Leave your address - as soon as the price of the product goes down, you'll know about it right away
FANAR machine tap, imperial 1/2" (E1-131001-3131)
FANAR machine tap, imperial 1/2" (E1-131001-3131)
In cart {{totalProductsCount}} item(s)
Your cart is empty
FANAR machine tap, imperial 1/2" (E1-131001-3131)
Leave your address - as soon as the price of the product goes down, you'll know about it right away
FANAR machine tap, imperial 1/2" (E1-131001-3131)
FANAR machine tap, imperial 1/2" (E1-131001-3131)
FANAR machine tap, imperial 1/2" is a precision cutting tool designed to produce internal 1/2" imperial threads in metal and other machinable materials. Intended for use in machine tapping operations, this tap is made to provide accurate thread profiles compatible with equipment and fixtures that accept imperial-sized threads. The tool is suitable for workshop and industrial environments where repeatable, dimensionally correct internal threads are required.
The FANAR machine tap delivers consistent thread form and straightforward machine compatibility for standard imperial 1/2" tapping tasks. Its geometry and manufacturing tolerances reduce the need for post-process rework and support reliable engagement with matching bolts and fasteners. The design supports efficient chip evacuation and stable cutting when used with appropriate machining parameters and lubrication.
Mount the tap securely in the machine tool's collet or tapping holder, ensuring correct alignment with the workpiece. Select appropriate spindle speed, feed, and cutting fluid for the material being tapped. Advance the tap into the pre-drilled hole at the recommended feed rate for machine tapping, monitor chip formation and cutting load, and retract periodically or use a machine tapping cycle to break and clear chips. After tapping, inspect thread dimensions and surface quality, and deburr if necessary.
Use a correctly sized pre-drilled hole for 1/2" imperial threads and apply suitable cutting fluid to improve tool life and surface finish. Match machining parameters to the workpiece material and ensure the tap is held rigidly and aligned to prevent thread damage. For interrupted cuts or hard materials, consider slower feeds, peck tapping cycles, or taps with specialized flute geometries suited to the application.
{{highlightedFeature.featureTitle}}:
{{getProductFeatureValueById(product, highlightedFeature.featureId)}}