Impact Socket 75 mm 6-Point 1" Square Drive, Special Socket, Verke

Quick Facts — V39414 Impact socket

• Model: V39414
• Type: Impact socket
• Size: 75 mm
• Profile: 6-point
• Drive: 1" square

Impact socket V39414 from Verke is a special socket with a 6-point profile in 75 mm size and a 1" square drive, built for pneumatic tools and very tough conditions.

The socket is made of chrome-molybdenum steel and is designed for varying loads in professional workshops.

Key benefits of impact socket V39414

The chrome-molybdenum steel gives the socket a long service life: the alloy has twice the tensile strength of ordinary carbon steel and three times higher yield strength. The impact socket therefore keeps its nominal size over time and does not crack under impact loads.

This is what defines the material choice in the impact socket:

• Twice the tensile strength of ordinary carbon steel
• Three times higher yield strength
• Nominal size retained over longer use
• Withstands impact without cracking

How impact socket V39414 is used in professional workshops

The socket is used with pneumatic tools in professional workshops, where it is exposed to very tough conditions and varying loads. The 6-point profile in 75 mm and the 1" square drive mean it requires a tool with a 1" square drive.

Technical Specifications

A fit for: HGV mechanics. Construction machinery mechanics. Industrial mechanics. Workshop technicians.

Typical settings: Truck workshops. Servicing of construction machinery. Heavy mechanical industry. Workshops with air tools.

Frequently Asked Questions (FAQ)

Does impact socket V39414 work with pneumatic tools?

Yes, impact socket V39414 is designed for pneumatic tools and very tough conditions under varying loads. The drive is a 1" square, so the socket only fits tools with a 1" square drive.

What sets impact socket V39414 apart from other sockets?

Impact socket V39414 is made of chrome-molybdenum steel with twice the tensile strength and three times higher yield strength than ordinary carbon steel. It keeps its nominal size longer and does not crack under impact.