GYC TOTM
GYC TOTM has low volatility and low migration and its electric resistivity and heat resistance are excellent.
Description
Detailed Product Description
GYC TOTM has low volatility and low migration and its electric resistivity and heat resistance are excellent.
Introduction
TOTM is produced by esterifying 2-Ethylhexanol and TrimelliticAnhydride. TOTM has low volatility and low migration and its electric resistivity and heat resistance are excellent. The wire and cable to which TOTM is applied in the process can pass USA s UL 62105°C class. TOTM’s migration and water extraction are lower than those of DIDP. To compare with DOP at the same flexibility, TOTM’s cold resistance is lower. With respect to PVC plastisol, under the condition of same flexibility, the viscosity of plastisol made with TOTM base is lower to that made with DIDP. As regards stability, since TOTM plastisol changes less than DOP, it is considered more stable than DOP.
Spec.
| Appearance (APHA) | 100 Max |
| Acid value (mgkoH/g) | 0.20 Max |
| Esterification number (mgkoH/g) | 308+5 |
| Heating loss (125°Cx3hr) | 0.15 Max |
| Volume resistivity (30°C, Ω-cm) | 1.0x10E11 min |
| Specific gravity (20/20) | 0.992+0.005 |
| Refractive index (25°C) | 1.483+0.005 |
Physical properties
| Molecular weight (g/mole) | 547 |
| Boiling point (760mmHg) | 430°C |
| Flash point | 426°C |
| Viscosity (30°C) | 244 cps |
| Freezing point | -55°C |
Usage
- Wires & Cabler
- Leather Cloths
- Gloves
- Shoes
- Construction materials
- PVC Plastisols etc
