Product Details
Our Kurer Bag is a compact cross body style made from remnant leather, lined in cotton with an adjustable cotton strap. Available in a range of hues, Kurer is as spacious as it is stylish. Two internal pockets are complemented by an external zipped compartment leaving you plenty of room for your everyday essentials.
Material
Remnant Cow Leather, Remnant Cotton Webbing, Cotton Lining, Metal Zips, Magnets and Hardware
Our remnant program utilises existing leather stocks that our manufacturers have on hand, from our production as well as from other brands, ensuring none of it goes to waste.
Leather is a natural, renewable material made from animal hides that have been preserved and softened through a tanning process. We select our leathers based on their individual properties and the intended application. Leather lasts a long time, ages well and is easy to care for and repair. Leather will develop patina over time and gets better with age.
Maker
These leather pieces are made in India by family owned and operated company Malhotra Leather Exports. The factory was established in 1954 when they began trading and exporting leather and leather products. It is a family run business with many members of the family involved in each aspect of their operation. To facilitate better understanding and insight into our product manufacturing and responsible sourcing, we have engaged the services of a local representative who can coordinate with the Malhotra team on-ground.
Size and Fit
Height 16cm
Width 28cm
Depth 10cm
Strap Drop Length 40cm-65cm (extended)
Strap Width 3cm
Care Instructions
To maintain the beauty of your ELK bag we recommend protective sprays and using a good quality leather conditioner to treat the product, which will increase its longevity. Do not put leather pieces on the ground or rub against abrasive surfaces. Leather is a natural material and will wear with age and use.
The dye in the leather can sometimes rub off so please be aware of this when wearing light clothing or placing the leather item on light surfaces.
