|
Javachem®focuses on research, development and production of silicone additives for cable compounds, provides high-performance additives to meet the customers’ stringent requirement on performance and processing, dedicating to quick response in technical service.
Javachem®GW-100 is a high-temperature resistant silane oligomer used for flame-retardant low smoke halogen free wire&cable materials.
◆Increased LOI of LSOH cable materials
◆Reduced surface energy of inorganic fillers , excellent hydrophobicity to inorganic fillers
◆Improved wetting and de-agglomeration of inorganic fillers in flame-retardant LSOH cable materials, enhanced filler dispersion
◆Higher flash point applicable to higher processing temperature, less loss at high temperature, high application efficiency of active substances and less content of volatile organic compound (VOC).
LOI(ATH-based FR system)
In flame retardant system based on ATH, Javachem®GW-100 can improve LOI by 9% compared with the blank sample, and has no effect on the physical properties of materials.
LOI(calcium-based FR system )
In flame retardant system based on calcium, Javachem®GW-100 can improve LOI by 28% compared with the blank sample, and has no effect on the physical properties of materials.
Water contact angle
Compared with blank sample and competitive product, Javachem®GW-100 can significantly improve surface treatment of aluminium trihydroxide and calcium powder.
Applications
Low smoke halogen free wire&cable materials
✦Improve LOI value
✦Enhance filler dispersion in polymer matrix
Inorganic fillers surface treatment
✦Improve de-agglomeration
✦Impart inorganic fillers with excellent hydrophobicity
Address:Fengkeshan Village·Shangyu·Zhejiang
Zipcode:312367
Tel:+86-575-82536702
Fax:+86-575-82536705
Mail:annie@javachem.com
WebSite:https://www.javachem.com/
Zhejiang- ICP- No. 16008341
(C) 2015 Zhejiang Java Specialty Chemicals Co., Ltd. All rights reserved. Javachem trademark, 佳华精化®, Javachem® and related TM or ® are all registered trademarks of Javachem or its affiliates.