Ortofon Stylus 2M Black LVB 250 vervangingsnaald voor 2M Black LVB 250 series elementen
€ 899,00
Prijs incl. BTW (21%) € 156,02
Geschatte levertijd
3-5 dagen
Op voorraad
1
Productgegevens
Merk: Ortofon
Kwaliteitsklasse: High End
EAN: 5705796180145
Ortofon Stylus vervangingsnaald voor 2M Black 2MR Black en 2M Black Verso, of perfecte upgrade voor de 2M Bronze.
The 2M Black LVB 250 upgrades the great build of the 2M Black with a boron cantilever and our very own Nano Tube suspension system.
Recommended for following cartridges: 2M Black LVB 250, 2MR Black LVB 250, 2M Black LVB 250 Premounted
The perfect upgrade to your: 2M Bronze, 2MR Bronze, 2M Bronze Premounted, 2M Black, 2MR Black, 2M Black Premounted
The new rubber compound formula
To attain an optimal interaction between compliance and damping, a new rubber compound for the suspension system has been developed. The new rubber compound formula is based on the Multi Wall Carbon Nano Tubes (MWCNT) highly efficient nano filler. The new MWCNT-based compound offers desirable mechanical properties, which ensure better damping and improve the overall performance of the cartridge. Also, the new MWCNT rubber compound allows for more environmental-friendly production, adding further benefit. The MWCNT powder is applied in a rubber polymer matrix and not in a powdered form, which makes the production process more clean, non-polluting, and energy saving.
Benefits of high-end materials
The 2M Black LVB 250 uses a Nude Shibata diamond on a Boron cantilever, the combination known from the acclaimed MC Cadenza Black cartridge. The Nude Shibata stylus’s slim, highly polished profile allows an exceedingly wide contact area to the groove walls. It ensures notably detailed reproduction throughout the spectrum, including even the highest frequencies. The use of an extremely stiff and lightweight Boron cantilever adds remarkable transparency, speed, and responsiveness.
Specificaties:
Frequency response 20 Hz - 10 kHz: 2 / - 0 dB
Tracking ability at 315Hz at recommended tracking force: 80 µm