High-Impact Safety Eyewear

High-Impact Safety Eyewear SG-71046 — PC Lens, Anti-Fog & Anti-Impact Protection for Industrial Use

Xi'An PPE MAX Co., Ltd has been producing professional-grade personal protective equipment since 1956. The SG-71046 High-Impact Safety Eyewear is built with an optical-grade polycarbonate (PC) lens, delivering anti-fog and anti-impact performance that meets both ANSI Z87.1 and EN166 standards. Each pair is tested for high-velocity and high-mass impact resistance, making this model a practical choice for procurement officers, safety managers, and distributors sourcing reliable eye protection for industrial environments.

Xi'An PPE MAX Co., Ltd: This Product Manufacturer & Supplier

PPE MAX was founded in 1956 and has spent over six decades refining its manufacturing processes for personal protective equipment.

The SG-71046 reflects that accumulated experience. Built on optical-grade PC lens technology, this model offers 99.9% UVA/UVB absorption and an anti-fog coating engineered to perform in humid and high-temperature environments. Every pair ships in an OPP bag, with 12 pairs per inner box and 300 pairs per outer carton, structured for large-volume B2B orders.

What Is This Product?

This product occupies the top tier of ocular PPE. These are not standard safety glasses.

Flying debris is part of the job on grinding, machining, and other heavy industrial work. Shrapnel comes with it. So do high-velocity projectiles. This eyewear is built to take that punishment. That kind of impact rating has to be earned. Strict ballistic tests come first. The ANSI Z87.1+ High Velocity Impact protocol is one of them. A 0.25-inch steel ball is fired at 150 feet per second. The lens must not fracture.

In practice, ballistic durability and Optical Class 1 clarity come together. Protection stays. Visual precision does not suffer for it.

Standard Specifications

Features

Optical-Grade PC Lens

The SG-71046 is made of polycarbonate. For ballistic eyewear, that material has long been the standard pick. On its own, PC filters 99.9% of UV radiation. No extra coating is needed for that. Lens thickness starts at ≥ 2.0 mm. That minimum supports compliance with the ANSI Z87.1 impact requirement as well as EN166.

Anti-Fog Coating

Dual-action anti-fog coating sits on the lens. On the hydrophilic side it soaks up moisture. That moisture then gets pushed off by the hydrophobic side. In humid places, fog does not build up. Foundries and mining sites are two good examples.

Anti-Scratch Hard Coat

A hard-coat layer covers the lens surface. Abrasive particles cannot get through it. Optical clarity still holds after long days of use.

Frame Retention Design

The frame is tested to prevent lens pop-out on impact, preventing the lens from becoming a secondary hazard at the moment of a strike.

Wraparound Coverage

The wraparound profile of High-Impact Safety Eyewear provides lateral protection against particles approaching from the side — a relevant hazard in grinding and chipping operations.

Performance Compliance

• ANSI Z87.1+ High Velocity Impact is met. A 0.25-inch steel ball fired at 150 fps does not fracture the lens
• ANSI Z87.1 High Mass Impact is met: a 500g pointed projectile dropped from 1.27 m
• Passes EN166 requirements for both impact resistance and optical quality
• Optical Class 1 lens: verified for refractive consistency to reduce visual fatigue
• Haze < 3%: light transmittance confirmed by photometer testing
• UV filtering sits inside the PC material itself. It is not a coating on the surface

Applications for High-Impact Safety Eyewear

Industrial Fabrication & Grinding

Particles fly out fast from angle grinders, CNC machines, and metal chipping work. The wraparound shape of the SG-71046 handles that risk head on, and so does its ANSI Z87.1+ rating.

Mining & Extraction

Dust is heavy at mining sites. Rock fragments fly through the air. Humidity runs high too. Blunt-force risk and fine dust exposure are covered by the anti-fog coating and impact-rated lens.

Construction & Carpentry

When a nail gun fires, debris moves fast. Power saws throw it too. Demolition work sends pieces through the air. The SG-71046 gives dependable eye protection on busy job sites.

General Manufacturing

Eye hazards are common on assembly lines. Press operations have them too. Warehousing is another place where eye hazard risk exists. The SG-71046 works as a practical daily-wear option in general factory settings.

Why Choose PPE MAX?

PPE MAX has made PPE since 1956. All those years in production help keep quality steady. Big orders also come with QC steps that are written down and tracked.

Every SG-71046 batch goes through structured quality control before shipment, covering:

• High Mass Impact Test: 500g pointed projectile drop from 1.27 m
• High Velocity Impact Test: a steel bearing fired at the rated speed
• Drop Ball Test: a steel ball of 1 inch is dropped from 50 inches
• Test of how much light gets through, plus haze level (haze < 3%)
• Frame Retention Test

Need product documentation or compliance certificates? Procurement teams and regulators can get them on request.

Certifications

• ANSI Z87.1: American National Standard for Occupational and Educational Personal Eye and Face Protection Devices
• EN166: European Standard for Personal Eye Protection

Packing

Custom labeling and private-label packaging options for High-Impact Safety Eyewear are available for wholesale buyers.

After-Sales Support

• Defective product replacement on confirmed quality issues
• Compliance certificates and product documentation provided on request
• Technical support available for bulk buyers on specification questions

Exhibition & Factory Visits

You will find PPE MAX at safety and PPE trade fairs around the world. Buyers get to check the quality of the products for themselves there. Visits to the factory are welcome too. Get in touch with us to set up a visit and go through the production and QC process in person.

FAQ

Q: What is the difference between Z87 and Z87+ on safety glasses?

A: When you see the "+" mark, the eyewear has passed two tests under ANSI/ISEA Z87.1: high-velocity impact and high-mass impact. Basic Z87 calls for a drop ball test only. Where flying debris is a factor, Z87+ is the standard that applies.

Q: How long do PC safety lenses normally last?

A: Lens performance can degrade with time. UV light plays a part, and so does cleaning them again and again. Put on a new pair once the lens is visibly scratched or pitted. The same goes for a lens that has taken a hard hit. Specific replacement intervals are set by your organization's safety program, or by the relevant ANSI/EN guidance.

Q: Why do safety glasses fog up even when they have an anti-fog coating?

A: Wash the lenses too often and some anti-fog coatings will come off. Not with the SG-71046. Its dual-action coating is bonded for good. Fog showing up anyway? Then look at what touched the lens surface, such as alcohol-based wipes or harsh solvents. Either one can harm the coating.

Q: Do chemicals attack polycarbonate?

A: Impact is where PC shines. Acetone and other solvents, on the other hand, will eat into it. Workers facing chemical splashes should wear a face shield over these glasses. Chemical-splash goggles are a second route, as long as they carry the right resistant coatings for the task.

Q: Can these be worn over prescription glasses?

A: OTG (Over-The-Glass) use is not what the SG-71046 was made for. Regular prescription glasses under it can end up with the inner lenses breaking on impact. That adds a second injury risk. What we suggest instead are prescription safety inserts.

Q: What QC tests does each batch go through?

A: Each batch is tested for high-mass impact, high-velocity impact, drop ball resistance, optical transmittance and haze (< 3%), and frame retention integrity, in line with ANSI Z87.1 and EN166 requirements.

Contact Us

For orders, samples, or High-Impact Safety Eyewear product documentation, email us at bettybing@ppemax.com. We'll respond to your inquiry directly.