Description
WORKPRO 2-inch Screwdriver Bits (PZ2) – 10-piece set – Model WP408029 – These are professional bits designed for heavy-duty and continuous work. Manufactured from modified and heat-treated S2 steel, these bits provide an ideal balance of strength and flexibility, making them the first choice for technicians using high-torque impact drivers.
Professional Features and Benefits (for model WP408029):
-
High Hardness S2 Steel: These bits are made from S2 modified steel, a material that outperforms ordinary steel in its enormous ability to withstand high torque without breaking or wearing quickly.
-
Perfectly Compatible Design (PZ2): This model features a precisely machined PoziDriv #2 tip, which ensures superior grip within the screw head, reducing cam-out and protecting screw heads from damage.
-
Reinforced Core for Impact Resistance: The bits have a hardened core that is heat-treated to absorb impacts from powerful electric screwdrivers, extending the bit's lifespan and preventing sudden breaks.
-
Ideal Length (50 mm): The 2-inch (50 mm) length gives you better access to deep screws and makes them easy to install and remove from a drill or electric screwdriver.
-
Economical Professional Pack: The set comes in a plastic box containing 10 pieces, ensuring you always have a replacement available when working on large projects.
Technical Specifications for Model WP408029:
-
Model Number: WP408029.
-
Tip Type: PZ2 (PoziDriv).
-
Length: 50 mm (2 inches).
-
Material: High-quality, impact-resistant S2 steel.
-
Quantity: 10 pieces per box.
-
Packaging: Plastic box with an explanatory label.
-
Brand: WORKPRO.
Ideal Applications:
- Use with power and cordless screwdrivers.
- Carpentry and installation work using Pozi screws (e.g., wood screws and modern furniture).
- Industrial installations requiring high rotational torque.
Technical Tip: Always ensure that the screwdriver bit (PZ2) matches the screw type (PZ, not PH); using a PZ bit on a PH screw (or vice versa) will quickly wear out the bit and the screw due to the incomplete fit of the internal angles.
