AsahiGuard
E-SERIES

AsahiGuard E-SERIES product list

Water emulsion type 

 

Product
name
Solid
Content
Ionic
Characteristic
Product Properties
AG-E061 20% Mildly Cationic AG-E061 is suitable for a broad range of different
applications and is appropriate for synthetic fibers
or natural fibers.
AG-E081 30% Mildly Cationic AG-E081 offers outstanding, long-lasting and
durable water and oil repellency on synthetic and
natural fibers as well as for blended yarns and
wovens.
AG-E082 20% Mildly Cationic AG-E082 yields excellent water and oil repellency
as well as a stain removability on a wide range of
fabrics.
AG-E092 20% Mildly Cationic Fabrics processed with AG-E092 have soft
textures and good water and oil repellency.
AG-E092 maybe used for either synthetic or
natural fibers.
AG-E100 20% Mildly Cationic A "next generation" product that imparts good oil
repellency and stain release properties in
conjunction with machine washing. May be used
for polyester, cotton or cotton/poly blends.
AG-E400 20% Mildly Cationic AG-E400 gives a moderate water repellency for
natural and/or synthetic fibers.
AG-E500D 30% Mildly Cationic AG-E500D yields excellent water repellency and
gives a soft texture to synthetic fibers - even
under adverse conditions such as heavy rain.
AG-E300D 30% Nonion AG-E300D has better compatibilities with a variety
of waterborne dispersion resins and other
additivesso as to be suited for wide-ranging appli-
cations.
AG-E550D 30% Nonion AG-E550D has better compatibilities with a variety
of additives and offers excellent and durable water
and oil repellency on various types of textiles,
particularly made by synthetic fibers.
AG-E600 25% Amphoteric AG-E600 can impart superior alcohol / water
repellency and hydrostatic head performance to
polyolefin nonwovens.
AG-E700D 30% Mildly Cationic AG-E700D gives excellent water and oil repellency
and wash duability on various types of fivers whih
consist mainly of synthetic fibers, and also it has
excellent compatibility to finishing such as coating
process, and so on.

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