MulWark 8m tape measure Dual-scale, magnetic hook 📏
Description:
This compact tape measure combines a long reach with a sturdy build, practical for measuring tasks on sites and in workshops. It serves as a reliable measuring tape for construction and carpentry by offering both metric and imperial scales and a wide, readable blade that stays rigid when extended.
Key Points
The case is designed to withstand knocks and everyday use, with a shockproof housing that helps protect the mechanism during on-site work. The blade is double-sided, which makes reading measurements from either direction straightforward and reduces the need to flip the tape when moving between tasks. The magnetic hook improves stability when taking long horizontal or vertical measurements and can also pick up small ferrous objects in awkward spots. There is a true zero feature that compensates for the hook thickness, helping to keep internal and external measurements consistent according to the manufacturer.
Benefits
This tape is useful for both quick layout work and more precise carpentry cuts because the blade is 25 mm wide and resists twisting when pulled out. The compact size keeps it comfortable in the hand and easy to carry, while the ergonomic, rubberised grip reduces fatigue during repeated use. For electricians and metalworkers the magnetic tip is a practical aid, and the impact-resistant casing provides peace of mind on busy sites. ⚒️ The tape is also described as rust proof and free of chemical odour, which helps maintain legibility and longevity in different environments. 📏
Technical Specifications
- Name: MulWark 8m/26ft Measuring Tape
- Length: 8 m / 26 ft
- Blade width: 25 mm
- Blade thickness: 0.15 mm
- Features: - magnetic hook, - double-sided metal blade, - shockproof case
Usage Recommendations
When extending the blade, support the tip to reduce flex on very long measurements and improve accuracy. For inside measurements remember the magnetic hook retracts slightly and the tape can deduct its own thickness, which contributes to the stated ±0.2 mm measurement uncertainty. Consider that the magnets are strong for typical ferrous surfaces but performance will depend on the material and surface finish. 🧲
This description ends with the usage recommendations above without further commentary.
