When working on jobs in hazardous environments with particles and chemicals, having a hazmat suit is often extremely important. One of the top brands of hazmat suits, Tyvek® by DuPont, ensures protection against substances like spray paints, sanding and grinding waste, lubricants, dirt, grime, oil, grease, animal waste, and fertilizers. They are also extremely effective against hazardous particles and aerosols such as: lead and asbestos, chromium, beryllium, mold, fertilizers, pesticides, fiberglass, carbon, isocyanate, and radioactive particles. Garments made with Tyvek® offer an ideal balance of durability, breathability, and comfort to protect industrial and healthcare workers.
This chart summarizes the hazardous and non-hazardous applications and environments that DuPont Tyvek, ProShield®, NexGen® and Tempro® suits are qualified for.
The DuPont Tyvek HazMat Coverall Suit with the attached hood and booties is the most popular item for professionals performing various jobs. Some of these applications include: oil and epoxy-based paint spraying, lead and asbestos removal, mold treatment, general clean up and maintenance work, healthcare, and DIYers working on home improvement projects. The TY122SVP Coverall Suit stops dangerous particles down to 1 micron in size. Another advantage of Tyvek safety suits is that they are breathable, so workers won’t get too hot or uncomfortable. Tyvek HazMat suits have been engineered for enhanced worker range of motion and durability. The DuPont Tyvek suits are disposable and cannot be cleaned or reused if there is any exposure to infected particles.
It is important to know that Tyvek can only handle a light liquid splash, so it is typically used for protecting against dry substances such as dust. If you need protection against hazardous liquids, a DuPont Tychem Suit is an excellent choice. It was designed especially for biological and chemical protection. The fabric seams are sewn and covered with a strip of compatible material that is heat-sealed. The recent Ebola outbreak in West Africa that had infected 28,000 patients and resulted in more than 11,000 deaths, resulted in a huge demand for Tychem suits to ensure healthcare workers’ safety.
Supplying our team of experts with accurate hazard, chemical, and exposure evaluation information is critical when placing your order, so you can obtain the best PPE recommendations for your application. If you have specific questions about the type of protection Tyvek and Tychem suits offer, please call us at 800-829-9580, or visit us online at www.pksafety.com.
To learn more about DuPont suits, please click on the links below to read the articles:
Image: Courtesy of Joe Raedle
By NSA Marketing team
Heat stress refers to the body’s inability to perform its natural cooling process, resulting in a failure to regulate body temperature. This can result in fatigue, dizziness and ultimately, heat stroke. While heat stress can be attributed to external factors like temperature, other factors such as workplace uniforms and work environment can also contribute to the impact of heat on the body.
A worker may not consciously realize the effect of his or her garments on core body temperature. In reaction to a rising body temperature, a worker may roll up sleeves, unbutton a collar or leave a shirt untucked, leaving them non-compliant and at increased risk of injury. OSHA cites the “use of bulky or non-breathable protective clothing and equipment as a factor that puts workers at a greater risk for heat-related illness.” As much as 89% of workers have observed fellow workers failing to wear personal protective equipment because of discomfort. When building a personal protective equipment (PPE) program for use in hot weather environments, special consideration must be given to keep workers as safe and comfortable as possible on the job.
Total heat loss (THL) is a method that measures the maximum workload or metabolic activity rate a person can sustain while maintaining thermal comfort in PPE. THL measures the amount of conductive (dry) and evaporative (wet) heat loss that occurs through the fabric of a PPE garment.
By placing fabric samples on specially designed plates that simulate hot, sweaty skin under controlled lab conditions, the ability of the fabric to transfer heat can be precisely measured. In hot conditions, a fabric that holds less heat is more desirable to allow excess heat to move away from the body. When specifying protective clothing, a garment’s THL performance should be taken into consideration. Employees in physical roles may face discomfort, physiological strain, decreased productivity and performance, and potentially increased accident rates on the job. A work uniform with better THL performance can have an impact on these challenges.
Comfort increases compliance…
Comfort reduces distraction…
Comfort reduces the risk of heat stroke…
Based on end user research, a comfortable garment has three important characteristics:
When evaluating uniform choices, specifiers should consider how each work uniform will affect worker safety and comfort level, which can have an impact on overall productivity5. Each garment should be assessed not only in terms of breathability but moisture-wicking ability and weight as well. The more employees can customize their personal uniform using garment layers, the better the chances they will remain comfortable, safe and compliant.
This article was originally published on the NSA Blog, July 17, 2017.
