Common welding safety hazards and how to avoid them

When it comes to welding hazards and control measures, the welfare of employees is the most important consideration. Worksites and factories are full of risks that must be assessed and accounted for so that safe workplace practices can go ahead. This can include infrastructure, materials, other workers and contaminants.

In 2018/2019, 147 workers were killed at work and 550,000 injuries occurred in the workplace, leading to 30.7 million working days being lost. Each year, 13,000 deaths are suspected to be a result of past workplace exposure.

Multiple studies have observed excess mortality from pneumonia in welders and workers exposed to metal fumes as well as an increase in pulmonary infection in metal workers.

Controlling safety hazards and understanding how to resolve them is the only way to help prevent injury or harmful exposure. In this guide, we will outline the common welding safety hazards and how you can avoid them.

Importance of Welding Health and Safety

Controlling the safety of workers while welding might seem like a no-brainer but there’s a lot to consider, from fumes to tools to the environment. If welders are working at height or in an unfamiliar or high-risk environment (such as offshore workers or on an electric plant) then further safety concerns should be enforced to reduce Welding Hazards.

All standards and considerations should already be practised in line with the Health and Safety at Work Act 1974. This act makes it the duty of every employer to ensure the health, safety and welfare at work for every employee. This includes the provision of instruction, training, PPE and supervision as well as maintenance of machinery and equipment.

Not only does health and safety keep your workers safe but it also ensures that, as a company, you do not suffer huge profit losses as a result of legal consequences or downtime from missing workers. You can’t put a price on human life but you can put a price on neglecting it.

Common Welding Hazards

Electricity:

A voltage as low as 50 volts applied between two parts of the human body causes a current to flow that can block the electrical signals between the brain and the muscles. This can stop the heart or lungs.

When an electrical current passes through the human body, it heats the tissue along the length of the current flow. This can lead to deep burns that often require major surgery and permanent disability.

The arc welding process requires a live electrical circuit. This means that all arc welders using hand-held equipment will be at risk of electric shock and electrical burns. The risk for MIG/ MAG and TIG welding is reduced because the welding current is normally switched on and off using the trigger or footswitch so is more controlled.

For all arc welding processes, the essentials of safe practice to avoid Welding Hazards are:

  • Welding equipment conforms to the appropriate international (ISO) or British (BS) standards.
  • Fixed welding equipment is installed by a qualified person and is connected as recommended by the manufacturer.
  • The insulation on the welding and current return leads is undamaged and the conductor is thick enough to carry the current safely.
  • All connectors are clean, undamaged and correctly rated for the current required.
  • Never use equipment with damaged insulation on the welding cables, plugs, clamps or torch/electrode holder as this exposes live circuits.
  • Use the appropriate personal protective equipment for the task such as rubber gloves or gauntlets.

As for the environment, should a worker need to weld in damp or wet conditions or position the welder inside a tank, an insulating mat or dry platform should be provided so there is no direct contact with wet or conductive surfaces. A rubber floor mat or wooden pallet will work but should be large enough to offer protection if the welder has to kneel or lie down.

Welders should make sure their PPE or clothing is clean, and dry and should cover as much of the body as possible to minimise naked skin so they are less conductive.Welders clothing like overalls can provide a thick fabric layer to protect sensitive skin.

Welding Processes

Fumes & Gases:

All welding types produce smoke that contains harmful metal fume and gas byproducts such as aluminium, arsenic, lead, nitrogen, carbon monoxide and hydrogen fluoride.

Acute exposure to welding fume and gases can result in eye, nose and throat irritation, dizziness and nausea.

Prolonged exposure to welding fume can cause fatal damage to organs and immune systems. Health effects from certain fumes may include metal fume fever, stomach ulcers, kidney damage and nervous system damage. Prolonged exposure to manganese fumes can cause Parkinson’s–like symptoms.

Gases such as helium, argon, and carbon dioxide displaces oxygen in the air and can lead to suffocation, especially in enclosed spaces. Carbon monoxide, a scentless gas, won’t be detected by the welder and is a serious asphyxiation hazard.

As of February 2019, the HSE will no longer permit welding to be carried out without suitable control measures in place, regardless of duration. Control measures will range from ventilation to suitable respiratory protective equipment (RPE), depending on the nature of the activity.

This enforcement is a result of new scientific evidence from the International Agency for Research declaring that exposure to all welding fumes, including mild steel welding fume, is carcinogenic.

