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7/16 x 14 x 2.5D UNC, Free Running, Tanged, Wire Thread Repair Insert, 304/A2 Stainless (Pack 500)

£306.24
(Exc. 20% VAT)
In stock, immediate despatch
+
Part Number
WTUNC7/16x2-5D-C
Thread Form
UNC (Unified National Coarse)
Diameter
7/16
Length
2.5 x Dia (2.5D)
Material
304/A2 Stainless
Type
Free Running Inserts
Thread Pitch
14 TPI
Tang
Tanged
Pack Quantity
Pack of 500
Information
Diameter Pitch
(mm)
Thread Form Length Style Material
7/16 14 UNC (Unified National Coarse) 2.5D Free Running - Tanged Stainless Steel


Length explained 
The length of a wire thread insert is calculated as a multiple of the diameter:
e.g. M8 x 1.5D the insert length = 12mm;
e.g. M8 x 2D the insert length = 16mm 

About our Free Running Thread Repair Inserts
Sometimes referred to by the brand names of Helicoilï¾® or Recoilï¾®, helically-coiled wire thread inserts are a thread strengthening fastening device used to create high strength threads in softer core materials. The high performance internal thread provided by our wire inserts is far stronger than most parent materials, and is also heat, corrosion, and wear resistant too.
Quickly and permanently restore stripped, worn or damaged threads to their original size and condition.
Our standard free running wire thread inserts are produced from Austenitic Stainless Steel wire (304/A2 Stainless), which is cold drawn (profiled) to form a diamond-shaped wire. This wire is then helically coiled to produce the wire thread insert. The stainless steel inserts eliminate thread wear, corrosion, galling and rust.
Larger in diameter than the tapped hole, the insert is compressed during installation to ensure maximum surface contact between the flanks of the wire insert and tapped threads. Once fitted, the action of the radial pressure between the insertï¾’s coils and flanks of the tapped hole holds them in place securely.
The flexibility of our inserts enhances load bearing capacity by deflecting the residual forces into a helical direction, which is dispersed into the wall of the tapped hole.


 

Technical Data & Info
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