Mag-mate 926 Telescoping Magnetic Retrieving Tool

Product Description

The MAG-MATE 926 is a telescoping magnetic retrieving tool designed to recover dropped ferrous hardware in tight or hard-to-reach spaces. It extends to 50 inches for deep retrieval and collapses to 23.5 inches for compact storage and transport. The stainless steel construction resists corrosion in wet or dirty service environments. With a 14 lb average magnetic pull, it handles common fasteners, sockets, bits, and small metal components without needing a second person or disassembly of surrounding equipment. HVAC technicians, plumbers, electricians, and mechanical contractors keep this tool on the truck for everyday fieldwork.

The MAG-MATE 926 is suited for residential and commercial service work wherever small ferrous parts fall into equipment cabinets, wall cavities, floor drains, or behind panels. It is a go-to retrieval tool during furnace service, electrical panel work, plumbing rough-in, and mechanical room maintenance. The telescoping design lets the technician adjust reach on the fly without additional attachments or accessories.

Key Features

• Telescopes from 23.5 inches collapsed to 50 inches extended for versatile reach
• 14 lb average magnetic pull handles common dropped hardware and fasteners
• Stainless steel construction for corrosion resistance in field environments
• 5/8 inch head diameter fits into narrow openings and confined spaces
• Compact collapsed length stores easily in a tool bag or service pouch

Compatibility

Designed as a general-purpose telescoping magnetic retrieval tool compatible with any service application requiring recovery of small ferrous metal components.

Installation Notes

No installation is required for this hand tool. Keep the magnetic head clear of electronic components, magnetic media, and pacemaker devices during use. Wipe the head clean after use to prevent accumulated metal particles from reducing magnetic effectiveness over time. Store collapsed and away from other magnetic tools to avoid interference.