The damage done to welders, without correct health and safety practises, is not always instant. That’s why it’s important to protect your workers from the very beginning. Without protection against fumes and gases, employees can become another fatality in the 13,000 deaths already attributed to workplace exposure every year.

To control this risk, in line with new standards from the HSE, suitable engineering controls will be needed for indoor welding activities such as Local Exhaust Ventilation (LEV).

Where LEV does not cover the risk of exposure, it should be supplemented by RPE to protect against residual fume.

Appropriate RPE should always be provided for welding outdoors and all welders must be trained and instructed on how to use their RPE because when used incorrectly PPE can be useless.

The HSE will no longer be accepting any welding activities to be carried out without any suitable exposure control measure in place as NO LEVEL is safe.

Monitoring air quality is a key safety factor as a lot of damaging fumes are non-detectable by human senses. Airwatch Monitoring System continuously monitors the air quality in production halls and warehouses using an optical, laser-operated measuring method. In addition, AirWatch controls the room ventilation and extraction systems and thus ensures efficient use as required.

PPE ensures that all individuals are protected during personal tasks and that their PPE is there when they need it. While FFP1 dust masksare suitable for airborne particles that are more irritable than dangerous, FFP2 and FFP3 masksshould be chosen for welding and used alongside previous measures mentioned.

PWP’s 3M Adflo systems can be used with filters for protection against fumes and gases in one system.

Welding Hazards

Fire or Explosion:

Fires and explosions caused by hot works have claimed the lives of many workers. Despite the fact the risks have been known for years, fatal and life-changing accidents still occur.

Hot metal parts, sparks and drips of molten metal can easily start a fire. Before starting to weld, wood, fabric, cardboard and other flammable material should always be cleared. Note that the heat, sparks and drips of metal and slag can travel a considerable distance and can start fires in adjacent rooms.

One of the main (and most dangerous) causes of fires and explosions is welding on, or near, flammable substances. When using a welder or flame cut on drums and tanks make sure you know the risks and can compensate for them.

In Scotland, a young welder was using a plasma cutter to remove the lid from a drum. When the blade began to cut through the metal, it generated a shower of sparks that ignited the flammable vapours inside the drum. The drum exploded, causing the lid to strike the welder on the head, resulting in fatal injuries.

A Health and Safety Executive investigation found that the cutting operation had not been properly risk assessed by the company. The drum had not been completely emptied of waste engine oil, and this would have been contaminated with petrol, causing the drum to be filled with petrol vapours.

The investigation also found that there was a lack of information, instruction and training, leading to the worker using an unsafe method to carry out the task. Although it was known by workers at the garage the used engine oil could be contaminated with fuel, they were not fully aware of the dangers of using a heat source such as the plasma cutter to remove the drum lid. The employer was prosecuted and fined £15,000.

Welding equipment requires gas to function. When welding or transporting materials, always be aware of gas spills or dangerous levels. If have to carry any gas cylinder inside a vehicle you should always close the main cylinder valve and ensure they won’t knock together.

Physical Damage caused by welding hazards:

Welding jobs have lots of risks to the body that can come from equipment and environmental factors like height, lose parts or infrastructure, sharp objects and heavy loads.

Eye injuries makeup around a quarter of all welding injuries and can be permanent. These can be burns welding sparks, chemical vapours or radiation damage from ultraviolet and infrared. “Welder’s flash,” a burn to the eyes, accounts for a great deal of construction eye injuries.

Optical and face PPE lowers these risks considerably. Goggles and glasses approved to correct EN standards will protect the eyes from small projectiles and sparks. For full facial protection, welding headshields and masks give a wider coverage layer. For super protection, even against fumes, ADFLO systems are the ultimate in welding PPE for respiratory and visual hazard control.

Falls and crushing are also risks that lead to a high number of injuries during welding work. This is usually when a risk assessment of the building or surroundings has not been carried out. If a welder must lay down or stand under large objects then the vibrations should not make materials fall. If a welder is operating at height, how are they secured? One misstep backwards can be a long way down.

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Welding Hazard Control Best Practices

Ensuring welding safety is all about preparation. No employee or worker should ever proceed to weld without the correct equipment, information or training. Every new environment and situation (and any change to a regular workplace) should be assessed to see whether new safety measures should be put in place to avoid Welding Hazards!

Long-term damage to personnel is as dangerous and damaging as short-term injury and all risks should be handled with the same integrity and care. By avoiding risks in the workplace, you can ensure your workers or your own health is protected as well as your brand reputation, revenue and relationships.

