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E-094 universal diamond polishing paste grain size 9μ monocrystalline

Perfect results with low paste consumption

E-094 universal diamond polishing paste grain size 9μ monocrystalline

SKU: A3410119405
Packaging unit: 1 pc(s).

Recommended use

Steel
Stainless steel
Titanium
Cast material
Your added value
  • Ideally suited for effortless and time-saving machining of titanium, hardened and stainless steels
  • High concentration of diamonds for perfect polishing results
  • Optimum surface results on materials in the range of 50-70 HRC
  • Tested uniform grit sizes: consistently good results you can rely on
  • Temperature stability up to 130 °C: polish even between two production steps
  • Flexible choice of thinner: universally soluble in oil, water and alcohol
  • LUKAS quality standard: perfect results with minimum paste consumption
  • Consistent results for a high process reliability
Material
Steel and cast steelbest suitable
Alloyed/cast steelsbest suitable
Tool steelbest suitable
Rust-/acid-/and heat-resistant steel and cast steelbest suitable
Cast ironbest suitable
Aluminium, magnesium and copper alloyssuitable
Titanium and nickle alloysbest suitable
Glass/Tungsten carbidebest suitable
More applications
Fine grindingbest suitable
Polishingbest suitable
Precision machiningsuitable

Description

This monocrystalline diamond paste is ideal for effortless and time-saving machining of titanium, hardened steels and stainless steels. All LUKAS diamond pastes are subject to the same quality standards: The high concentration of diamonds enables ideal polishing results with low paste consumption. The tested uniform grain size ensures that you can always rely on achieving consistent results. The pastes are also universally soluble in oil, water and alcohol and have a temperature stability of up to 130°C, allowing you to carry on working between two work steps. Due to the agglomeration-free production and the high viscosity, the diamond paste is ideal for machine usage. The paste was specially developed for mould making. They achieve optimum surface results on materials in the range of 50-70 HRC.

Technical information

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