Platform Truck | Tubular Push Handle | Solid Rubber Tyres | LxW 1050 x 700 mm | Light Blue

Platform truck, tubular push handle, solid rubber tyres, LxW 1050 x 700 mm, light blue. Supplied = flat pack. Max. load = 500 kg. Fittings = with tubular push handle. Loading height = 280 mm. Length = 1050 mm. Width = 700 mm. Push handle height = 1100 mm. Frame colour = light blue RAL 5012. Wheel type = solid rubber. Wheel diameter = 200 mm. Wheel bearing = roller bearing. Wheel fittings = 2 fixed castors, 2 swivel castors with stops. Platform colour = black. Weight = 39.86 kg. Platform material = recycled plastic. Push handle version = bolted on. Frame material = steel. Feature = low wear. Customs tariff number = 87168000. Country of origin = DEU. Gross weight = 39.86 kg. Weight = 39.86 kg. Sustainability = carbon footprint calculated. Max. load 500 kg. Abrasion resistant platform made of recycled plastic. Solid rubber tyres vibration damping, impact resistant and for uneven floors. Large platform for transporting bulky equipment and materials. Flexible and versatile. A push handle and swivel castors make it flexible to move to the place of use. The eurokraft pro platform truck with a tubular push handle provides a practical and versatile transport solution for a wide range of uses. With a loading height of 280 mm and a robust platform made from recycled plastic, the truck can transport heavy loads effortlessly. The weather resistant, anti-slip and hardwearing surface of the platform is also oil resistant and largely acid resistant. The truck is equipped with two swivel castors with double stops and two fixed castors, which ensure a high level of manoeuvrability and safe parking. The solid rubber tyres are vibration damping, impact resistant and also suitable for uneven floors. Whether for warehouses, workshops or industry - this truck combines efficiency, safety and sustainability and facilitates everyday goods transport. Supplied flat pack - easy self-assembly. Available in most RAL colours. Only 10 % extra. All specified max. loads apply with uniform load distribution.