Safety hazards in the welding industry are always going to exist but they can be reduced drastically by using the appropriate equipment and making necessary preparations. Choose tools and welding machines you can trust.

At PWP, we strive to assist the metal fabrication industry. We only supply our customers with brands that we know are the best so workers can stay safe while also being efficient and reducing downtime. We’re fully prepared and equipped to protect you against welding hazards with our expansive range of welding PPE.

Want to make sure you’re staying compliant and safe at work as well as minimise welding hazards? Contact us today to see how we can help you on 01234 345111 or email [email protected]

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Welding Robot: Are They Worth It?

Welding Robots

Did you know the first workplace welding robot was designed in the 1950s and was known as the Unimate? The first Unimate model was sold to vehicle manufacturing giant General Motors in 1960 and worked on die casting and spot welding! Robotic Welders have been around longer than you think!

But why use a robot for welding at all? In this guide, we’ll discuss why robotic welding is so useful in the industry and whether the costs of the robotic units are worth the investment.

What is a welding Robot?

Robotic welding is often considered the rival of manual welding. However, robotic welding has actually grown in popularity as a result of the unavailability of welding personnel. Out of all robotic applications used in the workplace, robotic welding units make up 29% and with increasing production demands and dropping human involvement in this industry, this percentage will probably continue to rise.

The robotic welding unit, also known as a robot welding cell, is made up of a combination of components. These parts include those that actively complete welding tasks as well as accessories and safety features that improve the operation of the machine.

Most people have the idea that only big businesses need robotic welding because these welding systems appear so large and grand. However, companies of all sizes can improve their production times and business costs with these machines.

Robotic welding systems are most commonly used for resistance spot welding and arc welding for high quantities of products. These types of welding feature strongly in the automobile industries and any business with large production lines. But what makes robots so useful in these environments?

Statistically, human workers only have 50% arc-on time on a good day and this is subject to decrease. In contrast, robotic welding units have about 75% arc-on time and can increase for materials with longer seams. Humans are also…well, human and need to do human things like sleeping and eating.

Combined with no necessary human downtime, welding units are also not subject to human error or human limitations. Each movement of the robot arm and weld is precise, even on the most complex builds if they are configured correctly. This is consistent too because it does not decrease with fatigue.

By reducing errors, less material is wasted and by increasing the speed and precision (and reducing the spatter) of the weld, fewer consumables are burnt up. Combined, this has a significant positive impact on cost output and a strong improvement in productivity.

Another feature of robotics is its capability to withstand heat. It’s no mystery that welding is a job with risks (the iconic pull-down masks don’t exist for fun). Workers are exposed to high heats, airborne gases, molten materials and volatile objects. Robotic welding automation machines reduce the direct involvement of human workers, keeping them out of harm’s way.

professional welding

How to use a welding robot

Humans are not completely removed from the usage of robotic welding systems. To use a robotic welding unit, programs are inputted via the teach pendant and saved to the controller, telling the robot what to do. These programs move the welding robot and dictate the movement of the torch on the end of its arm, placing it exactly where it needs to perform tasks.

Robotic welding needs to be supervised constantly and maintained by a trained operator. If no one in a company’s employment has worked with robotic welding before, it’s advised to hire someone certified for this skill.

A trained technician will be able to resolve any on-site issues there and then while monitoring the capability of the machine for specific tasks. This helps reduce downtime and ensures smoother running.

The below outlines the process of a welding robot at work:

Welding instructions

Automated welding systems: A WORD OF CAUTION

We must just add a word of caution regarding the work holding jigs and the co-ordination of implementation.

  • The jigs are the make or break of a successful robotic welding system and can cost more than the robot itself. These jigs are normally designed and manufactured by an independent party.
  • The robot manufacturer generally does not get involved with the welding process itself.
  • The welding machine manufacturer generally does not get involved with the actual robots.
  • The integrator knows about robots and jigs but generally not the actual welding process.

This can make backup and support complex, the coordination of all four parties above is essential.

How much are Robotic Welding Machines?

Robotic welding machines are not a piece of equipment you can invest in if you’ve pulling pennies from the back of your sofa. However, they are a machine you can invest in if you want to improve your profits for the future.

The price of robotic welding units will depend on the power and reach requirements of the system and the quality of its components as well as the advanced technology of its programming device. Despite a rather considerate initial payment, robotic welders work (24/7 if you need them to) to return your investment.

Robotic welding jigs can be manually loaded with components or loaded with another robot and is some cases a robot has been used to hold the components while another robot performs the welding operation.

