Tech Science Press journals receive 2025 Journal Impact Factors
CJU Attends the 12th Tsinghua University Urinary Stone Conference in Beijing
Tech Science Press Journals Receive Updated 2025 Scopus CiteScore Metrics
CJU at AUA 2026: Strengthening Global Connections in Urology Publishing
Edited by: Xin Wang
The extensive utilization of polymeric materials in our daily life is driven by their superior comprehensive properties.
However, polymeric materials are apt to be ignited with fast flame spread rate as well as the release of massive toxic gases and smoke during combustion. As a consequence, the relatively high fire hazards of polymeric materials account for a large number of property loss and casualties in polymer-related fire accidents every year worldwide. Thus, fire safety requirements on polymeric materials are currently attracting more and more attention in terms of difficulty of ignition, low heat release rate and low production of toxic gases and smoke. Over the past few decades, flame retardant technology from bio-based resources has gained increasing interests owing to increasing awareness on environmental protection and sustainable development. Bio-based halogen-free flame retardant is a hot research area nowadays as it is safe, non-toxic and sustainable flame retardant.
Bio-based Halogen-free Flame Retardant Polymeric Materials
Hardcover. 195 pages. 2022. ISBN: ISBN(print): 978-1-7340206-4-9 ISBN(online): 978-1-7340206-6-3.