Morris Supercut 1000 - SUPERCUT 1000

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B&Q£144.49Visit shop B&Q - Supercut 1000 Cutting Fluid High Oil Content Water-Soluble Coolant 3X5L
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Best current price£144.49from B&Q
Shopping.co.uk recommended and popular offers
B&Q£144.49Visit shop B&Q - Supercut 1000 Cutting Fluid High Oil Content Water-Soluble Coolant 3X5L
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The Morris Supercut 1000 is a versatile, water-soluble metalworking fluid designed for a wide range of machining operations on both ferrous and non-ferrous alloys. Its key benefit is providing excellent lubricity and corrosion protection while remaining economical and low-odor. A potential caveat is the need to maintain proper concentration for optimal performance and emulsion stability. This fluid forms a stable, milky white emulsion when mixed with water, offering good tool life and surface finish.
| Model Part Number | SUPERCUT 1000 |
|---|---|
| Brand | Morris |
For general machining, a typical concentration is 5% (1 part concentrate to 19 parts water). For ferrous grinding, 4% (1 part concentrate to 24 parts water) is often used. Higher concentrations up to 10% may be needed for more demanding tasks.
Yes, it is designed to be non-staining and effective on both ferrous (like steel and iron) and non-ferrous alloys (like aluminum and brass).
A refractometer is the most accurate tool for checking the concentration. Visual inspection or a hydrometer can also provide an indication, but are less precise.
The milky white appearance is characteristic of a stable oil-in-water emulsion formed when the high-quality paraffinic base oils and additives are dispersed in water.
No, Morris Supercut 1000 is specifically formulated to be chlorine-free.
It is recommended to check the fluid level daily and the concentration regularly, especially during periods of heavy use or temperature fluctuations.
Yes, it is suitable for non-critical grinding operations, particularly on ferrous metals, typically at a 4% concentration.
Check the concentration; it may be too lean or too rich. Ensure water is added to concentrate during mixing. Verify water hardness if consistently problematic.
Increase the concentration slightly. Check if tramp oils are accumulating excessively. Ensure pH levels are adequate.
Reduce flow rate or pressure if possible. Ensure concentration is correct. Consider a defoamer additive if persistent.
Ensure regular tramp oil removal and sump cleaning. Check for microbial contamination and consider a biocide treatment if necessary. Verify correct concentration.
Verify the correct concentration is being used. Ensure adequate fluid flow to the cutting zone. Check for tramp oil contamination.
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