Category: Fall Protection

“Protecting workers at heights starts with the right fall protection gear!  From anchorages to harnesses and rescue equipment, our solutions help ensure compliance and, most importantly, safety on the job. Don’t take risks—stay secure with the best in fall protection. #FallProtection #SafetyGear #OnTheJobSafety”

Posted on by

New OSHA Hard Hats: Requirements Explained

Why These OSHA Hard Hat Changes Were Needed

For decades, the traditional hard hat changed very little—despite major shifts in how and where work gets done. Today’s job sites are faster, more complex, and expose workers to a wider range of impact risks than ever before. OSHA’s updated approach to head protection reflects one clear reality: most serious head injuries don’t just come from straight-down impacts.

Falls, slips, equipment swing, vehicle strikes, and lateral impacts are now among the most common causes of head trauma in construction and industrial environments. The new OSHA-aligned standards emphasize multi-directional impact protection, improved retention systems, and modern materials—all aimed at reducing preventable injuries and fatalities.

Simply put, the old hard hat design wasn’t enough anymore.

New OSHA Hard Hat Requirements: What’s Changed?

While OSHA itself references ANSI standards rather than issuing its own helmet spec, enforcement expectations in 2025 increasingly align with ANSI/ISEA Z89.1 Type II protection.

Comparison chart showing Type I vs Type II safety helmet impact protection zones including top and lateral impact coverage

Key changes safety leaders should understand:

  • Type II Protection Matters
    Unlike traditional Type I hard hats that only protect against top impacts, Type II helmets are designed to protect against front, side, and rear impacts—areas now recognized as high-risk on modern job sites.
  • Improved Retention Systems
    Chin straps and advanced retention systems are becoming essential, not optional. A helmet that comes off during a fall offers little real protection.
  • Performance-Based Design
    Manufacturers are leveraging energy-absorbing materials, advanced ventilation, and ergonomic engineering to improve safety and comfort—because PPE only works if it’s worn.

These changes signal a shift from “minimum compliance” toward real-world protection.

What Makes the New Hard Hats Different?

With integrated technology Koroyd Absorb The Impact.

The new hard hat isn’t just a modern version of the same thing—it’s a whole new system. OSHA and ANSI took cues from industries that already lead in head protection—such as rock climbing, cycling, and search & rescue—and applied those principles to industrial job sites. The result is a helmet that:

  • Absorbs energy more effectively
  • Stays securely in place during movement or impact
  • Improves comfort so workers actually keep it on

This evolution represents a fundamental change in how head protection is designed and evaluated.

Better Materials, Smarter Engineering

Modern safety helmets use advanced materials and engineering that outperform traditional suspension-only designs.

Key innovations include:

Lighter, vented shells that reduce heat stress

Cellular energy-absorbing cores that crush on impact

Multi-point retention systems that prevent roll-off

These improvements dramatically reduce the force transferred to the head during an impact—helping lower the risk of serious or fatal injury.

Featured Solution: STUDSON SHK-1 Full Brim Vented Safety Helmet

For industrial professionals and safety leaders who prioritize worker safety and comfort, the STUDSON SHK-1 Full Brim Vented Safety Helmet delivers next-generation protection without compromise.

This helmet is ANSI Type II compliant, engineered to safeguard against impacts from the top, front, side, and rear, providing comprehensive protection you can trust.

Key Features

  • Advanced Impact Protection The SHK-1 features integrated Koroyd® technology, which goes beyond traditional helmet materials. Koroyd®’s cellular structure instantly crumples on impact, absorbing and dissipating energy far more effectively. This significantly reduces the force transmitted to the wearer’s head—helping minimize the risk of serious head injury.
  • Instant Access to Critical Information Every second counts during an emergency. The SHK-1 includes embedded Twiceme® NFC technology, allowing first responders to instantly access pre-loaded emergency contacts and medical information using any NFC-enabled device. Faster access means faster, more effective care.
  • Glove-Friendly, Secure Fit The Fidlock® magnetic chinstrap with a 4-point retention system provides a secure fit that’s easy to fasten—even while wearing thick work gloves. No more fumbling with buckles; just quick, reliable security every time.

Compliance & Standards

The STUDSON SHK-1 meets or exceeds the following standards:

ANSI/ISEA Z89.1-2014 (R2019) – Type I & Type II (United States) EN 12492:2012 Clauses:

  • Shock Energy Absorption (Front, Side, Rear)
  • Penetration Resistance
  • Retention System Strength
  • Roll-Off Effectiveness

Note: This helmet meets ANSI Type II standards but is not certified to CSA Z94.1 Type II (Canada).

Backed by a 3-year manufacturer’s warranty, the SHK-1 offers a typical field use life of 3–5 years and a shelf life of up to 10 years when stored properly.

All-Day Comfort for Enhanced Productivity

Comfort isn’t a luxury—it’s a productivity factor.

The SHK-1 weighs just 525 g and features a strategically vented design to maximize airflow and reduce heat buildup during long, physically demanding shifts. The Perfect Fit System with adjustable front and rear dials accommodates head sizes from 53–63 cm, ensuring a secure, personalized fit for all-day wear.

