323-979-8262
[email protected]
Free Shipping on all orders over $39.99.
Cart: 0.00$ 0
Cart: 0.00$ 0

Flame Retardation Theory for Polymeric Materials by Ou Yuxiang & Li Jianjun 2019 Hardcover

HomeFlame Retardation Theory for Polymeric Materials by Ou Yuxiang & Li Jianjun 2019 Hardcover
Flame Retardation Theory for Polymeric Materials by Ou Yuxiang & Li Jianjun 2019 Hardcover-image
Flame Retardation Theory for Polymeric Materials by Ou Yuxiang & Li Jianjun 2019 Hardcover-image

Flame Retardation Theory for Polymeric Materials by Ou Yuxiang & Li Jianjun 2019 Hardcover

$ 110.5

Flame Retardants : Polymer Combustion and Mechanisms, Hardcover by Jianjun, Li; Yuxiang, Ou; Science Press (CON), ISBN 3110349264, ISBN-13 9783110349269, Brand New, Free shipping in the US Jianjun and...

Description

Flame Retardants : Polymer Combustion and Mechanisms, Hardcover by Jianjun, Li; Yuxiang, Ou; Science Press (CON), ISBN 3110349264, ISBN-13 9783110349269, Brand New, Free shipping in the US Jianjun and Yuxiang survey recent Chinese developments in creating flame retardant polymers now that researchers and marketers must take environmental concerns into account as well as fire safety concerns. They cover polymer combustion; flame retardation mechanisms of halogenated flame retardants; the flame-retardation mechanism of organic phosphorous flame retardants; flame retardation mechanism of intumescent flame retardant; flame retardation mechanism of other flame retardants; flame retardation mechanism of polymer, inorganic nanocomposite materials, the mechanism of smoke suppression; and technical matters regarding flame retardation mechanism. Annotation ©2020 Ringgold, Inc., Portland, OR ()

Specifics

Author

Ou Yuxiang, Li Jianjun
Format

Hardcover
Grade From

College Graduate Student
Grade To

College Graduate Student
ISBN-10

3110349264
ISBN-13

9783110349269
Illustrated

Yes
Intended Audience

Scholarly & Professional
Item Length

9.4 in
Item Weight

24.3 Oz
Item Width

6.7 in
LC Classification Number

TH9446.5.P65J53 2019
LCCN

2018-965090
Language

English
Number of Pages

288 Pages
Publication Name

Theory of Flame Retardation of Polymeric Materials
Publication Year

2019
Publisher

DE Gruyter, Inc.
Subject

Materials Science / General, Textiles & Polymers, Chemistry / Physical & Theoretical, Chemistry / Inorganic, Chemistry / Industrial & Technical
Subject Area

Technology & Engineering, Science
Synopsis

Flame retardant materials are of vital importance in guaranteeing personal security. Especially the demand for non-toxic, low smoking, polymerized flame retardants increases and new materials enter the market. The authors present the fundamental theory of polymer combustion, compare different flame retardants, describe smoke suppression mechanisms, and explain analyzing techniques for new materials.
Table Of Content

From the Contents: - Polymer Combustion - Combustion Propagation and Development - Flame Retardant Mechanism of Halogenated Flame Retardants - Flame Retardant Mechanism of X/M Cooperative System in Condensed Phase - Flame Retardant Mechanism of Organic Phosphorus Flame Retardant - Flame Retardant Mechanism of Intumesced Flame Retardant - Flame Retardant Mechanism of Metal Hydroxides - Flame Retardant Mechanism of Fillers - Flame Retardant Mechanism of Borates - Flame Retardant Mechanism of rRed Phosphorous - Flame Retardant Mechanism of Polysiloxane - Flame Retardant Mechanism of Nitrogen compounds - Flame Retardant Mechanism of Polymer/ Inorganic Nanocomposites - Smoke Suppression Mechanism - Technological Means Used to Study Flame Retardant Mechanisms
Type

Textbook
brand

DE Gruyter, Inc.
gtin13

9783110349269

Reviews

  1. Dmitry Shilyaev

    This book is an excellent resource for anyone studying polymer science or flame retardancy. The authors clearly explain combustion mechanisms and explore eco-friendly flame-retardant solutions. Well-researched and detailed, it blends theory with practical applications—perfect for professionals and students alike. The hardcover is sturdy, and the shipping was fast! Highly recommend for advanced material science insights.