Delta Plus PACAYA T5 Welding Safety Glasses

Professional Shade 5 Eye Protection with Integrated Debris Gasket

The Delta Plus PACAYA T5 Welding Safety Glasses are specialized personal protective equipment (PPE) engineered to safeguard operators against hazardous infrared (IR) and ultraviolet (UV) radiation. Featuring a deeply contoured polycarbonate single-lens wrap layout, these premium welding spectacles provide continuous frontal and lateral facial coverage while filtering out harmful glare and shielding against high-velocity mechanical impacts.

Advanced Shade 5 Protection & High-Quality Coatings

Optimized for thermal operations, the dark green Shade 5 lens filters out intense light and dangerous radiant energy produced during gas welding, torch brazing, and oxy-fuel cutting processes. The lens meets strict Optical Class 1 standards for true-to-life, distortion-free visual definition. Treated with a professional anti-scratch coating, the surface easily resists abrasive slag debris and flying sparks, while built-in filtering blocks 99.9% of harmful solar ultraviolet radiation.

Removable Foam Gasket & Adjustable Ergonomics

The defining innovation of the PACAYA T5 architecture is its versatile structural defense system. It incorporates a removable closed-cell foam frame liner that contours tightly to the face to lock out fine airborne dust, hot metallic shavings, and stray sparks. For a truly customized fit, the spectacles feature adjustable length temple arms and tilting pantoscopic side hinges, securing a pressure-free, non-slip grip that coordinates smoothly with welding hoods and respirators.

Industrial Applications & Use Cases

• Gas Welding & Brazing: Reliable optical shielding and thermal defense against incandescent sparks and harmful infrared rays.

• Oxy-Fuel Cutting Operations: Maximum glare control and high-velocity particle deflection for heavy-duty metal fabrication and scrap yard processing.

• Foundry & Torch Soldering: Full perimeter gasket sealing guards the eye canopy against high-heat airborne particulates and liquid flux splashes.