying a forming temperature onto the cellulose fibres, for dry-forming the cellulose product with a three-dimensional compressed fibre structure having a closed bottom portion and an upper portion.

A method that includes the steps of supplying a dose made with a natural fibre-based material; inserting the dose in a mould between a first half-mould and a second half-mould and moving at least one half-mould, selected from the first half-mould and the second half-mould towards the other half-mould selected from the second half-mould and the first half-mould, along a pressing direction to press the dose between the first half-mould and the second half-mould and form the object. The dose has a non-uniform structure.

A method that includes the steps of supplying a dose made with a natural fibre-based material; inserting the dose in a mould between a first half-mould and a second half-mould and moving at least one half-mould, selected from the first half-mould and the second half-mould towards the other half-mould selected from the second half-mould and the first half-mould, along a pressing direction to press the dose between the first half-mould and the second half-mould and form the object. The dose has a non-uniform structure.

A biodegradable container including a structure with one or more layers of puffed and pressed cereal seeds, bound together by a quantity of starch of said cereal seeds; the use of such container for storing and transporting foods, such as ice cream; and a method for manufacturing it.

A biodegradable container including a structure with one or more layers of puffed and pressed cereal seeds, bound together by a quantity of starch of said cereal seeds; the use of such container for storing and transporting foods, such as ice cream; and a method for manufacturing it.

A cellulose product comprising a non-flat cellulose product structure, a protective inner layer, and a protective outer layer. The cellulose product structure comprises an interior surface, an exterior surface, and an edge structure arranged between the interior surface and the exterior surface. The protective inner layer is applied to the interior surface, and the protective outer layer is arranged in connection to the exterior surface of the cellulose product structure. The protective inner layer and the protective outer layer are forming an integrated structure that is fully enclosing the cellulose product structure, and a sealed outer volume is formed by the protective inner layer and the protective outer layer.

A cellulose product comprising a non-flat cellulose product structure, a protective inner layer, and a protective outer layer. The cellulose product structure comprises an interior surface, an exterior surface, and an edge structure arranged between the interior surface and the exterior surface. The protective inner layer is applied to the interior surface, and the protective outer layer is arranged in connection to the exterior surface of the cellulose product structure. The protective inner layer and the protective outer layer are forming an integrated structure that is fully enclosing the cellulose product structure, and a sealed outer volume is formed by the protective inner layer and the protective outer layer.

This invention relates to a press molding method of a fiber product, at high pressure and high temperature, by means of a press pad device (2) and a stamp device (3,4), wherein said fiber product (1) comprises a bottom part (11) and an edge part (10), characterized by said stamp device (3,4) comprising two stamp members (3,4), wherein a first stamp member (3) forms at least said bottom part (11) and a second stamp member (4) forms said edge part (10), wherein also comprising a gasket member (5) applied to a bottom portion (33) of stamp device (3), wherein said gasket member (5) forms an inner part on top said bottom part (11) and a second stamp member (4) may form said edge part (10). This invention also relates to fiber press mould (2,3,4) and a fiber product (1).

This invention relates to a press molding method of a fiber product, at high pressure and high temperature, by means of a press pad device (2) and a stamp device (3,4), wherein said fiber product (1) comprises a bottom part (11) and an edge part (10), characterized by said stamp device (3,4) comprising two stamp members (3,4), wherein a first stamp member (3) forms at least said bottom part (11) and a second stamp member (4) forms said edge part (10), wherein also comprising a gasket member (5) applied to a bottom portion (33) of stamp device (3), wherein said gasket member (5) forms an inner part on top said bottom part (11) and a second stamp member (4) may form said edge part (10). This invention also relates to fiber press mould (2,3,4) and a fiber product (1).