Maximum speed and reliability for machine tool spindles
RENOLIT HI-SPEED 2
The increasingly high rotational speeds of machine tool spindle bearings demand ever more specialized lubricants.
RENOLIT HI-SPEED 2, developed specifically for these applications, is based on lithium soap, a highly oxidation-resistant synthetic oil, and a carefully selected package of special additives.
RENOLIT HI-SPEED 2 ensures maximum speed with reliable performance and is fully compatible with other greases designed for the same application, making the transition completely risk-free. It is recommended by numerous equipment manufacturers.
Key Features and Benefits:
- Speed factor of 1.4 · 10⁶ mm/min, minimizing internal lubricant friction and grease ejection due to centrifugal force
- Synthetic base oil with low viscosity (18 cSt) for optimal flow, reduced wear on moving parts, and prevention of abrasive residue formation
- Wide operating temperature range: from -40 °C to +120 °C, designed to minimize friction both during cold start and under operating conditions
- Corrosion protection and extended service life of mechanical components
- Strong grease adhesion to surfaces, ensuring optimal lubrication
- Fully compatible with other greases designed for the same application, making the transition completely risk-free
- Approved by numerous equipment manufacturers (MAG IAS, Kekeisen, Nomoco Schleifmaschinen, Waldrich Coburg, Waldrich Siegen, DST Technologie, Grob, Dörries Scharmann Technologie GmbH)
- Available formats: 500 g and 1 kg
Recommendations
- Dörries Scharmann
- GROB
- MAG IAS
- Th. Kekeisen
- Nomoco grinding machines
- Waldrich Coburg
- Waldrich Siegen
Specifications
- DIN 51825: KHCE 2 K-40
- ISO 12924: ISO-L-XD(F)CEA 2
Tests and manufacturer experience support the results
| Properties | Unit | Values | Test Method |
| Classification | – | KHCE 2 K-40 ISO-L-X-DCEA 2 | DIN 51 502 ISO 6743-9 |
| Worked penetration | 0,1 mm | 265-295 | DIN ISO 2137 |
| ΔPw (100,000–60) worked stability | 0,1 mm | ≤30 | DIN ISO 2137 |
| Corrosion protection (EMCOR) | Corrosion grade | 0-1 | DIN 51 802 |
| Oil separation after 18 h / 40 °C | % | ≤2,0 | DIN 51 817 |
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