STANLEY® FATMAX® Xtreme™ 8M/26FT

Product Overview

The STANLEY® FATMAX® Xtreme™ 8M/26' Tape Measure, with 32mm blade width for clear and legible markings, is class II accurate, providing a reassuring +/-0,5mm error tolerance at 1m, suitable for the majority of professionals. Its abrasion resistant polyester film coated blade coating provides up to 10 times more resistance to abrasion than a standard lacquered blade, with additional BladeArmor™ coating, reinforcing the first 7.5cm of the blade, the section most vulnerable to wear. The tape measure features a 32mm blade width and an impressive reach of 4.9 metres The TRU-ZERO™ hook helps to achieve precise inner and outer measurements, moving back and forth along the securing rivets. Highly polished chrome case with rubber grip to ensure slip resistant hold to withstand heavy use on the jobsite. The tape comes with a large, protruding oversized multi-catch hook, significantly larger than a conventional hook and protruding on all edges - shaped to hook onto building materials with ease above, below and to either side. The bright yellow STANLEY blade ensures enhanced visibility in most jobsite conditions.

Additional Features

• LARGE, PROTRUDING OVERSIZED MULTI-CATCH HOOK, significantly larger than a conventional hook and protruding on all edges - shaped to hook onto building materials with ease above, below and to either side, ensuring hassle-free regular measurements, side measurements and even overhead measurements - ideal for long measurements and framing applications.
• GREATER REACH: 32mm blade width and extended reach of 4.9 metres to help you measure confidently from a distance, even when working alone.
• HIGHLY POLISHED CHROME CASE WITH RUBBER GRIP to ensure slip resistant hold to withstand heavy use on the jobsite.
• BRIGHT, YELLOW EASY-TO-READ BLADE with 32mm width for clear and legible markings.
• PORTABILITY: Secure to a belt, pocket, or waistband for improved portability using the integral belt clip.
• CLASS II ACCURACY, suitable for most professionals, providing a reassuring +/-0,5mm error tolerance at 1m.