JSP Corded Z4000 Safety Spectacles with Clear Anti-Fog Lens
The JSP Corded Z4000 Safety Spectacles with Clear Anti-Fog Lens feature an anti-static, anti-fog lens which also protects against electrostatic discharge. The glasses have attained a high level of impact protection, and the extended design of the lens allows for full protective coverage of the eyes.
What Can the Corded Z4000 Safety Spectacles with Clear Anti-Fog Lens Do to Help Me?
The glasses have many useful features, some of which are listed here:
- Impact Protection: Tested to resist impact of a 6mm steel ball fired at 100mph at the lens
- Optics: Highest optical quality, with mist-resistant, scratch-resistant lens for clear vision
- Hazard Protection: Filters 99.9% of harmful UV rays as well as electrostatic discharge
- Extended Lens: Lens is extended at the side to increase protective coverage
- Corded: Glasses cord is highly convenient and lowers likelihood of losing the spectacles
Who Can Use the JSP Corded Z4000 Safety Spectacles?
The safety glasses were tested to resist the impact of a 6mm steel ball fired at 100mph at the lens, and were shown to possess an impressive degree of impact protection. This, along with their anti-misting, anti-scratch lens, suits them to sporting activities. They also protect against electrostatic discharge, which might be encountered in industrial settings.
What Certifications Have the JSP Safety Spectacles with Clear Anti-Fog Lens Received?
The glasses have undergone a variety of tests so you can be sure of your safety at work. They have achieved the following certifications:
What Do These Certifications Mean?
- EN 166: This standard specifies the requirements for protective eyewear
- EN 170: This standard specifies the requirements for ultra violet filters
The glasses are of the highest optical class and are suitable for continuous wear. They will resist impacts by small objects travelling up to 45m/s and have been tested to resist the impact of a 6mm steel ball fired at 100mph. The glasses filter 99.9% of UV rays, and allow for 74.4% of light transmission. The lens will resist scratching, fogging and electrostatic discharge.