1"-16 Left Hand Straight Flute Thread Tap Machine Tap HSS (High Speed Steel) Threading Tapping Repair Tools DRINYOUNG (1"-16 Left)

1"-16 Left Hand Straight Flute Thread Tap Machine Tap HSS (High Speed Steel) Threading Tapping Repair Tools DRINYOUNG (1"-16 Left)

Threaded Tap Size:Thread Size:1"-16; Thread Length:34.8mm/1.37 ‘; Overall Length:120mm/4.72 ’;. Cutting direction:left hand High quality material:HSS: High speed steel cutter has high hardness, high toughness, wear resistance and heat resistance. Uncoated taps feature only a base without any additional coatings and are perfect for a variety of applications Straight Fluted Taps:Straight fluted taps with clear burr-free threads, Cutting Direction:Left Hand (Reverse). Provides fast downward clastic removal, clear threads and fast tapping speeds Wide range of uses:Thread taps create new threads or re-thread damaged or clogged threads. Used for drilling and tapping stainless steel, aluminium, die steel, hard plastics and more Tap size:1"-16 Cutting direction:Left hand. Material: High Speed Steel. Straight Fluted Threaded Hand Taps Straight fluted design provides fast downward clastic evacuation for tapping through holes and shallow blind holes, not suitable for tapping blind holes. Threaded taps produce new threads or rework damaged or clogged threads. Used in tapping machines, drilling machines, milling machines, CNC machine tools, etc. Widely used in most metals, iron plate, copper, zinc, alloy steel, wear-resistant steel, A3 steel, stainless steel and so on. Tips for use 1. Confirm the diameter of the round hole is suitable before tapping, and take protective measures when working. 2. When discharging steel, you need to add water or coolant to cool down the temperature to prevent the temperature from being too high and reduce the loss of discharging steel. If encountering rotation difficulties, tapping should be suspended. 3. Use with tapping oil for higher quality threads and more durable taps. If a machine tap is used manually, Damage can be easily caused due to uneven stress.