Faithfull Engineers Steel Try Square 100mm (4in) – Precision Ground, Hardened Steel Blade, Accurate Marking, Measuring & Layout Tool for Metalworking & Woodworking

The Faithfull Engineers Try Square is a precision measuring tool designed for engineers, machinists, woodworkers and metalworkers who demand accuracy and reliability. Carefully crafted from high-quality tool steel, this try square is precision ground for straightness and a true 90° angle, making it ideal for layout, inspection and alignment tasks. Its hardened and tempered spring steel blade offers excellent resistance to wear, ensuring the square remains accurate over time, even in tough workshop environments. Ideal for both professionals and DIY hobbyists alike, the Faithfull Engineers Square offers a sturdy feel, dependable handling and reliable measuring performance. Engineers Square 4in Overall size: 120 x 75 x 8.5mm Internal size: 100 x 56mm Blade thickness: 1.7mm

• Precision Ground for Accuracy - Engineered from high-grade tool steel with ground surfaces to ensure true 90° angles for straight and precise marking and measuring.
• Hardened & Tempered Blade - The spring steel blade is hardened and tempered for strength, durability and long-lasting performance, maintaining straightness over time, even with regular use. in workshop conditions.
• Ideal for Engineering, Metalwork & Woodwork - Designed for engineers, machinists and DIY professionals needing a reliable square. Perfect for checking internal angles, layout, marking out workpiece, or verifying the accuracy of right angles in metalworking, woodworking and engineering applications.
• Engineers Square 4in Dimensions - The try square has an overall size of 120 x 75 x 8.5mm with a blade thickness of 1.7mm and an internal size of 100 x 56mm. Offering a sturdy feel, dependable handling and reliable measuring performance.
• Faithfull 5 Year Manufacturers Guarantee - Offering dependable performance for tradesmen and DIY hobbyists alike, the Faithfull Engineering Try Square ensures reliability, accuracy and durability.