Valve mirror Dancop, US TM-I 50, diameter 50 cm

The Dancop Explorer wide-angle mirror provides optimal visibility thanks to its excellent field of view and 180° curvature. The Explorer is ideal for giving an overview of production areas or road traffic.   Diameter - 60 cm Material - acrylic Frame height - 29 cm Frame length - 61,5 cm Colour - red edge Weight - 4,2 kg Observation distance - 9 - 15 m Wind load - certified up to wind force 12 bales (hurricane > 117 km/h) Internal use - yes Outdoor use - yes, UV-resistant Mounting - universal mounting on post or wall   Material The TÜV-certified Explorer mirror is made of acrylic, which is 70% more impact resistant than glass. The high quality red frame ensures long durability for outdoor use and is also very eye-catching. Fixing Thanks to the strong and lightweight universal clamp included in the kit, the Explorer can be fixed to a wall or post (Ø50-85 mm) and easily adjusted an infinite number of times. The mirror has passed the wind strength test with a wind speed scale of up to 12 knots, or hurricane > 117 km/h.

A high quality acrylic laurel mirror for indoor and outdoor use. The safety mirror increases visibility and thus traffic safety when entering, exiting and at intersections with limited visibility. Dimensions - 100 x 120 cm Material - acrylic Width of frame - 1,5 cm Frame height - 113,5 cm Frame length - 133,5 cm Colour - white frame punase reflective foil RA2 Weight - 15 kg Observation distance - 27 - 32 m Wind load - certified up to wind force 12 bales (hurricane > 117 km/h) Internal use - yes Outdoor use - yes, UV-resistant Fixing - post or wall fixing with 4-point fixed ball joint   Description TM traffic mirrors are recommended to improve road safety on streets, smaller roads and smaller paths with steep bends where there is a risk of blind spots. Mirrors can also be used in industrial areas where road users and pedestrians may be at risk of accidents. A reflective sticker on the front of the frame helps to minimise the risk of accidents, especially in bad weather and at night. Material from The mirror is made from acrylic, which is 70% more impact resistant than glass. The mirror is equipped with a 3M reflective foil and is TÜV-certified. The weather-resistant materials make the mirror particularly suitable for long-term outdoor use. The mirror is mounted in a UV-resistant frame with silicone, with additional reinforcement at the back. The silicone resists water and thus protects the mirror for a long time. Fixing The set includes a 4-point ball joint mounting bracket that helps to position the mirror at different angles. The sturdy bracket can withstand strong winds (the bracket has been tested with wind speeds up to 12 knots or hurricane > 117 km h) and can be mounted either directly on the wall or on a post bracket (Ø 50-85 mm).    

The eco-friendly UNI-SIG mirror helps to increase security on roads, industrial sites, underground car parks, shops and private roads. Reflective foil on the mirror plate makes the mirror visible even in bad weather conditions or in the dark, which helps minimise the risk of accidents. Dimensions - 60 x 80 cm Material - acrylic Frame width - 2 cm Frame height - 62,5 cm Length of frame - 81.5 cm Colour - red and white reflective tape on mirror surface, white rear body. Weight - 5,9 kg Observation distance - 9 - 15 m Wind load - certified up to wind force 12 bales (hurricane > 117 km/h) Internal use - yes Outdoor use - yes, UV-resistant Mounting - universal mounting on post or wall   Material from The UNI-SIG mirror is made of acrylic material (70% more impact resistant than glass) and is equipped with a reflective film. Thanks to the sturdy material, the mirror is suitable for long-term outdoor use. Fixing The UNI-SIG mirror is supplied as a complete set with mounting brackets for fixing to a post (Ø50-85 mm) or wall. The fittings are made of strong galvanised galvanised steel, which can be adjusted in two directions. The mirror has passed the wind strength test with a wind speed scale of up to 12 knots, or hurricane > 117 km/h.