MTUNConnect

Where Inventors Meet Investors

Project Details

RM0.00 Fixed Price
215 days

 

A Novel Waste Filler Friction Composite for Use as Brake Pads

Co-Researchers: Kamarudin Hussin, Shamsul Baharin Jamaludin, Mohd Mustafa Al Bakri Abdullah, Mohamed Faisol Mohamed Nor

Details

Friction composite is an important part of braking system for all types of vehicles especially as brake pad. Asbestos was widely used in pads for its heat resistance, but due to health risks, it has now been replaced by a mix of alternative fibers such as mineral fibers, cellulose, aramid, PAN, chopped glass, steel and other metal fibers. UniMAP WF Brake Pad is a novel brake pad produced by using industrial waste filler such as palm ash, slag, waste metal filler, waste PCB and mineral filler together with the phenolic or geopolymer resin as a binder. The properties such as wear and mechanical are comparable with the existing brake pads in the market.

 

Brake4

brake10

ADVANTAGES

1. Safe alternative materials to replace asbestos based brake pad.

2. Recycled the PCB and palm ash or rice husk ash waste.

3. Comparable physical and mechanical properties with commercial brake pad.

4. Using low cost material.

 

COMMERCIALIZATION

This novel product provides the significant benefit by the usage of waste materials especially industrial wastes.

Proposals (0)

Please login to view this project proposals.

Clarification Board (0)

Clarification Board

Comments are closed.

>

Pintors (Location Identifier created to identify location of scholarly research project online)

Ghazali, C. M., Hussin, K., Jamaludin, S. B., Al, M. M., & Mohamed, M. F. (2017). A Novel Waste Filler Friction Composite for Use as Brake Pads. Bangi, Selangor, Malaysia: MTUN Research Repository. QOI: 60.43650.2017-MTUNConnect.343243
QOI (Quick Object Identifier created to identify a piece of scholarly research project online)
Visit QOI International Consortium.

Save Filter
×