Trend Snappy 25mm Bit Holder 152mm (SNAP/BH/6) - Clearance

Pro Extra-Long Magnetic Bit Holder

The Trend Snappy extra-long bit holder is a professional-grade 152mm (6 inch) magnetic bit holder designed to provide extended reach when working in awkward, recessed, or difficult to reach spaces. 

Now at a clearance price with limited stock, so once they are gone, they are gone!

Compatible with all standard 25mm screwdriver bits, this versatile accessory is ideal for carpenters, kitchen fitters, joiners, cabinet installers, maintenance engineers, and DIY users who regularly encounter those tight working spaces.

Its magnet is strong and securely holds both the screwdriver bit and screw, improving positioning accuracy. 

Trend Long Magnetic Bit Holder Key Benefits

• Extra-long 152mm reach for inaccessible and recessed fixing locations
• Powerful magnetic holder securely retains bits and screws
• Compatible with all standard 25mm insert screwdriver bits
• Slim 9.4mm sleeve allows access close to internal corners
• Reduces dropped screws during installation
• Ideal for cabinetry, kitchens, furniture assembly, and construction work
• Quick and easy bit changes
• Fits Trend Snappy Quick Chuck systems and standard drill chucks 
  

Trend Long Magnetic Bit Holder Specifications

• Overall Length: 152mm (6 inch)
• Sleeve Diameter: 9.4mm
• Bit Compatibility: Standard 25mm screwdriver bits
• Shank Type: 1/4 inch hex 
  

Trend Long Magnetic Bit Holder Frequently Asked Questions

What screwdriver bits fit the Trend bit holder?

The holder is designed to accept all standard 25mm insert screwdriver bits. 

Is the bit holder magnetic?

Yes, it’s designed with a high-powered magnet retain both the screwdriver bit and the fixing being driven.  

Why would I choose a 152mm bit holder?

The extended length allows for access to tight working location and restricted spaces where standard holders cannot reach.

What is the benefit of the slim 9.4mm sleeve?

The narrow diameter helps users drive screws closer to internal corners, edges, and confined spaces. 

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