ABN Arrow Welding Magnet Fabrication Holder Set - 4pk 25lb Positioning Square Welding Table Magnet Clamps for 45, 90, 135 Degree Angles

Welding and soldering can be dangerous when working with heavy metals at odd angles, but thanks to the ABN Magnetic Arrows Welding Angle Clamps, 4 individual magnet welding squares can easily hold your metal projects together before fusing to allow hands-free welding. The 135, 45, and 90-degree angles make these versatile while welding, soldering, installing, and assembling metal projects. High-quality steel ensures these magnetic welders clamps are durable and long-lasting. Due to the extreme force of the magnets, always take care, wear correct safety gear, and keep away from little ones. This 4-pack triangle magnetic welding equipment set includes (4) 3-inch (7.6cm) welder tools that can hold up to 25 lbs (11.3kg) a piece. Warning: This product can expose you to chemicals which is [are] known to the State of California to cause cancer and birth defects or other reproductive harm.

• [Hands-Free Assistance]: Growing extra hands is impossible, but when you use the ABN Arrow Welding Clamps, it will feel like you have done just that; Support 2 metal panels at the needed angles so you can focus on soldering and welding them together
• [Get the Perfect Angle]: Arrow design can be used in 3 ways to create 45, 90, and 135-degree angles; Package includes 4 individual auto body welding magnets
• [Support Heavy Metal Projects]: Each welding angle clamp holds up to 25 pounds (11.3kg) of weight to ensure stability and safety while you work; Large magnets stick solidly to ferrous metals
• [Get the Job Done]: Whether welding, soldering, assembling, or installing metal objects together, these welding supplies ensure ease and convenience; Can also be used as floaters
• [Built to Last]: Constructed of high-quality steel with a powder-coated finish, these welding ground magnets are strong and durable; Due to extreme magnetic force, these welding accessories are not safe for little ones; Do not weld too closely to magnets