Aka-Poly+ & Aka-Mono+
Available in grain sizes 15 µm to 0.25 µm with poly- or monocrystalline diamonds
Aka-Poly+ and Aka-Mono+ are diamond suspensions with an extremely high diamond concentration of 40 ct/l. They are developed to provide the fastest preparation possible with reproducible results. Select one of our lubricants to suit the material to be prepared and Aka-Poly+ and Aka-Mono+ will provide fast and perfect preparation results for especially very hard materials. This can be achieved because of the high diamond concentration and the possibility to adjust the suspension/lubrication ratio very accurately. For experienced metallographers this is the ultimate tool to perfect your sample preparation.
Aka-Poly+ and Aka-Mono+:
- Quickest preparation possible
- Can be used for all materials, superior for very hard materials
- Precise adjustment of suspension/lubricant ratio
- Reproducible results
- Has no hazard warnings
When used in combination with Aka-Lube Clear+, it is possible to obtain up to 100% higher removal rate compared to traditional diamond suspensions with a diamond concentration of 20 ct/l. This means that you can reduce your preparation time substantially.
The high diamond concentration can also provide a reduction in suspension costs. It is possible to reduce the dosing levels with 50% and obtain the same removal rate with Aka-Poly+ or Aka-Mono+ compared to a traditional diamond suspension.
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Do you want to know more about our diamond suspensions with very high diamond concentration or how to purchase them? Then find your local distributor by clicking here or contact us at firstname.lastname@example.org.
When is it/can it be an advantage to dose diamond suspension and lubricant separately?
When you are using a diamond suspension with a very high diamond concentration you can use a high amount of suspension in relation to the lubricant for a high removal rate and short preparation times. You can also use a smaller amount of diamond suspension, then the preparation time will be longer, but that could save cost.