Translation of "High rebound" in German

High rebound injection bottom framecradles the foot for a springy, premium ride.

It therefore has a high rebound resilience and high volume compressibility.

A further field of use is in golf ball cores or shoe soles, in which case high rebound resilience is a prime concern.

A further field of use is in golfball cores or shoe soles, where a high rebound resilience is the major concern.

Furthermore, the hybrid materials of the invention based on integral foams display high rebound resiliencies at low density.

Another application sector is provided by golf-ball cores or shoe soles, where high rebound resilience is a primary concern.

In addition, the fabric thus finished exhibited a high rebound elasticity and an improved crease recovery.

Furthermore, the product thus finished had a high rebound elasticity and improved crease recovery properties.

Their high hardness ensure good energy transfer to the blasted part and a high rebound capacity.

By using a soft-elastic material for the spring element which has a high degree of rebound elasticity and/or the property of low natural dynamic damping, a large proportion of the energy may be transmitted to the vibrating tool or machine component.

Blood Orange Bushings by Caliber Trucks combine high rebound and unique lean to provide the most responsive feel possible.

These wheels feature the Original formula with a superior urethane in cases of grip and slide characteristics plus a high rebound for speed.

The adjuster provides the same effect as revalving high-speed rebound but without the need for damper disassembly.

Rubbers with high rebound resilience at relatively high temperatures (60° C. to 100° C.) are used for the tyre tread in order to lower rolling resistance.

To lower the rolling resistance, rubbers with a high rebound resilience at higher temperatures (60° C. to 100° C.) are used for the tyre tread.

The invention is based on the task to create a cable roller for automatically winding up a cable having a braking system which is dependable and which prevents high rebound forces.

We have now found that moldings formed from expanded foam beads having a mean particle weight of 10 to 60 mg/bead have a high rebound in accordance with DIN EN ISO 1856 (50%, 22 h, 23° C.) of Jan. 1, 2008.

In order to achieve here a sufficient compression stroke between two pump parts movable in relation to one another and reducing a compression space, it is therefore necessary, after considerable load, to have a high jounce or rebound, that is to say a large stroke between the articulation points of a spring and damper unit.

The body of a vehicle having a self-pumping system designed as a pneumatic spring and damper unit and with automatic ride level control therefore cannot be raised again by a minimal swing about the zero position as early as after the first meters traveled, as is the case in hydraulic systems, but, instead, would require a usually longer travel distance in which high jounce or rebound also occurs and in which the pneumatic spring and damper unit could even only once “block” in its vertical movement, so that a cut-in of the stop buffer takes place.