The waste generated by the periwinkle (Tympanotonus fuscatus) shell cannot be
undermined. In coastal communities worldwide, periwinkle is a major source of proteins and …

The development of asbestos-free automotive brake pad using periwinkle shell particles as
frictional filler material is presented. This was with a view to exploiting the characteristics of …

Studying about different materials for brake pads is necessary as the asbestos brake pads
causing the harmful effects and these should be phased out. There are many alternatives for …

Periwinkle shell is an agricultural waste. The waste is produced in abundance globally and
poses risks to human as well as environmental health. Thus their effective, conducive, and …

This study aims to determine the effect of particle size and material composition on the
performance of resin-based brake pads. Experiments were carried out by mixing 75% UPR …

This experimental study investigated the properties of eco-friendly (biodegradable) brake
pad using egg shell (ES) particles and Gum Arabic (GA) as the binder in order to replace …

Development of asbestos-free brake pad was investigated with a view to replacing the use
of asbestos, whose dust is carcinogenic. This is an interim report on the development and …

The use of asbestos fiber is being avoided due to its carcinogenic nature that might cause
health risks. A new brake pad produced using periwinkles shell particles to replace asbestos …

In this study, asbestos-free brake lining was developed with sawdust. Sawdust was
considered an alternative to asbestos, whose dust is carcinogenic. The sawdust from hard …

The global health challenge encounter as a result of the use of asbestos based brake pad
led to the development of eco-friendly based brake pads using waste materials. This work …