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REJENT SERIES II BX API RING GROOVE GO-NOGO Paddle Gages

BX Paddle Gages

Our ring groove paddle gauges designed specially for the oil & gas industry.

Ring Groove Paddle Gages for BX/RTJ API Ring grooves 

Highlighted here is the Rejent Tool & Manufacturing Series II ring groove paddle gage, which is another precision product that we developed for the oil and gas industry. This product is designed for the shop floor or in the field to perform a quick check to determine compliance with overall groove form. Our paddle gages are made from hardened D2 tool steel for maximum wear resistance and are manufactured with wire EDM techniques for maximum precision. Available for most API standard ring grooves 

MEETS INDUSTRY REQUIREMENTS

  • Easy To Use

  • Allows checking of groove depth and form

  • Usable for both in-shop and in-field

  • Top Quality Materials

GO / NO GO GAGE FOR GROOVE DIAMETERS

This is our most popular manufactured gage, available as a stock item for shipment to all locations. Customers trust this simple to use, accurate ring groove measurement solution in refineries, pumps, and valve applications. For more information about the design and manufacturing of our Series II ring groove gage, or the other specialty products and capabilities we offer please see the table below or contact us directly.

Rejent Series II BX & RTJ GO-NOGO Paddle Gages

All of our Go / NoGo paddle gages are developed in house and fully certified by Mitutoyo Calibration Laboratory Canada. We have a range of Go / No-go Paddle gages at various dimensions. These gages serve as a useful reference on the manufacturing floor for the depth, taper and width of a given slot to ensure compliance with the API standard.

PRODUCT FEATURES

  • Hardened Tool Steel

  • Calibrated by Mitutoyo Labs

  • Long Form Calibration Sheet included with each gage Perfect for quick inspection on width,form and depth


HOW GO / NO GO GAGES FUNCTION

Our go / no-go gauges are a key part of the quality control process and assist assessment of accepted tolerances. In a matter of seconds an operator can determine if a part is compatible with another part or process.