Composite number

Engineering

Epoxy

Materials science

Sodium hydroxide

Ultimate tensile strength

Chemical engineering

Physical chemistry

Waste management

Nanotechnology

Characterization (materials science)

Composite material

Chemistry

Pulp and paper industry

Retting

AIP conference proceedings

This research focused on utilizing the natural fibres extracted from chrysanthemum waste in producing composite material using resin infusion processing method. The chrysanthemum waste fibres were extracted using water retting method then the fibres were further treated with Sodium Hydroxide (NaOH) and Acrodur binder. This research investigated the effects of these treatment methods on the tensile and morphological properties of the composite. Prior to the infusion process, the CW fibres were made into fibre mat using water laid method. Then, these fibre mats were infused with epoxy resin and made into composite. This research found the CW fibre mat with NaOH and Acrudor binder treatments were able to produce a composite with tensile strength and modulus of 23.6 MPa and 4612.8 MPa, respectively. In short, the CW fibre have potential in being used to produce composite material that can be used for non-load bearing application.

Preparation and characterization of composites made from chrysanthemum waste using resin infusion