Properties
Reactive curing mechanism
Applications
Examples of applying Acrysirup
Floor coatings
Civil engineering
Acrysirup properties
Performance test data
Cured Acrysirup resin physical properties
Chemical resistance
Acrysirup formulation and physical properties
Proper handling and storage
Precautions when applying
Contact
Acrysirup top page
Ryoko Homepage
Examples and curing properties of typical formulations of Acrysirup and filler.
Grade
FC-411
FM-510
formulation wt%
liquid resin
100
100
filler (grade)
133
(mixed sand)
373
(mixed sand)
Application
self-leveling
mortar
thickness (mm)
2〜3
4〜7
curing 20℃
specific gravity
1.7
2.1
compressive strength N/mm
2
(kgf/cm
2
)
24.52
(250)
28.44
(290)
flexural strength N/mm
2
(kgf/cm
2
)
16.67
(170)
19.61
(200)
compression flexibility coefficient N/mm
2
(kgf/cm
2
)
2.1×10
3
(2.1×10
4
)
2.0×10
3
(2.0×10
4
)
elongation strength N/mm
2
(kgf/cm
2
)
-
-
-
-
tensile elongation
( %)
-
-
abrasion loss *1
(mg)
85
70
impact resistance *2
(Degree)
40
100
(Note)
*1.
Abrasion loss (mg): Taber abrasion test, Abrasive wheel: CS-17, Weight: 1,000g, Rotation rate: 1,000pm
*2.
Impact resistance (times): the number of times a steel ball (1,000g) is dropped from a 1m height until cracks occur in the coating layer.
Base coat: concrete pavement
*3.
Base coat: asphalt concrete
Ryoko Co., Ltd, Construction Chemicals Division, Acrysirup Department
14-1 Kaomi-cho, Nihonbashi, Chuo-ku, Tokyo, Japan 103-0016 phone 03-5651-0656
Copyright(C)2005 RYOKO CO.,LTD. ALL RIGHTS RESERVED