10 Inch Golden Eagle Beak Fruit Tree Pruning Shears, Rough Branch, Energy Efficient Flower Gardening, Home Use

Pros.

– SUITABLE FOR MULTIPLE PLANTS: This garden pruning shear is perfect for pruning bonsai, fruit trees, flowers and branches, making it a versatile tool for gardeners.

– EFFICIENT PRUNING: The sharp blades of this pruning tool allow for efficient pruning, saving you time and effort in maintaining your garden.

– ERGONOMIC DESIGN: This pruning shear is ergonomically designed for a comfortable grip, reducing hand fatigue and making it easy to use for long periods of time.

FEATURES.

1. the blades are coated with Teflon anti-rust coating, wear-resistant and not easy to rust, strong corrosion resistance, good lubrication, long service life.

2. Alloy steel, hard material, sharp blade, sharp edges

3. handle with curved design, ergonomic, non-slip handle, strong, lightweight, comfortable 4.

Spring saving, rebound design

5. Convenient storage, longer service life

6. The cutting surface is clean and tidy, without damaging the branches, suitable for pruning branches, nurseries, flowers and so on.

Product specification

Product Name: 10 inch garden shears

Length: 215mm

Blade thickness: 4mm

Blade length: 63mm

Total width: 60 mm

Cutting diameter: 35 mm

Net weight: 260 g

Colour: Black

Material: SK5

Package Includes

1* Scissors

Notes:

1. Due to manual measurement, the size has a slight error, but does not affect the use, please understand. Wish you have a pleasant shopping experience.

2. Due to the difference between different monitors, or different light, shooting angle, the picture may not reflect the actual colour of the goods, but the difference will not be very big. Thank you for your understanding.

3. If you have any questions, please contact us!

4. Only the above package contents are included, other products are not included. Note: Light shooting and different monitors may cause the colour of the item in the picture to be slightly different from the real thing. Measurement allows an error of +/- 1-3 cm.