VLITEX capacity 7.1 l, capacity 7.1 l, LxWxH 430 x 330 x 50 mm

Fire containment bag for laptops, tablets, capacity 7.1 l, LxWxH 430 x 330 x 50 mm. Capacity = 7.1 l. Length = 430 mm. Width = 330 mm. Height = 50 mm. Weight = 1.35 kg. Colour = grey. Material = fibreglass silicone. Cover = no. For media = lithium-ion batteries/rechargeable batteries. Product type = rechargeable battery storage/transport containers. Customs tariff number = 42029219. Country of origin = CHN. Gross weight = 2 kg. Weight = 1.35 kg. Sustainability = Recyclable. Safe storage, transport and charging of laptops, tablets, chargers and documents. Proven high temperature resistance up to 1000 °C. High burst strength (explosion protection) due to special fabric and coating. Reduction of smoke and heat development through special coating. Padded shoulder strap and sturdy carrying handle for comfortable carrying. Ideal for everyday life, travel or safe storage. The VLITEX fire containment bag for laptops and tablets offers reliable protection against the risks of a lithium-ion battery fire and ensures safety in everyday life and at work. Developed with an innovative 3-layer system made of coated special fibres and a heat-resistant mat, the bag minimises the spread of heat and smoke in the event of a fire. It withstands temperatures of up to 1000 °C for a short period and simultaneously minimises smoke and heat development. This not only secures your devices but also simultaneously protects your surroundings - an indispensable solution for greater safety. The bag is perfect for transport, storage or daily use at work and in leisure time. Especially in environments with sensitive technology, it offers safety and protection. - Short-term temperature resistance confirmed by Kiwa (1000 °C) - Electrical resistance according to DIN 54345-1 confirmed by Hof University (< 1.0 x 10^6null Ω) - Cut resistance according to ISO 13997:1999-08 confirmed by STFI (18.45 N) - Fire behaviour according to DIN EN 13501 confirmed by MPA (A2) - Explosion protection and burst strength according to DIN EN ISO 12236 confirmed by STFI (8.69 kN)