Collections

Filters

Showing all 22 results

XPW-8750 FABRIC CANVAS

Such cases only combine non-plastic elements, of plant origin (hemp, linen, cotton, natural wood cellulose). They are therefore entirely derived from our nature and will be…

XPW-8866 FABRIC COTTON

Such cases only combine non-plastic elements, of plant origin (hemp, linen, cotton, natural wood cellulose). They are therefore entirely derived from our nature and will be…

XPW-8751 FABRIC RATTAN

Such cases only combine non-plastic elements, of plant origin (hemp, linen, cotton, natural wood cellulose). They are therefore entirely derived from our nature and will be…

XPW-8764 FABRIC REGISTERED DESIGN

Such cases only combine non-plastic elements, of plant origin (hemp, linen, cotton, natural wood cellulose). They are therefore entirely derived from our nature and will be…

XPW-8759 FABRIC REGISTERED DESIGN

Such cases only combine non-plastic elements, of plant origin (hemp, linen, cotton, natural wood cellulose). They are therefore entirely derived from our nature and will be…

XPW-8897 VOLUME

Such cases only combine non-plastic elements, of plant origin (hemp, linen, cotton, natural wood cellulose). They are therefore entirely derived from our nature and will be…

XPW-8762 FABRIC DUOTONE

Such cases only combine non-plastic elements, of plant origin (hemp, linen, cotton, natural wood cellulose). They are therefore entirely derived from our nature and will be…

XPW-8271 TUXEDO TREASURE

Such cases only combine non-plastic elements, of plant origin (hemp, linen, cotton, natural wood cellulose). They are therefore entirely derived from our nature and will be…

XPW-8867 FABRIC JUTE

Such cases only combine non-plastic elements, of plant origin (hemp, linen, cotton, natural wood cellulose). They are therefore entirely derived from our nature and will be…

XPW-14484 ENVELOPE

These cases are designed to receive thick or deep frames, because their volume allows the frames to be placed in various arrangements. They can be…

XPW-14074 ENVELOPE FLAT

These cases are designed to receive thick or deep frames, because their volume allows the frames to be placed in various arrangements. They can be…

XPW-8311 ENVELOPE

These cases are designed to receive thick or deep frames, because their volume allows the frames to be placed in various arrangements. They can be…

XPW-8312 ENVELOPE

These cases are designed to receive thick or deep frames, because their volume allows the frames to be placed in various arrangements. They can be…

XPW-8322 ENVELOPE

These cases are designed to receive thick or deep frames, because their volume allows the frames to be placed in various arrangements. They can be…

XPW-8325 ENVELOPE FLAT

These cases are designed to receive thick or deep frames, because their volume allows the frames to be placed in various arrangements. They can be…

XPW-8351 ENVELOPE

These cases are designed to receive thick or deep frames, because their volume allows the frames to be placed in various arrangements. They can be…

XPW-8320 ENVELOPE PATENTED

These cases are designed to receive thick or deep frames, because their volume allows the frames to be placed in various arrangements. They can be…

XPW-7676 KIT EVA OPENED

EVA cases can be rot-proof and able to float. They are also resistant to chemical agents, withstand temperature variations, and therefore constitute ideal cases intended…

XPW-8547 KIT EVA

EVA cases can be rot-proof and able to float. They are also resistant to chemical agents, withstand temperature variations, and therefore constitute ideal cases intended…

XPW-8562 KIT EVA

EVA cases can be rot-proof and able to float. They are also resistant to chemical agents, withstand temperature variations, and therefore constitute ideal cases intended…

XPW-8563 KIT EVA OPENED

EVA cases can be rot-proof and able to float. They are also resistant to chemical agents, withstand temperature variations, and therefore constitute ideal cases intended…

XPW-8564 KIT EVA OPENED

EVA cases can be rot-proof and able to float. They are also resistant to chemical agents, withstand temperature variations, and therefore constitute ideal cases intended…