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Research Team:
Supervisor:
Dr. Imana Shahrin Tania
Associate Professor, Department of Wet Process Engineering
Bangladesh University of Textiles
Team Members:
1. Md. Belal Uddin Rabbi
belal.uddin.rabbi@gmail.com
2. Md.Sakib Al Montasir
sakibalmontasir29@gmail.com
3. Esmail Hossain Emon
esmailhossainemon07@gmail.com
4. Faysal Ahmmad Ridoy
rid.ahmad.55@gmail.com
5. Abdur Rahim
6. Nazmul Mehedi
nazmulmehedi11709031@gmail.com
Specific Objectives of the Project
To achieve multifunctional properties in the fabric with an Ag-TiO2-loaded nanocomposite solution.
To achieve UV-resistant, superhydrophobic, and antimicrobial properties in polyester-cotton blended fabric and recycled cotton fabric.
To achieve excellent mechanical properties and excellent electrical conductivity.
To evaluate different functional properties (Antimicrobial, Self-Cleaning, Stain Resistance, Rust Resistance, Oil-Water Separation)
To assess the different comfort properties of the treated fabric.
Lab Facility
Orient Chem. Tex. Ltd.
DCE Lab and Materials Lab, BUTEX
Waffen Research Lab
Work Flow
Day 1: Chemical Sourcing, Modification of Project
Day 2: Project Pre-Defense at Bangladesh University of Textiles
Day 3: Project Presentation at Orient Chem. Tex. Ltd.
Day 4: Project Accepted
Day 5: Fabric Preparation-Ag-TiO2 Nano-solution Preparation-Dip Coating-Drying-Sample Collection
Day 6: Antimicrobial Reduction test of Recycled Cotton and PC Blend Fabric at Waffen Research Lab, Colorimetric Analysis, and FTIR at Orient Chem Tex. Ltd by Md. Belal Uddin Rabbi and Md. Sakib Al Montasir
Day 7: Determine the particle size of titanium dioxide using a scanning electron microscope at EEE LAB of Rajshahi University of Engineering and Technology under the supervision of Md. Shohidullah Islam. Average Particle Size of TiO2 is 585.67637 nm
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