Cutting Line Dedra reinforced square 2.4 mm x 90 m spool

Reinforced square cutting line from Dedra with a 2.4 mm diameter and 90 m length on a spool. The square profile increases cutting edge contact compared with round lines, delivering more efficient trimming of grass and light weeds. This nylon line is compatible with trimmers and brushcutters that accept square-profile line and is intended for residential and small commercial garden maintenance.

Advantages

The reinforced construction improves wear resistance and reduces breakage during normal garden use. The square cross-section provides sharper cutting action and better performance on thicker grass and light brush. A 90 m spool reduces the frequency of refilling and is convenient for multiple jobs. The product is lightweight on the head, helping to maintain balanced operation of the trimmer.

Suitable for

• Grass trimming on lawns and edges
• Light brush and weed control around gardens and walkways
• Maintenance of residential yards and small commercial properties
• Refilling compatible trimmer and brushcutter heads that accept square-profile line

Key specifications

• Profile: square
• Material: reinforced nylon
• Diameter: 2.4 mm
• Length per spool: 90 m
• Intended use: grass trimming, light brush and weed cutting

How to use

Fit the spool into a compatible trimmer or brushcutter head following the machine manufacturer’s instructions. Wind or thread the line as specified for your head type, ensuring even distribution and correct tension to prevent tangling. Start the tool at low speed to check that the line feeds correctly, then increase speed to normal operating RPM. Replace the line when wear reduces cutting effectiveness or when breakage occurs.

Usage recommendations

Use protective eyewear and follow safety guidelines for your trimmer or brushcutter. Avoid contact with hard surfaces such as walls, fences, or gravel to reduce premature wear. For best results on dense vegetation, use controlled sweeping motions and keep the cutting line at a slight angle to the target vegetation.