When workers are comfortable, compliance goes up—and so does safety.

Built for Your Industry

The STUDSON SHK-1 Full Brim Class C Safety Helmet is ideal for:

Other physically demanding trades

Construction

Masonry

Utility and infrastructure work

It is designed for environments where electrical hazards are not a primary concern.

Important Note: This is a Class C (Conductive) helmet and does not provide electrical insulation. Always conduct a job hazard analysis to determine the correct helmet class for your work environment. We carry non-vented versions as well.

The Bottom Line

The 2025 shift toward OSHA-aligned Type II safety helmets isn’t about trends—it’s about reducing real injuries on real job sites.

Upgrading to modern head protection like the STUDSON SHK-1 helps safety leaders:

  • Improve impact protection
  • Increase PPE compliance
  • Support worker comfort and productivity

The future of job site safety is already here—and it starts at the top.

FAQ

What is the difference between Type I and Type II safety helmets?
Type I helmets protect from impacts to the top of the head, while Type II helmets provide both top and lateral impact protection.

Does OSHA require Type II helmets in 2025?
OSHA’s updated 2025 head protection guidance encourages and in some cases requires helmets that protect against both top and side impacts.

Are traditional hard hats still allowed?
In some situations, yes. However, many contractors are moving to Type II helmets to reduce traumatic brain injuries.

Posted on by

Never Out™ Management

Never Out™ management

Never Out™: Your Turnkey Safety Inventory Management

Nothing stops productivity like missing safety gear.
At Southern Safety Supply, our Never Out™ management ensures your jobsite is always stocked with mission-critical safety products — from everyday PPE to specialized equipment — so your crew stays compliant, protected, and ready to work.

Whether it’s an $8 pair of gloves or a life-saving fall protection harness, Never Out means no more interruptions, no more emergency re-orders, and no more downtime.

How Never Out™ Works

  • 1. We Audit
  • A dedicated safety representative conducts monthly site visits to check inventory levels and expiration dates.
  • 2. We Stock
  • Based on your actual usage, we replenish only what you need — no overstock, no dead inventory.
  • 3. We Report
  • You receive a single invoice + a usage report to simplify ordering and budgeting.

Key Never Out™ Inventory Categories

Never Out™ Manages
Never Out™ Inventory Check List

Go here for high-value items that we track and maintain so you never run short.

PPE — Personal Protective Equipment

These essentials protect workers daily and are the backbone of any safety program.

Examples We Keep Stocked:

Fall Protection & Specialty Equipment

Failure to protect workers at height can have devastating consequences. Keeping this equipment never out is crucial.

Compliance & First Aid Solutions

From emergency preparedness to regulatory compliance, these items ensure your site meets OSHA and internal safety standards.

Consumables & Everyday Supplies

These items may be inexpensive, but running out can instantly halt work.

Why Never Out™ Works

• Immediate, same-day solutions when inventory drops below your “safe level.”
• Always stocked — NEVER OUT.
• Predictable, scheduled visits that fit your operations.
• On-site approval for replenishment and invoicing.

These structured inventory visits reduce risk, save time, and prevent safety-related work stoppages — even over seemingly small items.

Ready to eliminate inventory outages and work stoppages?

👉 Schedule your FREE on-site 15-minute walk through with our safety expert today.
👉 Together, we’ll build your custom Never Out inventory list — tailored to your crew, hazards, and compliance requirements.

Visit our Shop to explore products. Contact us at James@southernsafety.com or call (865) 673-0140.

<div class="pipedriveWebForms" data-pd-webforms="https://webforms.pipedrive.com/f/6b4X8NNztm65aHjsQuaiURv0fikhId3Rkb1olnnXMteYZPRFrL1eOarzVDPjjxtV6j"><script src="https://webforms.pipedrive.com/f/loader"></script></div>

Posted on by

When should I re-test rubber insulating gloves for electrical work?

Southern Safety Supply LLC Knoxville TN
Southern Safety Supply LLC Knoxville TN

When should I re-test rubber insulating gloves for electrical work?

When should I re-test rubber insulating gloves for electrical work? According to OSHA (Occupational Safety and Health Administration) standards, rubber insulating gloves used for electrical work must be tested at regular intervals to ensure their safety and effectiveness. The key requirements are outlined in OSHA 29 CFR 1910.137 and ASTM F496 standards.

How often to inspect and retest rubber insulating gloves?

  • Before first issue (unless they have been tested within the previous 12 months).
  • Every 6 months after being issued for use.
  • After any incident that may cause damage (e.g., punctures, exposure to chemicals, or extreme wear).
  • If in storage for over 12 months, they must be retested before use.

Additional Best Practices

  • Daily visual inspection: Workers should inspect gloves for cuts, tears, swelling, or ozone damage before each use.
  • Air testing: Slightly inflating the gloves and listening for leaks is a good daily practice.
  • Storage: Keep gloves away from direct sunlight, heat, chemicals, and sharp objects to extend their life.

Saf-T-Gard has a great in-depth article here.