PK Safety experts are here to help you with finding the proper protection solution for your application. Call us at 800-829-9580, or visit us online at www.pksafety.com.
Choosing the right respirator and protective clothing for your painting project depends on numerous factors. The most important being the type of paint that will be used (solvent-based, water-based or powder paint), and the kind of paint application you are going to use (spraying, airless spraying, roller painting, dip coating, brush painting). In addition to the painting process, personal protection is also helpful for the prepping stage of the project. When preparing surfaces for painting, cleaning and degreasing can expose you to numerous health risks. Along with the general protective measures, like working outside or in a well-ventilated area and covering up any exposed areas, wearing protective clothing and using personal protective equipment is extremely helpful.
The aerosol spray can was invented in 1927 by Erik Rotheim. Spray can insecticides were developed to protect US troops against malaria in the Pacific during the World War II. Today, more than one method of spray painting is used: air gun spraying, HVLP (High Volume Low Pressure), LVLP (Low Volume Low Pressure), electrostatic spray painting, air assisted airless spray guns, airless spray guns. These methods of painting are fantastic for paint jobs in the industrial sector, but they also create a toxic environment in the working area. You will need reliable well-fitted PPE to successfully complete your painting projects.
What to look for in a respirator? First, verify that it is NIOSH–approved, then check its filter capacity, a level of comfort, and determine if you need a disposable or a reusable respirator. The type of filter you choose should be based on the type of paint you use, your application method, and your budget.
We recommend this hassle-free Premium Paint Respirator kit for pesticide and paint spray.
Kit Includes a 3M 7500 series half mask respirator, a pair of 3M 6001 organic vapor cartridges, a box of 3M 5P71 P95 prefilters, and a pair of 3M 501 filter retainers. Add the alcohol-free cleaning wipes to your cart to make sure you are able to clean your respirator when needed. These wipes will not harm even the most sensitive parts of your respirator!
Read what our customers are saying about the benefits of buying the kit versus purchasing the items separately.
“I like that they set up the kit for you based upon your needs. I am far from an expert in respirators but I could probably have figured out what I needed after hours of research and a few phone calls. In this case, I just called and they hooked me up in a few minutes with exactly what I needed for a competitive price and oh yeah, I actually don’t mind wearing the gear! It’s a great fit and very comfortable. I figure I saved at least $100 or more in time using them.”
“I picked this up to replace an older, cheaper 2 canister respirator I had. The company that made it was bought by 3m and 3m no longer sold the canisters. I’m glad I upgraded. I picked the 7500 series over the next series down because of the soft silicone face piece. It is VERY comfortable. And PK has a part number which gets you all the necessary 3M parts to have a complete mask w/ dust pre filter. The first day I used it, a skunk had visited outside my shop, but the filters stopped even that odor, as well as the paint fumes :)”
Eye protection is critical in maintaining safety at a job site. Commonly called “chemical splash goggles,” the Pyramex G204 Goggles are a great choice for painting jobs because they contain indirect vents to restrict the influx of liquids and a convenient elastic headband.
Here is what one customer had to say about the product:
“If you are renovating, or demoing – these are a must have! They do an excellent job of protecting your eyes from falling debris or dust. We’re removing old plaster and lath, and these were a lifesaver. I looked a little like a mad scientist, but I wore them every day on site.”
If you are wearing prescription glasses, the most suitable option will be Pyramex Capstone Anti-Fog Safety Goggles with 100% polycarbonate, scratch-resistant lenses. The benefit of using them is that they have enough room to fit your prescription glasses. If you are painting outdoors, these goggles offer 99% protection from harmful UV rays.
Check out what a customer thought of these Goggles and the benefits they provide:
“I love these goggles. They fit perfectly over my prescription glasses. It has never fell down and won’t let anything in, except air to keep them from fogging up. These glasses are not costly at all and I’ve been searching forever. Hope they last a long time!”
Hand protection is vital when you are performing painting either on a regular basis or just from time to time.
The Memphis 9688 Flex Tuff II Gloves are among the most popular safety gloves. They feature a breathable 10 gauge grey cotton/polyester knit shell, coated with a grey latex dip to provide a rough finish for better grip and wear. The gloves are made in the shape of a relaxed hand for extra comfort. These general purpose safety gloves are great for painting and demolition work.
Check out our customers’ feedback:
“Purchased these gloves for hazmat work and found them more versatile and comfortable to wear performing a host of projects. They are flexible and allow for far better dexterity than lesser gloves at many times the price.”
