Allium sativum fiber has a high cellulose content of 69.82% and a low density of 1.32 g/cc. In
the present study, various chemical treatments, namely, alkaline, benzoylation, and …

The replacement for synthetic fiber and other materials with natural fiber in the brake pad
has become a key research area in many industries. Many production industries are always …

Areva javanica (AJ), a natural cotton flowers fiber of Amaranthaceae family was taken up for
the study of its possible utilization in a friction composite. The chemical composition of Areva …

The current study investigated the suitability of untreated, alkali-treated, and silane-treated
Eichhornia crassipes fibers as reinforcement in brake pads. The physio-chemical, thermal …

This research is focused on utilizing an Allium sativum (garlic stalk) fiber with silane
treatment and studying its influence on the tribological behavior of biomass-based brake …

The present study deals with the extraction and characterization of untreated and silane-
treated natural fibers from stems of Psidium guajava (Guava plants) for automobile brake …

The Identification of new alternative material for brake pad application which is non
hazardous and eco friendly is very important. Keeping the view in this the Current study …

The research article addresses, a new natural fibers namely Areca Palm Leaf Stalk Fibers
(APLSF) were extracted from an Areca palm tree (Dypsis lutescens) and subjected to …

Proper surface modification is highly essential to improve compatibility of natural fibers with
polymer matrix to develop eco-friendly materials. In the present work, an attempt has been …