Bach Mini M 2.4l Bag

A compact storage bag for small items, electronics and tools that are essential to you. The DR. MINI is also equipped with the same compartments and details as its bigger sibling, the DR. DUFFEL. Made from 1000D CORDURA® and YKK-10 zippers, it is almost impossible to break it.Specifications:- Approx. Weight240g- Featureskey Clip- Mesh Pockets Inside- Buckle To Hang It Anywhere- Volume2.4l- Sizem- Compositionn/500d Cordura®- Dimension22x12x10cmTechnology:Ykk-zippers:- Little parts - big difference! Wherever applicable we use no. 10 zippers and don't go smaller than no. 5. Since we started over 40 years ago, we have resisted the temptation to use smaller sizes and cheaper brands and this decision has proven to be right over the years. We always use the zipper chain on the visible outside because it lasts 30% longer than the zipper chain used inside out, with the webbing on the outside. We only use silver nickel-plated zipper sliders, as these have a longer lifetime compared to their coloured counterparts (no matter if powder-coated or with any other dying technology).Self Standing Dr. Duffel Opening:- Large opening with self-standing mechanism inspired by the practical doctor's case. The unique rectangular shape guarantees maximum packing efficiency. Including direct side access to the main compartment.Pfc-free Dwr:- PFC (perfluorocarbon) is mainly used in outdoor applications when a water-repellent effect is required (impregnation). Harmful PFCs such as, PFOS (perfluorooctane sulphonic acid) and PFOA (perfluorooctanoic acid) accumulate in the environment and organisms, which has a lasting negative effect on them. Since the water-repellent characteristics of BACH textiles are of central importance for the use of our products, we are now using the PFC-free alternative from HeiQ Eco Dry. Not far from us in Switzerland, HeiQ is developing this technology, which has been successfully established in a wide spectrum of textile applications in recent years. At BACH, we therefore guarantee a long-lasting and sustainable impregnation of all textiles used.