Additionally, When buying insulated gloves for electrical work, it’s crucial to choose the right type based on OSHA standards, voltage requirements, and durability. Here’s what to look for:

1. Voltage Rating & Class

Rubber insulating gloves are categorized into six classes based on the maximum voltage they can handle. Always choose gloves that meet or exceed your working voltage.

ClassMax AC VoltageMax DC Voltage
Class 00500V AC750V DC
Class 01,000V AC1,500V DC
Class 17,500V AC11,250V DC
Class 217,000V AC25,500V DC
Class 326,500V AC39,750V DC
Class 436,000V AC54,000V DC

2. Compliance & Certification

Ensure gloves meet:
✅ OSHA 29 CFR 1910.137 (Electrical Protective Equipment)
✅ ASTM D120 (Standard for Rubber Insulating Gloves)
✅ ASTM F496 (Testing & Maintenance Guidelines)

3. Material & Durability

  • Natural rubber for flexibility and dielectric strength
  • Thickness appropriate to the class rating
  • No cuts, tears, swelling, or ozone damage

4. Glove Kit – Leather Protectors & Liners

  • Leather protector gloves: Worn over rubber gloves to prevent punctures and abrasions
  • Cotton liners: Improve comfort and reduce sweat during extended use

5. Size & Fit

  • Gloves should fit snugly without restricting movement
  • Measure hand circumference and check manufacturer sizing charts

6. Testing & Expiration

  • Check the date stamp: Gloves must be tested before first use and retested every 6 months
  • Perform daily visual and air tests before each use

Visit:https://southernsafety.com/ Southern Safety Supply

Posted on by

Essential Elements of Fall Protection Systems

Essential Elements of Fall Protection

Fall protection is essential when working at heights or in confined spaces. It serves as a regulatory requirement. It is also a crucial safeguard for life and safety. Comprehensive fall protection systems for construction and industrial settings include anchorages. They also feature body support harnesses, connectors, and descent and rescue equipment. Let’s explore each of these elements in detail and see how they work together to protect workers in hazardous environments.

What Are Anchorages and Why Are They Important?

Anchorages are the secure attachment points that form the foundation of any fall protection system. Designed to bear significant loads, anchorages must meet OSHA and ANSI standards to ensure safety. Common types of anchorages include:

  • Fixed Anchor Points: Installed directly onto structures like beams or walls.
  • Portable Anchor Systems: Easily moved and adjusted for temporary job sites.
  • Beam Anchors and Roof Anchors: Designed for specific surfaces to ensure stability.

The right anchorage choice depends on the job site conditions. It also depends on the type of work being performed and the maximum intended load. Regular inspection and maintenance of anchor points are crucial to maintaining their integrity.

Fall protection Full Body HarnessWhat Makes a Good Body Support Harness?

The body harness is the wearable component of a fall protection system, designed to distribute the forces of a fall across the body’s stronger areas. Unlike traditional safety belts, modern full-body harnesses offer enhanced comfort, adjustability, and multiple attachment points. Features to look for include:

  • Padded Straps: For increased comfort during prolonged use.
  • D-Rings: Positioned at the back, chest, and sides for versatile connections.
  • Quick-Connect Buckles: Allow for easy donning and removal.

A properly fitted harness is critical to preventing injury in the event of a fall. Training workers on how to correctly wear and adjust their harnesses is equally important.

How Do Connectors Guarantee Safety?

Connectors serve as the link between the harness and the anchorage point, ensuring a secure and reliable connection. These include:

  • Lanyards: Shock-absorbing or self-retracting options that minimize fall distances.
  • Lifelines: Horizontal or vertical systems that allow mobility while maintaining safety.
  • Carabiners and Snap Hooks: High-strength metal connectors with locking mechanisms.

Each connector should be inspected before use to ensure it is free of damage, corrosion, or wear that could compromise its effectiveness.

What Is the Role of Descent and Rescue in Fall Protection?

No fall protection system is complete without a plan for descent and rescue. Confined spaces, in particular, require specialized equipment and strategies for emergency situations. Key components include:

  • Descent Devices: Controlled lowering systems for safe evacuation.
  • Rescue Tripods and Winches: Essential for confined space entry and emergency retrieval.
  • Rescue Plans: A clear, well-communicated strategy that includes trained personnel and rapid response protocols.

Employers must ensure that rescue equipment is readily available and that workers are trained in its proper use.

How Do You Integrate Fall Protection Systems?

An effective fall protection system isn’t just about having the right equipment—it’s about integrating these components into a cohesive strategy. Conducting site-specific risk assessments, providing comprehensive training, and performing regular equipment inspections are vital steps in protecting workers from fall-related hazards.

Conclusion

You need fall protection systems in every workplace. This is true whether you’re working on a construction site, in industrial settings, or entering confined spaces. They are a non-negotiable aspect of workplace safety. Understand and implement the key elements of anchorages, body support harnesses, connectors, and descent and rescue solutions. You’re complying with ANSI/ASP Z359.11-2021. You are also safeguarding lives. Stay proactive, stay prepared, and prioritize fall protection to ensure every worker returns home safely.