Without mistakes, material wastage and downtime, these machines are cost-effective for the long term to get your welding projects completed in good time and at great quality.

Robotic welder from Fronius

Best Robotic Welding Systems

For the best results, you need the best systems. Global market leader Fronius are at the forefront of welding technology and welding robotic systems. With a presence in over eighty countries, Fronius machines are changing the face of welding worldwide with large investments into research and development.

That’s why PWP take a huge amount of pride in providing our valued customers with units from this range that go above and beyond the call of duty for magnificent results.

From TIG systems to MIG Welding systems, through CMT & Plasma systems, the Fronius range of robotic welding systems provides solutions from simple to the sophisticated.

The following is a summary of the welding processes and their application to robotics:

MMA

The MMA welding process is not suitable for robotic applications.

MIG Welding

MIG welding is a robust & tolerant welding process which lends itself to robotic applications.

CMT Welding

The CMT process is derived from MIG welding and gives even greater process robustness & tolerance. In some cases, the CMT process can replace TIG or Plasma welding especially for the robotic welding of aluminium alloys.

TIG Welding

TIG welding can be problematic in robotic applications, consistence arc starting is an issue and as the wire feed is a separate component to the torch, accesses to the work can be problematic. If the join is an outside corner and not requiring any filler wire (called an autogenous weld) the TIG welding process can be successfully automated using robots.

Plasma Welding

Plasma welding has many advantages over robotic TIG welding, stand-off tolerance, narrow consistent arc, pilot arc running continually making main arc starting much more consistent and reliable. The down-sides are the filler wire feeding has the same problems as TIG welding and the sophistication of the equipment.

Having said that, plasma welding is sometimes the only process that can make the welding high enough quality.

Resistance Welding

Resistance welding is very suited to robotic applications. Sometimes the work is moved by the robot in relation to a fixed resistance welding machine and other time the welding head is on the robot which manipulates it around the workpiece. Once again the jigging or fixturing of the workpiece is one of the largest factors ii successfully implementing a robotic setup.

Who uses welding Robots?

With welding, the options are only as limited as your mind can imagine. From Chevrolets to Crates, from flashy Ferraris to Fencing, welding robots are the solution for manufacturers and businesses looking to increase their productivity, safety and reduce their downtime and wastage.

Compared to other welding options, welding robots give an unrivalled precision and pace that is simply not paralleled by human beings on large scale jobs and production lines. Alongside human employees, welding robots can change the way your company succeeds and allow you to venture forward toward ideas you previously thought were impossible.

welding in action

Where to buy welding robots?

PWP aims to help the Metal Fabrication Industry reach its full potential. We have an unwavering commitment to being a driving force for businesses everywhere that want to further their current system or discover the worthwhile investment of robotic Welders.

Our skilled team has extensive experience in the welding industry. This means everyone in our sales, administration, finance, store, and service departments are equipped to help you find the welding solution you seek. As a result, we are able to offer all-round assistance, advice and after-sales service.

So if you want to make improvements in your productivity or need more advice on why a welding robot is the best option for you, contact us today on 01234 345111 or email [email protected]

Bio of Author:

This article was written by Richard Fryer, a partner at PWP Industrial with 24 years of experience.

Richard

Passionate about supporting the professional welder and a demonstrated history of supplying products to the welding and fabrication industry, Richard is an invaluable asset to PWP Industrial and contributes toward the end goal of providing innovative solutions.

Connect with Richard on Linkedin.

Carcinogenic Welding Fumes: How To Reduce the Risk (2019)?

Hearing the news that welding fumes have been classified as carcinogenic (having the potential to cause cancer) is likely to be quite shocking for all welders.

Don’t worry, in this article, we will be answering all the burning questions you have regarding this news including how you can avoid welding fumes and mitigate the risks.

Welding fumes now classified as a carcinogen, but why?

The carcinogenicity of welding fumes was assessed by International Agency for Research on Cancer (IARC) in 1989 and classified as “possibly carcinogenic to humans”, based on “limited evidence in human beings” and “inadequate evidence” in experimental animals.

In March 2017, 17 scientists from ten countries met at the IARC to re-evaluate the carcinogenicity of welding and they found substantial new evidence from observational and experimental studies.

In the present evaluation, welding fumes and UV radiation from welding are classified as “carcinogenic to humans”.

Who is affected by the new classification of welding fumes as a carcinogen?

