1st Edition
Recycling Polyester Waste A Modern Approach to Needle Punch Manufacturing
By Vinay Kumar Chauhan, Jitendra Pratap Singh, Sanjoy Debnath, Amin Hirenbhai Navinbhai
Copyright 2026
312 Pages
98 B/W Illustrations
by
CRC Press
312 Pages
98 B/W Illustrations
by
CRC Press
Also available as eBook on:
This book examines polyester filter fabric technology focusing on virgin and recycled materials in needle-punched construction. It analyzes mechanical properties including tensile strength, bursting behavior, and air permeability and also includes:
Systematic study of tensile strength, bursting behavior, and air permeability characteristics in filter media
Examination of filtration... Read more
- Filter fabric from polyester waste
- Literature review
- Design variables and their values
- Tensile behavior of virgin and recycled polyester nonwoven needle-punched filter fabrics
- Bursting behavior of polyester needle-punched filter fabrics
- Air permeability of needle-punched filter media –virgin and recycled polyester
- Investigation on filtration properties of polyester needlepunched dust filters
- Virgin and recycled polyester filter media: effect of coating, calender roller pressure and roller temperature on dust filtration
- Optimizing bursting behaviour of calendered needlepunched polyester fabrics
- Mechanical and filtration behavior of virgin and recycled polyester blended needle-punched fabrics
- Chemically treated dust resistant needle-punched filters - recycled and virgin polyester fibres
- Modelling using fuzzy logic: study of needle-punched filters
Index
Biography
Vinay Kumar Chauhan specializes in textile engineering and filter fabric technology with expertise in polyester material characterization and industrial filtration systems.
Jitendra Pratap Singh focuses on mechanical properties analysis and optimization of needle-punched fabrics in filtration applications.
Sanjoy Debnath conducts research in textile material science with emphasis on recycled fiber applications and sustainable filtration media.
Amin Hirenbhai Navinbhai works in advanced modeling techniques and fuzzy logic applications for textile performance prediction and optimization.