Protective clothing is an essential part of your protective gear. Disposable coverall suits are the best for any painting applications.
This lightweight disposable Tyvek coverall features an attached hood, non-skid booties, and elastic wrist for the total body coverage. Wear it with a respirator and protective gloves to be completely covered. The suit can be used for asbestos removal, fiberglass insulation, painting, and insecticide application inside rafters.
Check out our customers’ feedback:
“Works great! It’s thin, and you will sweat like crazy in a warm attic, but it works great and I am buying more to have around whenever I need to go into the attic. We also used it to paint the ceilings in our entire house with a spray gun.”
When it comes to your safety, you should always put it first. We have what you need to complete your painting project safely. To easily get in touch with us for some good advice, call us at 800-829-9580, or visit us online www.pksafety.com.
If you or your employees are working in conditions with low light or poor visibility and are not wearing appropriate high visibility clothing, the risk of being struck my moving equipment or vehicles is much higher than when you are. Hi-vis garments include vests, shirts, jackets, coveralls and rainwear made with yellow-green, orange-red, or red ANSI-compliant fabric. These pieces of high visibility workwear can also have additional heat transfer reflective tape on arms, chest, legs, waist, and/or back areas. The specific function of high visibility clothing is to alert drivers of your presence on the site as early as possible, so they have more time to react and prevent an accident.
The American National Standard for High-Visibility Apparel (ANSI/ISEA 107-2015) provides guidelines for road construction, railway and utility workers, law enforcement, emergency response personnel, field surveyors, and airport crews.
The need to be seen while working in any lighting conditions and against any complex backgrounds is recognized as a critical issue for worker safety.
To be compliant with the ANSI standard, the material that hi-vis clothing is made of must be in one of the following three colors: yellow-green, orange-red or red. Fabrics that maintain fluorescent qualities after washing include polyester, nylon, and acrylic. While the fluorescent material is effective during the day, it doesn’t provide much of a visibility improvement for low light periods and at night. That is why OSHA requires that high visibility garments also be fitted with retro-reflective components, such as heat transfer reflective tape. While fluorescent fabric improves daytime visibility, reflective tape shoots light back at the source in the absence of natural light. When combined, these two applications can significantly improve visibility in a 360 degrees radius.
Different situations require different levels of visibility. Reflective vests are placed into three different HVSA types for uses, and performance classes for the level of visibility.
The distinction between types lies under the required minimum amount of background material. Hi-vis pants, bib overalls, shorts, gaiters are non-compliant if worn alone. Optional high visibility accessories, such as headwear, gloves, arm/leg bands are also non-compliant if worn alone.
The distinction between performance classes lies under the specified minimum design requirements for the background materials, retro-reflective and combined performance materials, and the width of reflective materials.
Use the table below to understand Fabric and Reflective Requirements Broken Down by Type and Class:
|HVSA Garment Type||O||R||R||P||P|
|ANSI Performance Class||1||2||3||2||3|
|Background Material Amounts||217 in²||775 in²||1240 in²||450 in²||775 in²|
|Reflective Material Amounts||155 in²||201 in²||310 in²||201 in²||310 in²|
|Width Minimums of Reflective Material||1″||1.38″ (1″ for split trim designs)||2″ (1″ for split trim designs)||2″ (1″ for split trim designs)||2″ (1″ for split trim designs)|
Challenges of Using and Maintaining Hi-Vis Gear:
Keep in mind that enhanced visibility garments are not the same as high visibility garments. For instance, regular apparel having just a reflective tape is called an enhanced visibility garment. This type of clothing typically is non-ANSI-compliant and may be used only for workers in low-risk areas and in non-complex work environments. Performance Class 2 or 3 meet the requirements of the ANSI Standard for High-Visibility Safety Apparel and Headwear. Construction, maintenance, survey, landscaping, towing, paving, flagging, emergency, and utility workers are required to wear certified Class 2 or Class 3 high visibility gear.
Don’t be invisible while working in a dangerous work area, wearing proper hi-vis safety clothing will prevent accidents and save lives.
Mold remediation is the process of removing mold and repairing mold-related damage in buildings. There are two important things to remember when dealing with mold: it is easier to prevent mold by controlling moisture and monitoring humidity levels; and when you face the mold danger, it is urgent that you take care of it immediately since it is harmful and is able to spread very fast. Studies have found that mold grows on materials that remain wet for 48 hours. A simple and easy way of preventing mold buildup is keeping moisture away by ventilating, ensuring there are no water leaks, and that the plumbing system is functioning well. Sinks, toilets, tubs, hot water heaters, roofs, and attics need to be checked for leaks. Windows and doors on exterior walls have to be tightly sealed. If the basement smells damp or musty, use a dehumidifier to prevent mold.
