NAT-2033 HTC Oil
Fully synthetic chain lubricant for E-Coat paint lines and water-based paint systems. Dissolves completely in water without affecting the paint bath. Operating range -40°C to 220°C. ISO Grade 220, viscosity index 241, pour point -47°C.
Overview
NAT-2033 HTC Oil is a fully synthetic chain lubricant for E-Coat paint lines and water-based paint systems. This adherent lubricant was developed for chain lubrication of overhead and floor conveyors where lubricants might get into the paint bath. Wear is avoided by the presence of special anti-wear additives.
NAT-2033 HTC Oil completely dissolves in water and in water-soluble paints. In contrast to conventional products, lubricant residues do not affect the paint bath. There is no formation of fish eyes, craters, pinholes, stains, or rough surfaces.
NAT-2033 HTC Oil will substantially reduce lubricant consumption, lowering cost per operating hour and reducing service intervals for maintenance downtime.
Benefits
- Reduces Consumption — Allows for longer application intervals.
- Anti-Wear Formula — Reduces wear in chain links, pins, and bushing areas without the use of solid lubricants.
- Protects — Against rust and corrosion.
- Smoother & Quieter — Chains run smoother and quieter.
- Operating Range — Normal ambient from -40°C to 220°C.
Applications
NAT-2033 HTC Oil is ideal for chain drives of all sizes. It may be sprayed, injected, or dripped onto the chain. The product is suitable for all types of heavy-duty gears, including spur, bevel, and worm gears.
Technical Specifications
| ASTM # | Property | NAT-2033/220 |
|---|---|---|
| — | ISO Grade | 220 |
| D-455 | Kinematic Viscosity cSt @ 40°C | 220 |
| D-455 | Kinematic Viscosity cSt @ 100°C | 41 |
| D-2270 | Viscosity Index | 241 |
| D-1298 | Specific Gravity, g/cm³ @ 15.5°C | 1.049 |
| D-92 | Flash Point, °C | 284 |
| D-97 | Pour Point, °C | -47 |
| D-4172 | Four Ball Wear, Scar Diameter, mm | 0.32 |
| D-665 A/B | Rust Test | Pass |
| D-189 | Conradson Carbon Residue, % Loss | 0.34 |
| D-972 | Thin Film Evaporation, % Loss | 0.63 |