Spring Joint Caliper - [16 Inch] Carbon Steel Adjustable Spring Inside Caliper with Solid Nut for Metalworking Drawing Use, Silver Tone 16 Inch
Spring Joint Caliper - [16 Inch] Carbon Steel Adjustable Spring Inside Caliper with Solid Nut for Metalworking Drawing Use, Silver Tone
APPLICATION - A useful measurement transfer tool for measuring the inner diameter or groove width of the cylindrical hole, and then transferring that measurement to a ruler. FEATURES - Made of carbon steel with heat treatment, ensuring wear resistance, hardness and long service life. - The high-carbon steel legs are designed with hardened points, allowing for precise marking on workpieces, which can be easily adjusted through an adjusting nut, ensuring accurate measurements and fine adjustments. - With a smooth and burr-free surface, these calipers provide accurate measurements and maintain their functionality over extended periods of use without the risk of loosening. SPECIFICATION Overall Size: 420x440mm / 15.6x17.3"(LW) Max Open Length: 400mm / 16" Color: Silver Tone Material: Carbon Steel NOTE - For accurate measurement, please ensure that the object to be measured is stable. Clamps or other methods can be used to secure objects to avoid interference and errors.
Product Features
- 1- PACKAGE CONTENTS - 1 pcs 16 inch max open length Adjustable Spring Inside Caliper.
- 2- MATERIAL - Made of carbon steel with heat treatment, ensuring wear resistance, hardness and long service life.
- 3- APPLICATION - A useful measurement transfer tool for measuring the inner diameter or groove width of the cylindrical hole, and then transferring that measurement to a ruler.
- 4- HIGH-CARBON STEEL LEGS - The high-carbon steel legs are designed with hardened points, allowing for precise marking on workpieces, which can be easily adjusted through an adjusting nut, ensuring accurate measurements and fine adjustments.
- 5- TAKE NOTICE OF - For accurate measurement, please ensure that the object to be measured is stable. Clamps or other methods can be used to secure objects to avoid interference and errors.