Guaranteed Safe Checkout

Payment methods
American Express
Apple Pay
Diners Club
Discover
Google Pay
Klarna
Maestro
Mastercard
PayPal
Shop Pay
Union Pay
Visa
Vendor: Dapetz

Magnetic Screwdriver Set With Hex Impact Bolster Handle Heavy Duty Screwdrivers

£4.12
£5.15
Tax included. Shipping calculated at checkout.
FREE RETURNS
SUPPORT 24/7
SECURED PAYMENTS

DETAILS

Barcode: 5056042011318
Product Type: Unknown Type
SKU: SD190-OR-BS12058
Tags:
Weight: 1.34 kg
Vendor: Dapetz

Get FREE SHIPPING if the check amount is more than £50.00
Shipping info

Guaranteed Safe Checkout

Payment methods
American Express
Apple Pay
Diners Club
Discover
Google Pay
Klarna
Maestro
Mastercard
PayPal
Shop Pay
Union Pay
Visa
Description
  • The Magnetic Screwdriver Set with Hex Impact Bolster Handle is the perfect addition to any toolbox.
  • Magnetic Tips: Each screwdriver features a strong magnetic tip that holds screws securely in place.
  • Hex Impact Bolster Handle: Designed for added torque, the hex bolster handle allows for the use of a wrench or impact driver to generate extra force, making tough jobs easier.
  • Increased Efficiency: Magnetic tips make screw insertion and removal quicker and easier, saving time and reducing frustration.
  • Heavy-Duty Performance: Magnetic Screwdriver Set Hex impact bolster handles allow the screwdrivers to handle high torque without damage, making them ideal for tough jobs.
  • Home Improvement Projects: Perfect for assembling furniture, mounting fixtures, and handling other common household tasks.
  • Electrical Work: The magnetic tips ensure screws stay in place, making it easier to work with electrical panels and outlets.
  • Heavy-Duty Use: The hex bolster handle design makes this set suitable for high-torque applications in industries that demand extra power.
  • Versatility: This set is perfect for use in a variety of fields, from mechanics to home improvement and construction.
  • Durable and Long-Lasting: Crafted for durability, this set is designed to withstand years of heavy use without compromising on performance.