Accesorio para ventilador Noctua NA-SAVP1

The Noctua NA-SAVP1 chromax.black is a set of 16 extra-soft silicone anti-vibration pads designed for use with up to two compatible 120mm or 140mm fans. The pads reduce transmission of minute vibrations while remaining compatible with standard fan screws and most common mounting systems. The chromax.black finish offers an all-black option suitable for black-themed builds and pairs well with Noctua’s industrialPPC and other compatible fans.

Advantages

The silicone pads minimise vibration transfer to the case or radiator mounts without altering fan mounting methods, preserving installation flexibility. Their extra-soft material improves acoustic performance by reducing noise caused by small mechanical oscillations. The chromax.black colour provides visual uniformity for black builds while maintaining full compatibility with standard fan screws and many mounting systems.

Suitable for

• Reducing fan-induced vibration and noise in PC cases
• Mounting 120mm or 140mm fans on radiators and chassis
• All-black themed PC builds using Noctua industrialPPC or compatible fans

Key specifications

• Contents: 16 anti-vibration pads (NA-AVP1)
• Material: extra-soft silicone
• Compatible fan sizes: up to 120mm / 140mm (see compatibility info)
• Colour: chromax.black (black)
• MPN: NA-SAVP1.BLACK
• EAN: 9010018200126

How to use

Place the silicone pads between the fan and the mounting surface (case or radiator) at each screw position, then secure the fan with standard fan screws or compatible mounting hardware. The pads are sized for the NA-AVP1 footprint and support typical installation procedures for 120mm and 140mm fans. Ensure pads are positioned evenly to maintain stable mounting and optimal vibration isolation.

Recommendations

Use the pads in sets to ensure balanced isolation on all screw points. Check compatibility with your specific fan model (for example NF-F12 PWM or NF-F12 industrialPPC) and mounting system before installation. Replace pads if they show signs of wear or deformation.