30pcs Thread Repair Inserts M14*1.25/1.5/2 A2 Stainless Steel M14 Screw Bushing Wire Screw Sleeve Thread Sleeve(M14x2x3D)

30pcs Thread Repair Inserts M14*1.25/1.5/2 A2 Stainless Steel M14 Screw Bushing Wire Screw Sleeve Thread SleeveSpecifications:Material: Stainless steel 304Size: M14(Inner Diameter) x1.25/1.5/2 (Installed Pitch) x1D/1.5D/2D/2.5D/3D(Installed Length)Outer Diameter: 16.8mm(Min.); 17.2mm(Max.)Suitable Drill Bit Diameter: 14.4mmQuantity: 30pcsPackage Includes:30pcs x Threaded InsertsFor example, In factM6*1.0*2DM6*1.0,indicates that the internal thread after installation is M6*1.02D, indicating that the minimum depth of the mounting hole is 2D=6mm*2=12mmAfter drilling, you need to use tap ST6*1.0 to process the thread. Because the tap has a taper, the thread in the hole is less than 12mm, so the actual length of the wire thread insert before or after installation are both less than 12mmThe actual length of the wire thread insert after installation = the number of turns of the wire thread insert W * the pitch PThe actual length of M6*1.0*2D after installation is about 9.6*1.0=9.6mmM8*1.25*2DMinimum depth of the mounting hole is 2D=8mm*2=16mmthe number of turns of the wire thread insert W=10.6, the pitch P=1.25After installation, the length is about =10.6*1.25=13.25mmTipsDue to the irregular shape and elasticity of the wire thread insert, the measurement results will be different due to the different angles and positions of the measurement.

• The kit features 30 pcs wire thread inserts steel sheath
• Versatile Applications: Widely used in aviation, automotive, steam turbines, electronic communications, computers, lighting fixtures, molds, mechanical equipment, radiators, and semiconductor equipment
• Reusable and Hardwearin With hardness compared to screws, the wire thread inserts minimize wear during connections, allowing for repeated use and extended performance
• Material: Stainless steel 304
• Easy to maintain: The damaged screw holes shall be put into the wire screw sleeve, which can be used again to avoid the possibility of damage to the workpiece