Transport Trolley - 6 GN Slots 2/1

Generous stainless steel tray trolley with 6 slots for GN 2/1 pans

The RCTW 6 GN 2/1 transport trolley from Royal Catering  - The time and space saving, transport and storage trolley for up to 6 GN 2/1 containers

Spacious and manoeuvrable with a high capacity from Royal Catering's catering equipment collection

The RCTW 6 GN 2/1 transport trolley from Royal Catering was designed specifically for professional use within the gastronomy sector, however is universally suitable in many fields, whether in large kitchens, canteens, hospitals or bakeries - the Royal Catering transport trolley is designed to make the transport of tableware and trays more time and energy efficient, a quality at an affordable price.

The RCTW 6 GN 2/1 transport trolley is made from a robust stainless steel and is of a simple but effective design. This trolley has a storage capacity of up to 6 GN containers, a size of 67,8cm x 59 x 94,8cm, therefore provides sufficient storage within a compact design.

The open design allows for cleaning to be accomplished quickly and easily, as all the corners and angles are easily accessible, additionally the great workmanship, allows for this sturdy construct to be easily handled, even when the transport trolley is fully loaded.

The support rails provide enough storage area for 6 GN 2/1 containers and these support rails also provide a safe and secure hold - A distance of 8cm between the rails allows for sufficient space.

Two vertical guards on the front and rear of the transport trolley are used to secure the GN containers in place during use. Both brackets can be used i by simply lifting them up, and then fixed them in place; this is applied to prevent the containers from slipping or sliding out, while in transport.

Four 360 ° rotatable, rubberised wheels with ball bearings provide an easy and flexible handling. Parking brakes are mounted upon each of the wheels and the high-quality ball-bearing wheels also guarantee a floor friendly and quiet transport, especially upon smooth surfaces.