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Fast Fine Lapping Compound (oil-soluble)
For universal application.
High temperature resistance.
Especially for titanium, hardest steels, ceramics, plastics and more.
With maximum performance due to extreme hardness of the boron
carbide with 9.5+ according to Mohns.
High temperature resistance.
Dilutable and removeable with oil, petroleum, benzine and turpentine.
Safety Data Sheet (SDS)
Frequently asked questions about Fast Fine Lapping Compound (oil-soluble)
Fast Fine Lapping Compound is a powerful abrasive for the hardest steels, high-performance ceramics, and plastics. With a Vickers hardness of 26 GPa and a Mohs hardness of 9.3, the boron carbide it contains is one of the hardest materials after diamond.
Apply a thin layer to the metal surface. Use a brush or spatula for this. Dilute the paste with oil if necessary. Select the grain size appropriate for the material and the desired result. Move the valve and seat against each other. Check the sealing surface regularly for an even grinding pattern.
Especially with larger valves, you can better control the fit with Engineer’s Marking Paste. If the color impression on the counterpart is irregular, you can improve the result. Simply repeat the lapping process.
Especially with larger valves, you can better control the fit with Engineer’s Marking Paste. If the color impression on the counterpart is irregular, you can improve the result. Simply repeat the lapping process.
Boron carbide has a Mohs hardness of 9.3 and is one of the hardest materials. This hardness enables precise grinding even on titanium and hardened steel.
The paste is suitable for steel, titanium, ceramics, carbide, and similar materials. It produces uniform, fine surface structures.
Yes, it is ideal for mechanical engineering and precision mechanics. It ensures smooth, precise surfaces on hardened metals and titanium.
Wipe off excess paste with a clean cloth. If necessary, use our R16 High-performance Cleanser, LM Solvent Spray or Anti-Graffiti to clean thoroughly.
