Kmart Linen Look Adjustable Drawer Organiser
A handy space-saving solution, this linen look adjustable drawer organiser has plenty of room to store your knick-knacks. Product DetailsAccessories not included Dimensions/Size: 10cm (H) x 32cm (W) x 16cm (D) Material: Main body: 140gsm linen look polyester Liner: Non-woven Grids: Polypropylene (PP) board Paperboard Colour: Beige FeaturesCollapsible Space saving Adjustable Linen look Additional InformationWarning: Direct contact with pale or damp surfaces may result in colour transfer.
A handy space-saving solution, this linen look adjustable drawer organiser has plenty of room to store your knick-knacks. Product DetailsAccessories not included Dimensions/Size: 10cm (H) x 32cm (W) x 16cm (D) Material: Main body: 140gsm linen look polyester Liner: Non-woven Grids: Polypropylene (PP) board Paperboard Colour: Beige FeaturesCollapsible Space saving Adjustable Linen look Additional InformationWarning: Direct contact with pale or damp surfaces may result in colour transfer.
$9.48
in 1 offers
Kmart Linen Look Adjustable Drawer Organiser
$9.48
A handy space-saving solution, this linen look adjustable drawer organiser has plenty of room to store your knick-knacks. Product DetailsAccessories not included Dimensions/Size: 10cm (H) x 32cm (W) x 16cm (D) Material: Main body: 140gsm linen look polyester Liner: Non-woven Grids: Polypropylene (PP) board Paperboard Colour: Beige FeaturesCollapsible Space saving Adjustable Linen look Additional InformationWarning: Direct contact with pale or damp surfaces may result in colour transfer.
A handy space-saving solution, this linen look adjustable drawer organiser has plenty of room to store your knick-knacks. Product DetailsAccessories not included Dimensions/Size: 10cm (H) x 32cm (W) x 16cm (D) Material: Main body: 140gsm linen look polyester Liner: Non-woven Grids: Polypropylene (PP) board Paperboard Colour: Beige FeaturesCollapsible Space saving Adjustable Linen look Additional InformationWarning: Direct contact with pale or damp surfaces may result in colour transfer.