All workers, employers, self-employed, contractors, and any others that carry out welding, including mild steel, are required to ensure effective engineering controls are provided and correctly used to control fume.

Welding fume doesn’t just affect the welders themselves, it can also affect anyone that is working nearby. The research by IARC found a trend of various eye-related disorders such as cataracts or keratoconjunctivitis occurring in both welders and nearby workers.

In addition, Arc welding generates UV radiation, a risk factor for the rare cancer melanoma. IARC state in their report “Most case-control studies showed positive associations, with risks of developing ocular melanoma generally increased by between two-fold and ten-fold.

Two of three studies that assessed risk by duration of employment as a welder showed positive trends.

These studies also showed increased ocular melanoma risk associated with eye burns—a proxy for UV exposure—and one reported a positive exposure-response association for cumulative occupational exposure to artificial UV radiation, including welding.”

Pipe welding on the pipeline construction causing welding fumes

Also, most studies reported increased risks of lung cancer in welders or other workers exposed to welding fumes. Asbestos exposure and smoking could not explain the excess risk.

Regularly breathing in welding fume can also lead to pneumonia, occupational asthma, metal fume fever (caused by exposure to specific oxides produced when certain metals are heated, symptoms are similar to that of the flu), irritation of throat and lungs, and temporarily reduced lung function.

After reading through all of those risks, you might be feeling a little concerned, but don’t give up on your welding career just yet because, thankfully, these risks can be mitigated.

What can be done to prevent carcinogenic fumes for welders?

General ventilation alone is not enough, fume extraction and filtration must be put into place to minimise the effects of welding fumes as much as possible. There is currently no known level of safe exposure.

The best way to extract welding fumes and dust is by using Local Exhaust Ventilation (LEV). This video by Health and Safety Executive (HSE) does a great job of explaining what LEV is, its key components, and how the system works to protect health.

HSE’s key messages for buying LEV are:

  • Work out which jobs and activities cause exposure.
  • Write down what the LEV needs to do – get a reputable supplier to advise you.
  • Get the right type of LEV to control exposure.
  • Involve your employees in LEV design or selection.
  • Make sure the LEV is installed properly and works effectively.
  • Make sure the LEV has airflow indicators (or equivalent).
  • Make sure the supplier provides a User Manual and Log Book (or equivalents).

HSE’s key messages for using LEV are:

  • Manage the checking and maintaining of the LEV system.
  • Train employees to use the LEV properly (ask a supplier for help).
  • Follow instructions in the User Manual (or equivalent).
  • Fill in the Log Book and get repairs done.
  • Get the LEV thoroughly examined and tested annually.
  • Use the thorough examination report as an ‘audit’ and improve if necessary.

 PWP Welding fumes extractor

What is the best RPE for welding fumes?

Where engineering controls are not adequate to control all fume exposure, adequate and suitable respiratory protective equipment (RPE) is also required.

Adflo systems are available at PWP industrial, including the new Adflo Turbo powered air respirator with self-adjusting breathing tube QRS, airflow indicator, prefilter, spark arrestor, particle filter, standard battery, and a charger that incorporates a Li-ion battery, making the turbo almost 20% lighter in weight.

B

Adflo™ systems deliver fresh, filtered air to the wearer, with a comfortable lightweight design and long-lasting battery.

With the right type of filter, the Adflo respirator effectively protects you against both particles and gases all in one system. An odour filter can even be added to remove unpleasant smells.

In addition, the airflow is always a constant nominal rate of 170 litres per minute, regardless of the battery’s charge or the particle loading of the filter.

The lightweight Lithium-ion battery fully charges in 4-5 hours and has an operating time of 7-9 hours. If you need to extend operating time, there is also a heavy-duty battery option available.

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What PPE should welders use to prevent exposure to welding fumes?

PWP Industrial can supply Kemper’s high quality mobile welding fume extraction units.

There are several models that provide different levels of protection, from a basic unit for occasional use during welding to an advanced unit for heavy use thanks to a high capacity and safe filter change. The best model for you will depend on your application and budget.

These mobile fume extractors are ideal for facilities that require welding fume extraction in multiple locations, including maintenance departments, general fabrication and industrial welding.

They’re also the perfect choice for small shops or companies with only a few welding stations.

MIG fume torches are also available at PWP Industrial. These fume extraction MIG torches are the best we’ve seen yet!

With models from 300-500amp available, they feature a special extractor nozzle to minimise the shield gas disruption. These torches would be classed as on-tool extraction, a specialised type of local exhaust ventilation.

