- Home /
- Stainless Steel Fasteners /
- Socket Drive Metal Threads /
- Button Head Socket Drive Screws /
- Button Head Socket UNC Screws /
- 6-32UNC Socket Button Screws Stainless Steel
Shop Now
- Balustrades & Fencing
- Building and Construction Supplies
- Consumables
- Hydraulic
- Materials
- Plonkit
-
Stainless Steel Fasteners
- Assortment trays
- Bolt Products
- Decking/Cladding Screws
- Lag Screws
- Masonry
- Metal Thread Screws
- Miscellaneous Fasteners
- Nails
- Nuts
- Rivets
- Self Drilling Screws
- Self Tapping Screws
- Socket Drive Metal Threads
- Threaded Rod
- Washer Products
- Stainless Steel Marine and Hardware Supplies
- Tools
- Wire/Rigging
- Workwear
6-32UNC Socket Button Screws Stainless Steel
Description
Button Head Socket Screws – 6-32 UNC – Stainless Steel
6-32 UNC Stainless Steel Button Head Socket Screws are precision fasteners designed for clean, low-profile fastening in light-duty and small assembly applications. The rounded button head provides a smooth, finished appearance with a wider bearing surface, while the internal hex (Allen) drive allows accurate torque control and secure installation.
Manufactured with a 6-32 Unified National Coarse (UNC) thread (No. 6 gauge, 32 TPI), these screws are compatible with matching 6-32 UNC nuts and threaded components. They are commonly used in electronics, control panels, machinery, marine fittings, and general fabrication.
Stainless steel construction provides excellent corrosion resistance, making these screws suitable for indoor, outdoor, and coastal environments.
Key Features:
Size: 6-32 UNC (No. 6 gauge, 32 TPI)
Head Type: Button head (low-profile rounded)
Drive Type: Internal hex (Allen)
Thread Type: UNC (coarse thread)
Material: Stainless Steel
Clean aesthetic finish with dependable clamping performance
Suitable for electronics, marine hardware, machinery, fabrication, and general engineering
6-32 UNC stainless steel button head socket screws provide reliable fastening strength, corrosion resistance, and a professional finish for precision applications.