Product Specification:- 

• Brand -  Stella Impex
• Cutting technology-  Anvil
• Handle Type -  Ergonomic Shape
• Grip -  PVC(Bright galvanized shear body)
• Material - Upper blade is of SK 5 non-stick coating and the lower blade is of S50C, chrome plated
• Cutting diameter -  Up to 19 mm
• Weight-  285 gm

Features:-

• Cutting technology: Anvil
• Grip: High-quality plastic
• Application: Soft and effortless cut without jarring for smaller cutting-work
• Extras: Non-stick coated blade and bright galvanized cutter body

Safe and pleasant Use: Ergonomically built non-slip handles are robust, lightweight, and pleasant, reducing wrist stress and fitting for small or large hands to offer optimal cutting comfort and non-slip grip. The contoured, rolling handle fits the shape and natural motion of your hand, providing comfortable use and reducing hand fatigue.

Safety Lock Design: Open the safety lock before use and close it after use, which can provide effective protection for pruning shears. The blades of these garden hand tools have been sanded to prevent tarnish and rust, and they all have an easy-to-use safety lock. The buckle on the bypass pruning shears for gardening would also aid to change the blade angle. 

High-end garden tools: Superior titanium steel blade with ultra-fine polishing technology. This results in good precision and facilitates cutting through branches. Durable structure made of sturdy steel with riveted handles.

Helper for the Garden: The home hedge shears' sharp edge can effortlessly cut through a variety of branches. Perfect for trimming and shaping boxwood, shrubs, hedges, and ornamental topiary plants. The greenhouse trimming, indoor and outdoor planting, flowering, harvesting, and planting needs might all be met by the garden shears.

Gardening Pruning Shears: Tree branches up to 3/4" in diameter can be chopped with pruning shears.The type of tree could affect this. The materials chosen for pruning shears don't rust.Spring with a delicate tempered chrome plating that increases flexibility without sacrificing elasticity.