4 Piece Screwdriver Set | CR-V Steel | Magnetic Tips | Anti-Slip Grip | Wall-Mount Rack Included

Four Screwdrivers. The Four Sizes You Actually Reach For Every Time.

Most homes and workshops cycle through the same four screwdrivers repeatedly. A small flat for switches and terminals. A larger flat for cabinet fixings, paint tins, and light fittings. A PH1 for small cross-head screws in electronics and appliances. A PH2 for the standard cross-head screws used across furniture, hinges, and general building work. This set has all four. The blades are CR-V (Chrome Vanadium) steel — harder and more tip-resistant than standard steel. Every tip is magnetic. The handles are ergonomic rubber anti-slip grip. A wall-mount rack comes in the pack so all four stay together.

What's in the Set — Exact Sizes

6mm × 150mm Flat — the larger flat-head screwdriver. Right for bigger slotted screws, furniture bolt covers, electrical terminal screws, and paint tin lids. The 150mm blade gives enough reach for deeper fittings and recessed screws that a shorter driver can't access.

5mm × 100mm Flat — the compact flat driver. The size most used in electrical work — socket outlet plates, light switches, consumer unit terminals, and appliance cover screws all commonly use a 5mm slotted head. The 100mm blade fits inside back boxes and narrow compartments where a longer driver would hit the casing before the tip reaches the screw.

PH1 × 100mm Phillips — PH1 is the smaller cross-head size. Used in small appliances, electronics, plug tops, and any fitting with finer cross-head screws. At 100mm the blade length is right for working in confined switch boxes and behind panels.

PH2 × 150mm Phillips — PH2 is the standard cross-head size for the majority of domestic screws — flat-pack furniture, cabinet hinges, door furniture, plasterboard screws, and general building fixings. The 150mm blade handles deeper pilot holes and frames where a short blade doesn't reach.

CR-V Steel — Why Blade Material Matters for Screwdrivers

A screwdriver blade fails in one specific way — the tip wears. On a flat driver, the square corners round off and the tip no longer sits flush in the slot. On a Phillips, the cross profile loses definition and rides up out of the drive on each turn. Both lead to the same result: cam-out, and a stripped screw head.

CR-V (Chrome Vanadium) steel is harder and more wear-resistant than the basic carbon steel used in cheaper screwdrivers. The tip holds its geometry through significantly more use — the flat corners stay square, the Phillips cross stays defined, and screws engage cleanly rather than the driver skating off. That's the measurable difference between a CR-V driver and a standard steel one over the course of regular use.

Magnetic Tips — What They Change About Daily Use

Without a magnetic tip, positioning a screw requires one hand to hold the driver and two fingers of the other hand to balance the screw against the tip while you locate the drive head on the work surface. In open space that's manageable. In a back box, behind a panel, inside a cabinet carcass, or overhead — it becomes the part of the job that slows everything down and drops screws in inaccessible places.

A magnetic tip holds the screw on the blade. You load the screw onto the tip, position the driver on the work, and the screw stays put while you start the turn. The other hand is free to hold the workpiece, support a fitting, or keep your position. For small screws — particularly PH1 size in electronics and switches — the magnetic hold is the difference between placing the screw correctly and dropping it into a wall cavity.

The Ergonomic Rubber Grip Handle

The handle shape is contoured with a wider diameter in the palm area and a narrower waist where the fingers wrap around. The rubber over-mould on the grip section provides friction between the handle and the palm during the turning action — you apply torque through a comfortable grip rather than through a narrow hard handle that concentrates pressure on a small contact area.

The anti-slip texture works through light oil residue and slightly wet conditions — the rubber maintains contact when a smooth plastic handle would slip under the same grip force. The bi-colour black and red design also identifies the screwdriver type at a glance when all four are on the wall rack.

The Wall-Mount Rack

The mounting strip holds all four screwdrivers by the handle in a fixed sequence. Screw it to a workshop wall at worktop height, inside the door of a tool cabinet, on a pegboard, or alongside other hand tools. Each driver clicks into and out of its slot with one hand.

The practical benefit is straightforward — when a set of screwdrivers doesn't have a home, individual drivers end up in different drawers, under workbenches, and on various shelves. Finding the right one takes longer than the actual job. A wall-mounted set is visible, accessible, and complete every time you reach for it.

What These Four Cover

• Door hinges and hardware — cabinet door hinges, mortice lock face plates, and door handle fixings all use PH2 cross-head screws in the 150mm reach range
• Electrical fittings — socket outlet plates (PH2), light switch plates (5mm flat or PH1), terminal screws inside consumer units (5mm flat)
• Furniture assembly — flat-pack furniture screws are almost universally PH2 cross-head, with some cabinet fitments using PH1
• Car interior and trim — dashboard trim panels, fuse box covers, battery terminal clamps, and interior panels use a mix of flat and Phillips in these exact sizes
• Woodworking and joinery — driving wood screws into cabinet frames, shelf brackets, and timber joints where a hand driver gives the right speed and feel
• Appliance maintenance — back panels on appliances, plug tops, and equipment covers are consistently PH1 and PH2 cross-head screws

4-piece set. CR-V (Chrome Vanadium) steel blades — magnetic tips on all four. Ergonomic rubber anti-slip grip handles — black with red accent. Sizes: 6mm × 150mm flat, 5mm × 100mm flat, PH1 × 100mm Phillips, PH2 × 150mm Phillips. Wall-mount rack included. For home maintenance, electrical work, furniture assembly, automotive, and workshop use.