Buy Wera 855/1 BDC SB SiS 05073336001 Philips bit PZ 1 Tool steel DLC coated D 6.3 1 pc(s)

Wera drill bit in its cardboard box, size '2'. Packaging displays bit torsion and diamond cap symbols, along with four stars indicating quality.

Fast track dispatch on Thu, 24 Sep

4 Piece(s)

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Highlights & Details

855/1 BDC PZ Phillips PZ 1 Bit

Suitable for Pozidriv
The BiTorsion zone absorbs peak loads
Enhanced service life
Diamond coating reduces the danger of the bit to slip out of the screw head
Suitable for Bosch, Fein, Holz-Her, Lecureux, Metabo et al.

Technical specifications

Product type: Philips bit

Drive: 1/4" (6.3 mm)

Length: 25 mm

Material: Tool steel

Material properties: DLC coated

Weight: 8.74 g

Downforce: Pozidriv

Content: 1 pc(s)

Shape: D 6.3

Features: BiTorsion

Size: PZ 1

UKCA: not relevant

Documents & Downloads

User & Safety Instructions

User & Safety Instructions 816697 Wera 855/1 BDC SB SiS 05073336001 Philips bit PZ 1 Tool steel DLC coated D 6.3 1 pc(s)

Description

BDC = BiTorsion Diamonad coated. Bit with a softer torsion zone, whereby the hardness of the shaft by about 20% compared to the tip is reduced. This will result in the twisting of the bit tips in the event of load peaks largely avoided, which further increases the service life of the bits. With diamond coating to reduce the risk of skidding. The tiny diamond particles bite when screws formally in the screw without risk of injury.

Features

BDC bits are absolute premium bits. The machine screw connections that occur frequently for premature wear of the load peaks provide bits or for the destruction of the screw. These load peaks, the screw more productive and more secure minimized
A Wera BiTorsion bit prevents premature wear. The life of the tool is extended and the productivity when machine screw increases significantly. Larger load peaks are absorbed by the torsion effect of the Bit-Schaftes. This effect is through a targeted special heat treatment after the hardening process of the bits is achieved. Thus the hardness of the shaft toward the tip is reduced.