Premium Heat Transfer Oils
High-Performance Thermal Fluids for Efficient Heat Management
Product Model Matrix (ISO VG 320)
| Category | Formulation Type | Viscosity Grade |
|---|---|---|
| Heat Transfer Oil | Standard Mineral | 320 |
| Synthetic Aromatic | 320 | |
| Hydrotreated | 320 | |
| Hydrogenated Terphenyl | 320 | |
| Alkylbenzene | 320 |
Product Descriptions
Features: Cost-effective, high-quality refined mineral base oil.
Usage: General low-to-moderate temperature closed-loop heating systems. Best for standard industrial applications where budget is a primary consideration.
Features: Exceptional thermal stability at high temperatures; resists degradation and sludge buildup.
Usage: Demanding high-temperature processes where extended service life and system cleanliness are critical.
Features: High purity and stability due to advanced hydrotreating processes; provides superior resistance to oxidation.
Usage: Clean heating systems requiring long intervals between oil changes.
Features: High-end synthetic performance with an extremely high boiling point and excellent heat transfer efficiency.
Usage: Heavy-duty, high-heat industrial processes in chemicals, synthetic fibers, and plastics industries.
Features: Excellent solvency and thermal stability; prevents deposits in the system piping.
Usage: Complex multi-stage heating systems where solvency and cleanliness are required.
Maintenance & Safety Guidelines
- Temperature Limits: Never exceed the maximum recommended film or bulk temperature to avoid thermal cracking.
- Moisture Avoidance: Ensure the expansion tank is properly maintained; any water/moisture entry can cause dangerous pressure surges in high-temperature systems.
- System Flushing: When switching between different oil chemistries (e.g., mineral to synthetic), conduct a complete system flush to prevent incompatibility issues.