Functional perfluoropolymers for additive
| |
| FP100 |
functional fluoro-polymer
additive |
| FS100 |
functional fluoro-polymer
additive |
| FP200 |
functional fluoro-polymer
additive |
| FS200 |
functional
fluoro-polymer additive |
|
| |
| Property |
ASTM |
Units |
FPH100 |
FSH100 |
FPH200 |
FSH200 |
| Solid Content |
D 792 |
(w/w)% |
25 |
25 |
25 |
25 |
| Density |
|
|
2.1 - 2.2 |
2.1 - 2.2 |
2.1 -2.2 |
2.1 -2.2 |
| Average Particle Size |
D 570 |
micron |
1.2-0.6 |
1.2-0.6 |
1.2-0.6 |
1.2-0.6 |
| |
|
|
|
|
|
|
| Melting point |
D 3418 |
ºC |
NA |
NA |
NA |
NA |
| High temperature stability |
|
|
Excellent |
Excellent |
Excellent |
Excellent |
Low temperature
stability |
|
|
Excellent |
Excellent |
Excellent |
Excellent |
| Dispersible in Oil |
|
|
Excellent |
Excellent |
Excellent |
Excellent |
| Flammability |
ANSI/UL 94 |
|
0 |
0 |
0 |
0 |
Application
|
All properties presented in this table should be considered
typical values. These properties should not be used to establish
specification limits nor used alone as a basis for design. |
Fluoseal Product Specification:
| Technical Index |
| Sealer |
FP100 |
FS100 |
FS200 |
| Appearance |
milky white |
| Fluorine Content % |
37±1 |
|
Non-Volatile (wt%) |
50±1 |
50±1 |
50±2 |
|
Viscosity (mPa.s, NDJ-1 #2/ 30rpm) |
>300 |
>300 |
>300 |
|
Density (g/ml, at 25ºC) |
1.05 ～1.15 |
|
pH |
7 ～9 |
|
MFT (ºC) (reference value) |
NA |
NA |
NA |
|
Particle Size micron |
0.7 ～0.3 |
0.7 ～0.3 |
0.7-0.3 |
|
Ca2+ Stability （0.5%CaCl2） |
48 hours no delaminating 、no
de-emulsification |
|
Mechanical Stability（2500r/min，0.5h） |
Excellent |
|
Dilute Stability（Dilute
to 3±0.5%） |
72 hours no delaminating 、no
de-emulsification |
|
Freeze-Thaw Stability |
Pass three circles |
|
Ionic Character |
Anionic |
Package & Storage
● Package： 200g/bottle
● Storage Condition：The
product should be kept in tightly closed containers, avoid freezing and strong
heat, and it should be used within 6 months whenever possible. The recommended
normal storage temperature is between 5℃～30℃.
Product Safety Information
Read and understand the current Material Safety Data Sheet （MSDS）of
the product .
The information and recommendations given herein are based on
our research and are believed to be correct, but no guarantee or their accuracy
is made. In using these products, we recommend that the purchasers must
establish for themselves the most suitable formulations, production methods and
control tests to ensure the uniformity and quality of your product and be
suitable for their particular purposes under their own operating conditions.
Fluoseal Formulation Guide: Application as Sealer for
Substrates:
Dilute to 2% with 10 time water, stir
thoroughly, then using as sealer directly. According to actual application,
customers may also establish new white base paint formulation containing a
certain amount pigment and filler which be used matching with the top coat.
|
Coating Film Performance |
|
Template Preparation |
According to CB/T 9755-2001 |
|
Water Resistance
|
96 hours, no change |
Alkali Resistance |
48 hours, no change |
|
Scrub Resistance |
≥20000 times |
Dirt Resistance |
8.5% |
|
Contrast Ratio |
0.96 |
Gloss |
Gloss |
|
Accelerated Ageing
Test |
1200h，no blister, no peeling, no crack; chalk: 0 grade;
Discolor:
2nd grade. Accelerated ageing
condition：Xenon
arc emission，Black
panel temperature：（65±2）ºC，Relative
humidity：60%-80%，Irradiance：55W/m2,
Wavelength range:（300-400）nm。Rinse
period：18min/102min。
|
———————————————————————————————————————————————————————————————————————
The information and recommendations given herein are based on
our research and are believed to be correct., but no guarantee or their accuracy
is made. In using these products, we recommend that the purchasers must
establish for yourself the most suitable formulations, production methods and
control tests to ensure the uniformity and quality of your product and be
suitable for their particular purposes under their own operating conditions.
Field Application Specification of Aqueous Fluorocarbon Paint
|
ITEM |
COATING NOTES |
|
Surface Treatment |
The substrate to be coated should be clean ，dry，level
, stable
and moisture ＜10%,
pH＜10.
Remove all loose dirt, grease, silicone, mildew, and other surface
contaminations.
Removed unstable old film by high pressure wash or
scraper whichever is appropriate. |
|
Application Method |
Brush ，roller
or spray. |
|
Application Condition |
|
Substrate should be above 5ºC. |
|
Air relative humidity should be below 85% ；
Stop applying in raining climate.
Recoating Interval
over 2 hours (23 ±2)ºC.
Dilution
Thinning is necessary. Add water and diluted to2%.
Tools cleaning
Clean up tools with water immediately after use.
———————————————————————————————————————————————————————
The information and recommendations given herein are based on
our research and are believed to be correct., but no guarantee or their accuracy
is made. In using these products, we recommend that the purchasers must
establish for yourself the most suitable formulations, production methods and
control tests to ensure the uniformity and quality of your product and be
suitable for their particular purposes under their own operating conditions.
Advantages
of Waterborne
Advantages of waterborne systems versus solvent-borne systems
are:
 |
Very low VOC feature benefits the environment and is exempted
from EPA, DOT and other regulatory concerns
|
|
Eliminates fire hazard and provides safe handling;
|
|
Very low odor provides pleasant work conditions;
|
|
Thins and cleans with water easily;
|
|
Can be applied on damp surfaces, reducing surface
preparation and saving time and labor;
|
|
Re-coatability proves a flexible time period between
the application of primer and topcoat.
|
|
| |
