-
files/AVIDTitaniumFluttonScrews_4_M3x10.jpg
Product Overview
The AVID Titanium Flutton Screws (4) M3x10 are designed to do it all (flat, button, or socket head). The ultra-low profile head is 1mm thick and chamfered so it will self-center in those countersunk areas like the bottom of your chassis as a flat head screw.
AVID Titanium Flutton Screws (4) M3x10 Features
- Machined from billet 6Al-4V Titanium and threads cold rolled.
- Ultra-Low profile head is 1mm thick and chamfered on the screw side so it can self-center in countersunk areas.
- Self-centering 1mm shoulder with a 3mm OD at the head (great for top decks or shock towers).
- Includes: (4) M3x10 titanium Flutton screws.
Product Overview
The AVID Titanium Flutton Screws (4) M3x10 are designed to do it all (flat, button, or socket head). The ultra-low profile head is 1mm thick and chamfered so it will self-center in those countersunk areas like the bottom of your chassis as a flat head screw.
AVID Titanium Flutton Screws (4) M3x10 Features
- Machined from billet 6Al-4V Titanium and threads cold rolled.
- Ultra-Low profile head is 1mm thick and chamfered on the screw side so it can self-center in countersunk areas.
- Self-centering 1mm shoulder with a 3mm OD at the head (great for top decks or shock towers).
- Includes: (4) M3x10 titanium Flutton screws.
- Regular price
- $8.00
Frequently Bought Together
Product Description
Product Overview
The AVID Titanium Flutton Screws (4) M3x10 are designed to do it all (flat, button, or socket head). The ultra-low profile head is 1mm thick and chamfered so it will self-center in those countersunk areas like the bottom of your chassis as a flat head screw.
AVID Titanium Flutton Screws (4) M3x10 Features
- Machined from billet 6Al-4V Titanium and threads cold rolled.
- Ultra-Low profile head is 1mm thick and chamfered on the screw side so it can self-center in countersunk areas.
- Self-centering 1mm shoulder with a 3mm OD at the head (great for top decks or shock towers).
- Includes: (4) M3x10 titanium Flutton screws.
