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LUKAS-ERZETT A34013050126 Diamond grinding bit Diameter 3 mm 1 pc(s)
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€ 17.64
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€ 16.76
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Highlights & Details
Diamond grinding pin DS cylindrical form 1X3 mm shaft 3 mm
- High-power diamond tool for the most precise applications
Technical specifications
- Safety standard EN 13236
- Tool holder: Shaft
- Tool holder dimensions 3 mm
- Shaft length 37 mm
- Cylinder shape
- Grain size - µ: D126
- Stars: 2
- Suitability rust, acid, heat-resistant. Suitable cast steel
- Suitability cast iron: Well suitable
- Suitability titanium and nickel alloys: Suitable
- Suitability titanium and nickel alloys: Well suitable
- Suitability Glass, ceramic, hard metal: Well suitable
- Suitability stone, brick, aerated concrete: Well suitable
- Suitability ceramic, tiles: Well suitable
- Suitability granite: Well suited
- Application Precision machining: Well suited
- Suitable for Inox/Steel
- Suitable for cast: Well suited
- Suitable for titanium
- Suitable for plastic / wood: Well suited
- Suitable for stone/building material: Well suitable
- Product type
Diamond grinding bit
- Shank Ø
3 mm
- Grit size
126
- Material
Diamond
- (Ø)
3 mm
- Length
37 mm
- Use
Ceramics
- Shape
cylindrical
- Content
1 pc(s)
- UKCA
not relevant
Documents & Downloads
User & Safety Instructions
User & Safety Instructions 3442052 LUKAS-ERZETT A34013050126 Diamond grinding bit Diameter 3 mm 1 pc(s)
Description
High-power diamond tool for the most precise applications
No dangerous shank breakage thanks to high-quality steel shaft
Perfect dimensional stability: Fits optimally into the drive machine
Quality-tested: High safety through regular testing
No chrome coating
Stainless steel, zinc-nickel coating
The LUKAS diamond pin is a high-performance diamond tool for precise applications. Diamond is the hardest material known to mankind and is one of the class of super abrasive abrasive abrasive abrasive abrasive abrasive abrasive grinding agents. Due to their excellent hardness they are an indispensable part of modern precision work. Due to complex synthesis or natural scarcity, diamond or CBN grains are much more expensive than conventional abrasive materials, but they are clearly superior due to their enormous hardness and are essential for many applications. Diamond tools are suitable for machining a wide range of materials, including hard materials such as hard metals, ceramics, glass as well as carbon and glass fiber reinforced plastics (CFRP or GRP) and even diamond itself, but also various plastics and rubber can be economically processed using diamond tools. Due to the galvanic configuration of the diamond grinding pin, both the base body and the binding are made of metal and thus offer excellent heat dissipation during the grinding process. In the case of tools with galvanic coating, abrasive grains are electrochemically nickel-coated and thus bound to the surface of a metallic base. Abrasive bodies can be manufactured in a variety of dimensions and different fabrics. This means that the individual tool is available for every application.
This text is machine translated.
No dangerous shank breakage thanks to high-quality steel shaft
Perfect dimensional stability: Fits optimally into the drive machine
Quality-tested: High safety through regular testing
No chrome coating
Stainless steel, zinc-nickel coating
The LUKAS diamond pin is a high-performance diamond tool for precise applications. Diamond is the hardest material known to mankind and is one of the class of super abrasive abrasive abrasive abrasive abrasive abrasive abrasive grinding agents. Due to their excellent hardness they are an indispensable part of modern precision work. Due to complex synthesis or natural scarcity, diamond or CBN grains are much more expensive than conventional abrasive materials, but they are clearly superior due to their enormous hardness and are essential for many applications. Diamond tools are suitable for machining a wide range of materials, including hard materials such as hard metals, ceramics, glass as well as carbon and glass fiber reinforced plastics (CFRP or GRP) and even diamond itself, but also various plastics and rubber can be economically processed using diamond tools. Due to the galvanic configuration of the diamond grinding pin, both the base body and the binding are made of metal and thus offer excellent heat dissipation during the grinding process. In the case of tools with galvanic coating, abrasive grains are electrochemically nickel-coated and thus bound to the surface of a metallic base. Abrasive bodies can be manufactured in a variety of dimensions and different fabrics. This means that the individual tool is available for every application.
This text is machine translated.
System requirements
- Straight grinder