SATA GL62313 2 x 150mm Acetate Phillips Screwdriver

Each screwdriver features a 150mm blade length and a precision-machined Phillips tip for a secure fit and reliable screw engagement in a variety of tasks.

The handles use 100% solid acetate for improved impact resistance and durability, with an ergonomic, soft-touch grip that enhances comfort and reduces hand fatigue during extended use.

It's versatile for electrical, automotive, construction, and general home maintenance projects, thanks to the precision tips and durable, corrosion-resistant steel.

Align the Phillips tip with the screw, apply steady pressure, and turn with controlled torque. Use the correct tip size for the screw head to avoid cam-out and damage.

Wipe blades clean after use and keep them dry. Store in a dry place to preserve the corrosion-resistant steel, and occasionally inspect the handles for cracks or wear.

Yes. Use the right tip size for the screw, avoid using the tools as prying instruments, wear eye protection if working overhead or with clutter, and keep the tools away from children.

Compared to SATA GL62311-2x150mm Acetate Phillips Screwdriver (https://fepy.com/product/sata-gl62311-2x150mm-acetate-phillips-screwdriver), GL62313 offers the same blade length with a similar acetate handle but may differ in color or manufacturing specifics. See the alternative here: https://fepy.com/product/sata-gl62311-2x150mm-acetate-phillips-screwdriver.

For variations in reach, you might look at other 150mm acetate Phillips options like the SATA GL62314-family (example: https://fepy.com/product/sata-gl62314-2x150mm-acetate-phillips-screwdriver) or shorter/longer options listed under related products to fit your task specifics.

If you’re not satisfied, you can return the item under Fepy’s standard return policy. (Note: terms and timeframes apply; verify the policy with Fepy’s returns guidelines when making a purchase.)

The combination of durable alloy steel blades and ergonomic acetate handles makes this set suitable for both professional and DIY use, offering reliable performance across a range of tasks.

The design emphasizes increased torque capacity through robust materials and ergonomic handling, enabling better torque application in demanding tasks without risking damage to the tool or screw.