Stainless Steel Protractor 180 Degree Angle Measuring Tool with Double Scale for Precise Measurement

Halfround 180 degree stainless steel angle ruler designed for accurate angle measurement and transfer in woodworking, metalworking, and drafting tasks. The solid semicircular body and clear double scale provide reliable readings from 0 to 180 degrees while rustresistant construction maintains calibration through repeated workshop use. Key benefits Precise angle layout and transfer: semicircular design and easytoread graduations let you measure and mark angles up to 180 degrees quickly and accurately. Durable and stable: rustresistant stainless steel construction keeps the tool true over time for consistent results in workshop conditions. Slipresistant marking: weighted base and sloped edge improve contact on flat and curved surfaces and help prevent the ruler from sliding while scribing. Clear double scale: dual graduation along the arc simplifies reading and transferring angles for left or righthanded work. Compact options: available sizes suit different tasks and workpiece scales. Features Solid semicircular 180 degree protractor shape for accurate angle measurement. Double measuring scale for straightforward reading from either side of the arc. Weighted base and slope for improved grip and marking visibility. Rustresistant stainless steel construction for longterm stability and durability. Compact sizes for workshop convenience. Typical applications Miter cuts with crown molding: transfer and verify exact angles before cutting and fitting trim. Machine and metalwork inspection: check the angles of machined parts or setup angles on equipment. Woodcraft layout and geometry: create precise templates and layout lines for joinery, patterns, and decorative work. Specifications Component: stainless steel Color: silver Size options: 10 cm (3.94 in) and 14 cm (5.51 in) Double scale range: 0 to 180 degrees Package contents 1 PC angle ruler Notes Please allow 1 to 2 cm variance due to manual measurement. Product color may vary slightly from images because of monitor differences.