Folding ruler TOYA 10064 — PVC and steel, 25 mm width, 1 pc

Folding ruler TOYA 10064 — PVC and steel, 25 mm width, 1 pc is a compact folding measuring tool combining a PVC-coated scale with steel joint segments. Designed for on-site length measurements and layout tasks, the tool provides a durable measuring edge protected from wear and clear metric markings for carpentry, construction, and general DIY use.

Advantages

The PVC coating over the steel measuring strip increases resistance to abrasion and makes the printed metric graduations easier to read. Rigid steel joints provide stable straightness when extended, while the folding design keeps the ruler compact for storage and transport. The 25 mm width of the strip gives a clear, stable measuring surface, and the combination of materials balances durability with manageable weight.

Suitable for

• Carpentry layout and joinery measurements
• Construction site length checks and marking
• General home DIY measuring tasks
• Interior and exterior measurement where a compact folding tool is needed

Key specifications

• Construction: folding segments with steel joints and PVC-coated measuring strip
• Strip width: 25 mm
• Material: steel segments with PVC coating
• Markings: metric graduations for length measurement
• Pack contents: single-piece unit

How to use

Unfold the ruler segment by segment until it reaches the required length, ensuring each joint locks into position for a straight measuring edge. Place the ruler along the object or surface to be measured and read the metric graduations on the PVC-coated strip. Fold the ruler back by unlocking the joints and collapsing the segments for compact storage. Use steady pressure to keep the ruler aligned when taking longer measurements to maintain accuracy.

Usage recommendations

Store the folding ruler dry and free from heavy impacts to preserve joint alignment and marking visibility. Clean the PVC-coated strip gently with a damp cloth to remove dirt without damaging the printed graduations. Use the tool on stable surfaces and avoid forcing joints beyond their intended movement to extend service life.