Safety
Articles and resources on safety practices and equipment for trades and DIY work.
What are essential workplace electrical safety practices?
Overhead power lines cause nearly half of all workplace electrical fatalities, despite decades of safety regulations and increased awareness.
What Are Workshop Ventilation Systems and Why They Matter?
Even after a hazardous operation concludes, if a single employee remains in the contaminated zone, OSHA mandates continuous ventilation.
How to Use Hand and Power Tools Safely: A Training Guide
Tools falling from overhead cause many accidents, a persistent, underestimated workplace risk.
What is Skilled Trades Ergonomics and Why Does it Prevent MSDs?
More than 90% of construction firms in a recent survey had a written safety program, yet the majority lacked trade-specific ergonomic interventions, leaving over 11,000 workers vulnerable to preventab
How to Identify Confined Space Hazards and Ensure Safety Protocols
Approximately 100 fatalities occur annually in the United States due to confined space incidents.
What are Lockout/Tagout Procedures and Why Do They Matter?
In over half of fatal industrial accidents—at least 58.
PPE Maintenance: Extending Lifespan, Challenging Replacement Myths
In a surprising study, 98% of respirators stored for up to 15 years across 10 facilities still met performance standards.
How to Prevent Arc Flash Hazards: A 2026 Safety Guide
In complex electrical systems, software now instantly calculates worst-case arc flash energy levels and prints compliance labels.
How to Safely Operate and Maintain Power Sanders
Operating a power sander in a garage filled with sawdust or near a paint can could ignite an explosion.
What Are Effective Workshop Ventilation Principles for a Safe Environment?
Lecturers at City of Glasgow College conducted welding demonstrations without proper ventilation, simply because they had not received training on how to use the system designed to protect against dan
What are ergonomics principles for skilled trades and why do they matter?
In 1996, over 647,000 American workers suffered serious injuries from overexertion or repetitive motion.
How Arc Flash Safety Principles Protect Tradespeople Even at Low Voltages
Even 120/208V electrical systems can create arc flashes with enough energy to burn exposed skin, ignite flammable clothing, and cause catastrophic or fatal injuries, according to OSHA .
OSHA Lockout Tagout: Bridging the Gap to Workplace Safety
In at least 58.8% of reviewed fatal workplace incidents, critical Lockout/Tagout (LOTO) safety procedures were not even attempted, despite clear OSHA guidelines. This widespread disregard for establis
What is Personal Protective Equipment for Welding Safety?
Welding arc temperatures can reach a scorching 10,000 degrees Fahrenheit, a heat so intense it can instantly vaporize metal and cause severe, irreversible eye damage to unprotected workers.
What Are Workshop Ventilation Systems and Why Do They Matter?
At one facility, a new industrial ventilation system was specifically engineered not just to exhaust, but to actively neutralize volatile organic compounds, showcasing the precision required for true
PPE for skilled trades in 2026: Availability challenges
In response to tariffs, 60% of International Safety Equipment Association (ISEA) members have already delayed product development or launch plans, directly impacting the availability of essential type
Arc Flash Safety Protocols and PPE for Electricians
On October 22, 2023, an electrician troubleshooting a switch was killed in an arc flash incident, according to OSHA .
How Do Lockout Tagout Procedures Work for Modern Trades?
Despite its critical role in preventing workplace injuries, OSHA's Lockout/Tagout (LOTO) standard, unchanged since 1989, explicitly excludes modern control circuit devices.
How Do EV Safety Protocols Protect Technicians?
Without proper certification, a technician attempting to repair a damaged electric vehicle battery risks electrocution, chemical burns, or triggering a catastrophic thermal runaway event that can dest
What is personal protective equipment for skilled trades safety?
In 2012 alone, 1,020 workers died from head injuries in the workplace, even though most such incidents are preventable with proper safety gear.
How Lockout Tagout Procedures Ensure Worker Safety
The OSHA 1910.147 standard for Lockout/Tagout procedures prevents an estimated 50,000 injuries and 120 fatalities annually, according to BradyID . This standard safeguards workers from hazardous energ
How to Ensure Heavy Machinery Safety: A 2026 Best Practices Guide
On any given worksite, the difference between a routine operation and a catastrophic accident often comes down to a single moment of missed eye contact or an unclear hand signal.
How to Safely Charge Advanced Battery Systems
In 2023 alone, over 200 fires in New York City were attributed to lithium-ion batteries, causing multiple fatalities and hundreds of injuries, according to the NYC Fire Department.
How to Ensure High-Voltage Electrical System Safety
In 2023, Grupo Ortiz reported 25.
How to Implement Lockout/Tagout Procedures for Workplace Safety
Every year, an estimated 50,000 workplace injuries are prevented solely by adherence to lockout/tagout procedures.
What Are Universal Design Principles for Workplace Safety?
In the construction industry alone, preventable workplace injuries cost the U.
What are lockout tagout procedures?
In a review of fatal industrial incidents, lockout procedures were not even attempted in nearly 60% of cases, according to pubmed .
How to Handle Hazardous Materials Safely: A DIY & Trades Guide
Welders routinely inhale metal fumes containing elements like manganese and chromium, which can cause respiratory issues, neurological damage, and cancer, according to Phase Associate .
What Is Ergonomics in Preventing Skilled Trades Injuries?
Musculoskeletal disorders (MSDs), encompassing sprains, strains, and tears, accounted for 62.
The Monitoring Gap in Ventilation Safety Standards
A new proposed design standard for industrial ventilation, intended to protect workers from airborne hazards, astonishingly contains no requirement for monitoring its own effectiveness.