|
|
Silaplane (Reactive Silicone) |
Structure and Function of Silaplane
|
Silaplane has two types, bi-terminal type and mono-terminal type, suitable for modifying kinds of organic polymers. |
|
Silaplane of bi-terminal type is suitably employed for introducing silicone components into polymer main chains. Silaplane of mono-terminal type is suitably employed for grafting silicone components into polymer main chains in a comb form. |
|
Thus obtained silicone modified polymers have both characteristics attributed to silicone compounds and organic polymers.
Particularly, Silaplane of mono-terminal type is an ideal reactive silicone compounds capable of providing characteristics of silicone compounds on surfaces without adversely affecting mechanical properties of existing organic polymers.
|
|
General Characteristics of Products |
SILAPLANE / Bi-terminal |
|
Item
|
Functional Group (X) |
Ave. MW
|
Grade |
| FM-33 family |
Amino |
-C3H6NH2 |
1000
5000
10000
|
FM-3311
FM-3321
FM-3325 |
| FM-44 family |
OH |
C3H6OC2H4OH
|
1000
5000
10000
|
FM-4411
FM-4421
FM-4425 |
| FM-77 family |
Methacryl |
-C3H6OCOC=CH2
|
CH3 |
1000
5000
10000
|
FM-7711
FM-7721
FM-7725 |
|
SILAPLANE / Mono-terminal |
|
Item
|
Functional Group (X) |
Ave. MW
|
Grade |
| FM-04 family |
OH |
-C3H6OC2H4OH |
1000
5000
10000
|
FM-0411
FM-0421
FM-0425 |
| FM-DA family |
OH |
CH2OH
|
-C3H6OCH2CC2H5
|
CH2OH
|
1000
5000
15000
|
FM-DA11
FM-DA21
FM-DA26 |
| FM-07 family |
Methacryl |
-C3H6OCOC=CH2
|
CH3 |
1000
5000
10000
|
FM-0711
FM-0721
FM-0725 |
|
