Welding Helmet Protection Basics
Taking the time to determine the correct welding helmet for your application can boost your productivity and comfort.
Taking the time to determine the correct welding helmet for your application can boost your productivity and comfort.
Taking the time to determine the correct welding helmet for your application can boost your productivity and comfort. Because all welding helmets should meet ANSI Z87.1 standards, the darkness of your lens is based more on your personal preference and application needs than the level of protection provided. If you're unsure what shade to select, refer to this chart for suggestions.
Welding helmets must:
Provide 100% protection against infrared and UV rays regardless of shade setting.
Pass independent testing to show they can survive high velocity impact from flying objects.
Meet advertised switching speeds and darkness shades in temperatures as low as 23 degrees F, and high as 131 degrees F.
For more information on PRO-SAFE's offering of welding helmets, please visit MSCDirect.com.
Taking the time to determine the correct welding helmet for your application can boost your productivity and comfort.
Taking the time to determine the correct welding helmet for your application can boost your productivity and comfort. Because all welding helmets should meet ANSI Z87.1 standards, the darkness of your lens is based more on your personal preference and application needs than the level of protection provided. If you're unsure what shade to select, refer to this chart for suggestions.
Welding helmets must:
Provide 100% protection against infrared and UV rays regardless of shade setting.
Pass independent testing to show they can survive high velocity impact from flying objects.
Meet advertised switching speeds and darkness shades in temperatures as low as 23 degrees F, and high as 131 degrees F.
For more information on PRO-SAFE's offering of welding helmets, please visit MSCDirect.com.