Polyolefin resin modifier
Features
Polyolefin resin compatible
High adhesion
Improvement in durability
Inhibition of the oxidation degradation
High water repellency
Application Examples
Car parts
Packaging films
Resin pipes
Building materials
Physical Properties Table
OGSOL SI-10-40 | ||
---|---|---|
Appearance | - | Light yellow Liquid (Less than toluene 5% content) |
Molecular weight | Mn | 620 |
Mw | 700 |
* Masterbatch containing 10wt% SI-10-40 is provided.
Solvent solubility
- Measurement conditon: SI-10-40 is solved in the solvent on the below Table by using a shaker at room temperature.
- Evaluation method: 10wt% solution was obtained at 1 hour ( ○ ) or not( × ).
Ethers
Aromatic series
Ketones
Alcohols
THF
Toluene
acetone
MEK
Ethanol
i-Propanol
OGSOL SI-10-40
○
○
×
○
×
×
Ethers | Aromatic series | Ketones | Alcohols | |||
---|---|---|---|---|---|---|
THF | Toluene | acetone | MEK | Ethanol | i-Propanol | |
OGSOL SI-10-40 | ○ | ○ | × | ○ | × | × |
Resin properties
Adhesion data
After Polypropylene films coated with SI-10-40 are pasted each other, the interface between the films is fused rapidly by the heat.
Therefore, it improves the property of the adhesion intensity.
Fusion conditions :160℃, 120sec , 0.05MPa
Testing method :T-peel test
Thickness of Polypropylene films :0.5mm
* Measurement data of Professor Katsuhisa Tokumitsu
(The University of Shiga Prefecture)
Silicon mapping
SI-10-40 has the high permeability to polypropylene resin.
TEM
After the interface between polypropylene films coated with SI-10-40 is fused by the heat, the lamellar structure is observed at the fused interface of the polypropylene films.
with SI-10-40
Water repellency
Polyethylene resin(medium density) containing 3wt% SI-10-40 has the superior water repellency.
Polyethylene only
Polyethylene containing
3wt% SI-10-40
Inhibition of the oxidation degradation / Effect of Copper inhibitor
Polyethylene resin(medium density) containing 3wt% SI-10-40 inhibits the oxidation degradation.
Evaluation method: After immersion in 10 wt% CuCl2aq for 4500 hours, Polypropylene pipe was obserbed by FT-IR images.