| Hi-Lene
Is an additive for polyoefin resins and it should
be used by mixing with polyolefin resins (HDPE, LDPE, LLDPE
film Grade)
The benefits obtained from the mixture of Hi-Lene F-850 with
polyolefin resins are not only improving the physical properties
such as better printability, better productability, better dimensional
stability, anti-fibrillation, and reduction of calorific value,
but also cutting down the production cost.
Applications
1) Certificate of Quality
| CLASSIFICATION TEST TIMES |
UNIT |
TEST METHOD |
SPECIFICATION |
TEST RESULTS |
REMAR |
| MELT INDEX |
g/10 min |
ASTM D 1238 |
5 +/-3.0 |
16.78 |
190, 2160g |
| MOISTURE CONTENTS |
WT% |
ASTM D 570 |
MAX, 0.20 |
0.04 |
110, 1hr |
| SPECIFIC GRAVITY |
- |
ASTM D 792 |
1.9 +/- 0.1 |
1.89 |
- |
| CaCO3 CONTENTS |
WT% |
ASTM D 4218 |
85 +/- 1.0 |
84.24 |
600, 1hr |
| PARTICLE SIZE |
m/m |
- |
3 m/m +/- 0.1 |
3m/m99.9% |
- |
2) Composition of Hi-Lene F-850
| P
R O D U C T S |
| SUBSTANCE |
COMPOSITION
(%) |
| CaCO3 |
85 |
| RESIN |
13 |
| ADDITIVE |
2 |
| TOTAL |
100 |
3) Usages of Hi-Lene
Shopping, garbage bag (HDPE, LDPE, LLDPE Films)
4) Mixing Ratios of Hi-Lene
10-45% Available for Polyolefin Film Grade
5) Effects of Hi-Lene
- Cost down
- Improvement of Printability
- Available instead of white M/B
- Protection of Environment
- HDPE FILM
|
|
- MIXING
- RATIOS
|
HI-LENE F-850 |
| 10% |
20% |
30% |
40% |
50% |
| (25)
TENSILE
STRENGTH (KG) |
MD |
494 |
441 |
388 |
334 |
302 |
| TD |
453 |
402 |
346 |
297 |
263 |
4) Physical Property of Hi-Lene
If you want to improve tensile strength for HDPE film,
you need to mix LLDPE resin (5%)
|