Full welding helmets paired with 3M’s Adflo powered air-purifying respirator system can also be used to further reduce exposure to welding fumes.

Disposable dust masks can offer reasonable protection for short jobs but they must be properly fitted to the person using it.

One type of mask does not fit all. This type of RPE is relatively cheap but they are often replaced on a daily basis meaning costs involved in their long-term use may be significant.

You should also reduce the time the welder is forced to breathe the fume directly from the torch.

This can be achieved by minimising the amount of work carried out in confined spaces, using turntables or other devices to weld in a position where the fume rises away from the welder’s face and reducing internal welding.

SAFETY & PPE PRODUCTS

mobile weld welding fumes extraction

Where are carcinogenic welding fumes most likely to occur?

The IARC found that exposure to all welding fume, including mild steel welding fume, is carcinogenic, although it is generally accepted that stainless steel fume is more hazardous than mild steel fume due to the higher chromium and nickel content.

Whilst TIG and flame welding techniques don’t usually involve putting the consumable directly into the arc, they generate much less visible fume particles.

For techniques such as resistance welding and plasma cutting, the health risk from the gases found in the fume becomes as important as the risk from metal particles in the fume.

Welding fume is a complex and varying mixture of airborne particles, vapours and gases which arise from the thermal manipulation of metal materials.

The fume particles formed from the vaporisation of molten metal as well as by-product vapours and gases may cause a wide range of adverse health effects.

Welding fume produced by aluminium welding risks exposure to ozone, which can result in streaming eyes, nose and a sore throat. It can also aggravate existing medical conditions such as asthma.

For Arc welding, the visible fume comes mostly from the filler wire when it’s exposed to the electric arc. Many of the common metals used in filler wires are harmful and several have Workplace Exposure Limits.

Welding fumes graphic chart

When should welders be concerned about carcinogenic fumes?

Welders should always be concerned about carcinogenic fumes as there is currently no known level of safe exposure. According to HSE welders should:

  1. Make sure exposure to any welding fume released is adequately controlled using engineering controls (typically LEV).
  2. Make sure suitable controls are provided for all welding activities, irrelevant of duration.  This includes welding outdoors.
  3. Where engineering controls alone cannot control exposure, then adequate and suitable RPE should be provided to control risk from any residual fume.
  4. Make sure all engineering controls are correctly used, suitably maintained and are subject to thorough examination and testing where required.
  5. Make sure any RPE is subject to an RPE programme. An RPE programme encapsulates all the elements of RPE use that you need to consider to ensure it is effective in protecting the wearer.

A panel of experts from industry, consultancies, academia and the HSE formed a working group to create a web tool on breathefreely.org.uk in order to inform managers and supervisors of welders about the best welding fume controls available to protect their health.

You only have to answer 4 simple task-related questions and the tool will produce a guidance sheet with the optimum control solution based on the responses.

Launch the tool

How does a welding fume extractor work?

Welding fume extractors come in different forms and work in different ways, the mobile fume extraction units from Kemper extract welding fumes at the source. The welding fume extractor cleans the air of harmful chemicals and particles. The contaminated extracted air is transported to the high capacity filter.

Some systems come with disposable filters and some are available with cleanable and reusable filters.

Where to buy welding fume protection supplies?

PWP Industrial stocks a comprehensive range of welding supplies including fume extraction, RPE for welding and fume extraction MIG welding torches.

We will go the extra mile to find the product you want, we can even modify existing products or manufacture a bespoke product to suit your requirements.

We also know how important it can be for welding supplies to be delivered quickly, that’s why we offer next day delivery for orders placed before 3:00 pm.

EXPLORE WELDING PRODUCTS

Where to get advice on welding fumes?

We are incredibly passionate about the welding and manufacture industry and we want our customers to achieve success – we see ourselves as success enablers.

We have advised global industry leaders on their welding and manufacturing processes and our skilled team has extensive experience in the welding industry. As a result, we are able to offer all-round assistance, advice and after-sales service.

If you need advice on reducing exposure to welding fumes, we’re here to help.

Get in touch with us today on 01234 345111, [email protected] or fill in our online enquiry form.

Bio of Author:

This article was written by Richard Fryer, a partner at PWP Industrial with 24 years of experience.

Richard

Passionate about supporting the professional welder and a demonstrated history of supplying products to the welding and fabrication industry, Richard is an invaluable asset to PWP Industrial and contributes toward the end goal of providing innovative solutions. Connect with Richard on Linkedin.