Accu-Lube LB-2000 is a versatile machining lubricant designed for moderate to heavy-duty metalworking applications. This near-dry machining solution enhances cutting precision and prolongs tool life while reducing waste. Ideal for drilling, tapping, broaching, sawing, and spline rolling, LB-2000 ensures superior performance and a cleaner workspace. With its mild odor, blue liquid form, and non-soluble properties, this lubricant delivers consistent results for demanding machining needs.
Key Features- Efficient Lubrication: Optimized for near-dry machining to minimize waste.
- Versatility: Suitable for drilling, tapping, broaching, sawing, and more.
- Durability: Handles moderate to heavy-duty applications effectively.
- Eco-Friendly: Low VOC content (0.2 g/l) supports a sustainable workspace.
- Thermal Stability: High flash point (608°F) ensures safe operation.
Applications- General machining operations
- Drilling and tapping of small to large diameter holes
- Broaching and spline rolling
- Sawing large diameter solids
Directions for Use- Fill the Accu-Lube applicator reservoir above the low-level line.
- Refer to the applicator manual for detailed operating instructions.
- Apply directly to the machining area as needed.
Safety & Storage- Handling: Avoid contact with skin, eyes, or clothing. Wash thoroughly after use.
- Storage: Keep in a tightly closed container, stored away from incompatible materials.
- Disposal: Dispose of per local regulations.
Product Specifications- Appearance: Blue liquid
- Odor: Mild
- Specific Gravity: 0.92
- Viscosity: 37 cSt @ 40°C
- Pour Point: -4°F (-20°C)
- Flash Point: 608°F (320°C)
- VOC Content: 0.2 g/l
Available Sizes- 1-gallon bottle (4 units per case)
- 55-gallon drum (1 unit per case)
Why Choose Accu-Lube LB-2000?Accu-Lube LB-2000 stands out with its eco-friendly formulation, high thermal stability, and versatility across a range of machining operations. This near-dry lubricant not only reduces waste but also ensures superior tool life, making it a reliable choice for professionals seeking optimal performance.