Description
Yato screwdriver bits 1/4″ 25 mm PZ2 are made of S2 steel and are an excellent choice for demanding use. S2 steel is a high-quality tool steel known for its excellent hardness and resistance to torsion. This material gives the bits excellent performance and a long service life, optimised especially for professional use. The hardness of the S2 steel is 58-61 HRC, which guarantees that the bits withstand heavy use and keep their shape and performance for a long time. The pack contains 10 pcs PZ2 bits that are excellent for Phillips screws.
Features
- Size: 1/4″ (6.3 mm)
- Length: 25 mm
- Type: PZ2
- Quantity per pack: 10 pcs
- Material: S2 steel, high hardness 58-61 HRC
- Maximum torque: 19.6 Nm
- Surface finish: Milled
- Tip finish: Sandblasted
- Hardness: 58-61 HRC
- Tool holder: Hexagonal
- Tip type: Pozidriv (PZ2)
Instructions for use
- Choose a suitable screwdriver bit from the pack.
- Fit the screwdriver bit into a 1/4″ holder or screwdriver.
- Use the bit to drive in or remove the screws.
- After use, store the screwdriver bits in a safe place.
Choosing the right screwdriver bit
When choosing screwdriver bits, it is important to consider the size and type of the tip so that it fits the screwdriver and screws you are using. PZ2 screwdriver bits are especially good for Pozidriv screws. Bits made of S2 steel give excellent durability and hardness, which makes them ideal for demanding applications.
S2 steel and hardness
S2 steel is a very durable and hard steel that gives a long service life and excellent resistance to torsion. S2 steel is widely used in screwdriver bits and other hand tools because it withstands heavy use well and keeps its shape for a long time.
Hardness is measured on the Rockwell hardness scale (HRC), and Yato screwdriver bits have a hardness of 58-61 HRC. This high hardness means that the bits are very wear-resistant and can withstand high torque without deforming. High hardness also makes the bits long-lasting, which is important in professional use where tools are under constant stress.
