Screwdriver Bit KS Tools 910.2265 Hex Stainless Steel 25mm

The KS Tools 910.2265 Hex Stainless Steel 25mm screwdriver bit is a precision-machined insert designed for hex fasteners. Made from stainless steel, this 25 mm bit combines corrosion resistance with dimensional accuracy. It conforms to industry standards for socket bits, offering compatibility with common bit holders and screwdriver systems that accept a hexagonal shank.

Advantages

This stainless steel hex bit delivers consistent engagement with hex-headed screws thanks to precise cutting and uniform geometry. Its compact 25 mm length provides improved control in confined spaces while maintaining sufficient reach for general repair and assembly tasks. Certification to DIN 3126 and ISO 1173 - C 6,3 ensures dimensional conformity and interchangeability with standard bit holders. The light weight supports easy handling and minimal added load when carried in tool kits.

Suitable for

• Assembly and disassembly of machinery and equipment with hex socket screws
• Maintenance and service work in workshops and onsite repairs
• Electronics and precision tasks where a short, accurate bit is required
• Use with ratchet adapters, quick-change chucks, and manual screwdrivers accepting hex shanks

Key specifications

• Material: stainless steel for corrosion resistance
• Shank type: hexagonal shank for positive drive engagement
• Length: 25 mm overall length suited for confined spaces
• Weight: approximately 5 g for easy portability
• Standards: manufactured to DIN 3126 and ISO 1173 - C 6,3 dimensional classes

How to use

Insert the hex shank into a compatible bit holder, quick-change chuck, or screwdriver with a hex receptacle until it seats securely. Apply steady, controlled torque appropriate to the screw size and material to avoid cam-out or damage to the fastener. For manual use, ensure the bit is aligned with the screw axis before applying force. After use, store the bit in a dedicated holder or toolbox to prevent loss and protect the working tip.

Recommendations

Use the bit with the recommended drive size and avoid excessive torque beyond the fastener or bit rating. Inspect the bit periodically for wear or deformation; replace if tip rounding or corrosion is present. For applications requiring higher torque or impact use, select a bit designed specifically for those conditions.