The Dynamics of Welding Fumes: Do They Rise, Fall, Travel?

The Dynamics of Welding Fumes: Do They Rise, Fall, Travel?

Welding, an age-old craft, remains an integral part of industries worldwide. But, like all crafts, it comes with challenges, including understanding the dynamics of welding fumes. These invisible yet potentially hazardous particles can significantly impact a...
Understanding the Risks: Are Welding Fumes Explosive?

Understanding the Risks: Are Welding Fumes Explosive?

Welding is fundamental in various industries, including construction, automobile manufacturing, aerospace, and many more. It involves fusing metal pieces through heat, which, while essential, will produce hazardous by-products known as welding fumes. These fumes are a...
Welding Fume Hazards: Stainless Steel & Hexavalent Chromium

Welding Fume Hazards: Stainless Steel & Hexavalent Chromium

In the world of metalwork, welding is a craft of great importance, a process that joins metals together using high heat to melt the parts together, causing fusion. In this vast industry, stainless steel is a prominent material due to its versatility, durability, and...
Welding Fume Hazards: A Closer Look at Galvanized Steel

Welding Fume Hazards: A Closer Look at Galvanized Steel

Welding, a critical process across countless industries, is as much an art as a science. It is a craft that has shaped our world, from the tallest skyscrapers to the cars we drive. Among the numerous materials manipulated by this trade, galvanized steel stands out due...
The Environmental Impact of Welding Fumes & Solutions

The Environmental Impact of Welding Fumes & Solutions

Welding, an essential industrial process used extensively in many industries, involves the fusion of materials, usually metals, to create a strong joint. But the process that helps create robust structures also emits byproducts known as welding fumes. When not...
Addressing Common Myths and Misconceptions about Welding Fumes

Addressing Common Myths and Misconceptions about Welding Fumes

Welding, a cornerstone of many industries, plays a vital role in the construction of buildings, vehicles, and countless other essential structures and products. While the importance of this profession is undisputed, it also comes with its own unique set of challenges,...
MIG Welding Fume: Composition, Risks & Solutions

MIG Welding Fume: Composition, Risks & Solutions

Metal Inert Gas (also called MIG or GMAW) is the most common welding process in the manufacturing industry. It is very versatile and enables the welding of a wide range of metals, works well for thick or thin materials, and allows good metal deposition and welding...
Aluminum Welding Fumes: Composition, Risks & Solutions

Aluminum Welding Fumes: Composition, Risks & Solutions

Aluminum is used in many industries: aerospace, building materials, automobile, trains, trucks, bikes, trailers, and many more. As a result, welding aluminum and aluminum alloys has become increasingly common, and so have the health issues related to aluminum fume....
Are Welding Fumes Toxic? They are Dangerous Indeed

Are Welding Fumes Toxic? They are Dangerous Indeed

At Henlex, we have been protecting welders and their coworkers from welding fumes for over 40 years. Fumes are formed when a metal is heated above its boiling point, and its vapors condense into very fine particles. Their size ranges from 0.005 to 20 µm, but most are...
Are Welding Fumes Carcinogenic? Substances to Avoid

Are Welding Fumes Carcinogenic? Substances to Avoid

At Henlex, we have been protecting welders and their coworkers from welding fumes for over 40 years. Fumes are formed when a metal is heated above its boiling point, and its vapors condense into very fine particles. Their size ranges from 0.005 to 20 µm, but most are...
How Much Welding Fumes is Harmful? Tips to Protect Welders

How Much Welding Fumes is Harmful? Tips to Protect Welders

Although many factors must be considered to know how much welding fume could be dangerous for a specific person, there are clear guidelines and legislation to protect welders. In addition, more studies about the dangers of welding fume come out every year and help...
Manganese in Welding Fumes: Reducing the Risk of Exposure

Manganese in Welding Fumes: Reducing the Risk of Exposure

Manganese is an essential mineral for the body but can also be toxic. The liver and kidneys excrete dietary manganese excess. Inhaled Manganese bypasses this defense mechanism, and breathing welding fumes with Manganese can lead to an accumulation that could cause...
Is it Safe to Work Around Welding? Secondhand Smoke & More

Is it Safe to Work Around Welding? Secondhand Smoke & More

The risks associated with welding are well known, and solutions to make this job as safe as possible are easily accessible. But what about employees working next to them? Anyone working in a building where some welding is done should be concerned. Employees working...
The Dangers of Welding in a Poorly Ventilated Area

The Dangers of Welding in a Poorly Ventilated Area

Welding fumes are notoriously harmful to our health, and working in a poorly ventilated area or confined space will increase the exposure and risk. Generally, if there is still some smoke in your working environment a few minutes after welders are done, it lacks...
What to Do if you Inhale Welding Fumes?

What to Do if you Inhale Welding Fumes?

The welding process produces smoke that contains harmful metal fume and gas by-products. Fumes are formed when a metal is heated above its boiling point, and its vapors condense into very fine particles. If you feel any symptoms while or after inhaling welding fumes,...