Urrea Professional Tools 16025 Torx Power Bit T25

Product Description

The URREA PROFESSIONAL TOOLS 16025 is an industrial-grade T25 Torx power bit designed for demanding fastening applications in industrial and commercial environments. Manufactured from S2 steel with an intermediate-hardening heat treatment, this bit delivers high endurance and consistent performance under repeated use. At 1-15/16 inches in length with a 1/4-inch hex shank, it fits standard power tool chucks, pneumatic drivers, and hand tool holders. It is rated for medium-torque applications and suits licensed tradespeople and maintenance technicians who need reliable, repeatable bit performance on the job.

This bit is suited for use with electric power tools, air-powered impact and drill drivers, and manual screwdrivers that accept a 1/4-inch hex shank. It is a practical choice for industrial maintenance, mechanical assembly, HVAC equipment installation, and general trade work where T25 Torx fasteners are common. Sold individually, it can be used as a direct replacement or added to a bit set inventory.

Key Features

• S2 steel construction for high durability and impact resistance
• Intermediate-hardening heat treatment for improved toughness under torque
• T25 Torx drive profile fits standard T25 fasteners
• 1/4-inch hexagon shank compatible with power tools, air tools, and hand tools
• 1-15/16 inch length suits standard-reach fastening tasks
• Rated for medium-torque applications in industrial environments

Compatibility

Designed for use with power tools, pneumatic air tools, and hand tools that accept a standard 1/4-inch hex shank and require a T25 Torx drive bit.

Installation Notes

Installation and use of this bit should follow the tool manufacturer guidelines for the driver or screwdriver being used. Ensure the tool is powered off or disconnected from the air supply before inserting or removing the bit. Do not exceed the torque rating of the tool or fastener. Inspect the bit for wear or chipping before each use and replace if drive surfaces show signs of deformation.