Rubbertech

Transported goods are held in place on the transport vehicle by the friction provided by Rubbertech anti-slip mats and are further secured by lashing straps.

The high friction coefficient of Rubbertech's anti-slip mats provides an outstanding grip on even the smoothest surfaces, practically eliminating shifting or slipping during transport.

Unforeseen situations - such as abrupt changes of direction, swerving to avoid hazards, sudden braking or collisions can cause very high inertial and centrifugal forces.

Means used for securing loads must therefore provide the necessary holding power to keep the load in place in such situations.

According to the applicable regulations for motor vehicle traffic, every load must be secured with 80% of it's weight toward the front and 50% toward the sides and back.

Sufficient load securing implies the need to prevent the load from moving due to centrifugal and mass forces, which can occur especially during braking or in cornering.

The increased friction provided by Rubbertech anti-slip mats also minimises the required tensioning in lashing straps. This is of particular benefit when transporting items such as panels, pipes, plasterboard or any other products which can compress or deform under loading stress.

The high quality of Rubbertech anti-slip mats and their outstanding contribution to transport safety are evidenced by their superb physical properties.

Rubbertech anti-slip mats have a proven track record established over many years of reliable service for companies all over the world

www.rubbertech.co.uk

Opening Times

Tues 16th October 2018 10:00 - 18:00

Wed 17th October 2018 10:00 - 18:00

Multimodal Hog Roast 19:00 - 21:00

Thurs 18th October 2018 10:00 - 15:00

Visiting

Supply chain management for logistics and cargo owners.

Browse the Multimodal exhibit list.

Check out our Program of features.  

Contact Us

To speak to a member of the show team call +1 610 486 6525.

For more information go to our Team contacts page

Quick Links

Go to the Exhibitor list

Register free here

Follow us on Twitter

Sign up for the Newsletter

Join the debate on LinkedIn

View the 2017 Multimodal Video