Adjustable Hedge Shears with Extendable Handles, Precision Steel Blades and Shock Absorbing for Bushes 5774cm

Pruning shears, hedge shears designed for precise, comfortable, and durable garden trimming. Engineered to deliver clean cuts and extended reach, these shears are suitable for routine hedge maintenance and detailed shrub shaping. Key benefits Longlasting sharpness: Blades made from 65 manganese steel with fine polishing provide sharp, clean cuts that hold their edge longer than ordinary blades. cutting pressure: Flowershaped tension knob lets you adjust blade pressure to suit delicate shrubs or dense hedges for accurate trimming. Extended reach with control: Adjustable aluminum alloy handles extend from 57 to 74 cm, giving extra reach for tall or wide bushes while maintaining stability. Comfortable handling: 31 cm handles feature nonslip rubber grips for a secure, comfortable hold during extended use. Reduced fatigue: Builtin shock absorber reduces vibration and minimizes arm and shoulder strain for longer trimming sessions. Versatile performance: Straight 22 cm blades and adjustable tension work well across a range of garden and lawn pruning tasks. Product details Product name: pruning shears, hedge shears Blade material: 65 manganese steel, fine polished surface Blade shape: straight Blade length: 22 cm Handle length: 31 cm Full length: 57 to 74 cm (adjustable) Scope of application: garden pruning, lawn pruning Use scenarios Hedge shaping: Trim and shape boxwood or formal hedges with precise, even cuts using the straight 22 cm blades and adjustable tension. Border and shrub maintenance: Reach midheight shrubs and border plants without a ladder by extending the handles for comfortable pruning. Clearing denser growth: Adjust blade pressure to cut through thicker stems and branches while the shock absorber reduces impact on the arms. What is in the box 1x coarse branch shears Notes Please check the size chart carefully before . Manual measurement may have a 2 to 3 percent difference. Slight color variation may occur due to lighting and screen differences.