4-3/8" Wide x 1-9/16" Deep x 3" High Ceramic Magnetic Welding & Fabrication Square MPN:WS11094X2
4-3/8" Wide x 1-9/16" Deep x 3" High Ceramic Magnetic Welding & Fabrication Square
Introducing the Mag-Mate 4-3/8 Wide x 1-9/16 Deep x 3 High Ceramic Magnetic Welding & Fabrication Square - the ultimate tool for industrial use! With a massive average pull force of 110 lbs and multiple holding angles, this heavy-duty magnet is designed to tackle any project you throw at it. Made with high-quality ceramic material, our magnet is built to withstand even the most demanding environments. Use it for welding, fabrication, and even holding metal surfaces in place - the possibilities are endless! Don't let your tools slip or slide when you have a Mag-Mate on hand. Get yours today!
Top product features:
- Ceramic magnetic material for maximum pull force.
- Multiple holding angles for versatility.
- High-strength magnet ideal for industrial use.
Top product applications:
- Use in welding and fabrication tasks for holding metal surfaces securely.
- Hold large objects or machinery in place during repairs or maintenance.
- Use in aerospace, automotive, or construction industries where high-strength magnets are needed.
This item is hazardous. Hazardous items are NOT returnable.
4-3/8" Wide x 1-9/16" Deep x 3" High Ceramic Magnetic Welding & Fabrication Square 110 Lb Average Pull ForceProduct Information
- : WS11094X2
- Average Pull Force (Lb.): 110.00
- Holding Angle: 180.00; 30.00; 45.00; 60.00; 75.00; 90.00
- Magnet Material: Ceramic
- Maximum Pull Force (Lb.): 110.00
Additional Information
- Hazardous Materials: Yes, No Air Freight
- Material Safety Data Sheet (MSDS) Required: No
- Country of Origin: US, United States
- TAA Compliant: Yes
- UNSPSC: 23153000
- CA Restricted (Prop 65): Unknown
- Package Length: 0.01
- Package Width: 0.01
- Package Height: 0.01
- Package Weight: 0.01
- Prohibited States: AK,HI,PR
Related ASINs: B00207JHGE, B0006NF7YA, B074XHXN3K
Product info last updated on October 1, 2024 6:43am UTC Category: Welding and Fabrication Magnets