People can be exposed to mold through skin contact, inhalation, or ingestion. The majority of fungal spores have aerodynamic diameters of 2–10 µm, which allows particles to be deposited in the respiratory system. Prolonged exposure to high levels of mold can cause hypersensitivity pneumonitis – an immune-mediated disease also known as woodworker’s lung, malt worker’s lung and farmer’s lung disease.
The Department of Health has developed guidelines for cleaning up mold contamination. The following 4 basic steps are necessary for quickly remediating mold problems:
Step 1: Perform mold growth assessment
First, calculate the extent of the contamination. Assessing mold growth involves more than just looking at what is visible: mold can be an invisible threat. Behind any mold growth there is a moisture problem. Identifying the source of moisture will help you locate all mold, not just what is visible. Next, repair water leaks to prevent new growth by addressing the moisture source: fixing the plumbing system or sealing the windows, doors, and roofs.
Step 2: Remediate mold contamination
Remediation involves cleaning up existing mold-infected areas while avoiding exposure to mold. Calculating the scope of contamination is necessary: DIY project is possible for Level 1 (up to 10 square feet) and Level 2 remediation (from 10 to 30 square feet). For contamination areas larger than 30 square feet, only mold remediation specialists are qualified to perform the cleanup.
Step 3: Cleanup
The cleanup process is the same for Level 1 and Level 2 mold remediation and consists of these 5 steps:
1. Repair the water problem.
2. Isolate the contaminated area.
3. Clean. The cleaning process for Level 1 differs from Level 2 at this point. For Level 1, it is enough to clean the area with a damp cloth and a detergent solution. Level 2 requires vacuuming all the surfaces with a HEPA vacuum and then cleaning all surfaces with a damp cloth. Remove all wet and mold-damaged porous materials and discard them in plastic bags that are at least 6 millimeters thick, tie the bags closed. Wipe the outside of the bags with a damp cloth and a detergent solution prior to leaving the contamination area, and dispose of them in a regular trash can.
4. Visibility test. All areas should be visibly free of contamination and debris — no dust and dirt means no mold.
5. Dry. Cleaned materials should be dried to allow leftover moisture to evaporate. To speed up the drying process, use fans, dehumidifiers, or raise the indoor air temperature.
Step 4: Determine if the cleanup has been successful. The fact that there is no visible dust or dirt does not mean that you are done with your mold remediation project. The final step is to check if there are still signs of mold-damaged materials or moldy odors.
Minimizing exposure to mold involves administrative and engineering controls, and using PPE.
Administrative controls include identifying and restricting access to mold-contaminated areas and minimizing aerosol-generating activities by suppressing dust.
Engineering controls include ventilating mold-contaminated areas and using heavy equipment with sealed positive pressure, air-conditioned cabs that contain filtered air recirculation units to protect workers.
The main purpose of PPE in a mold-contaminated environment is the prevention of the inhalation and the ingestion of mold spores and eliminating the possibility of mold contact with skin and eyes. The minimum personal protection equipment for mold remediation includes goggles without vents, a respirator, a coverall, and rubber gloves.
Long gloves that extend to the middle of the forearm are recommended. When using the chlorine bleach or a strong cleaning solution, gloves made from natural rubber, neoprene, nitrile, polyurethane, or PVC are an ideal solution. When using a mild detergent or plain water, household rubber gloves can be used. Latex or non-latex medical examination gloves should be used if hands are likely to be in contact with infectious materials. The appropriate personal protective clothing (reusable or disposable) is recommended to minimize cross-contamination between work areas and clean areas. Tyvek coverall suits with attached hood and booties are perfect for mold remediation since they protect your whole body and are easy to put on and take off.
Safety glasses or goggles with open vent holes are not a good choice for a mold remediation project. To protect eyes, a full face respirator or goggles designed to prevent the entry of small particles are needed.
The best respirators for mold remediation include full face and half mask models: an N-95 Respirator Mask, an N-99 Respirator Mask, an N-100 Respirator Mask, a half-face respirator, and a full-face respirator. Some of the most popular brands that offer good protection against mold are 3M and Moldex.
You also need additional equipment for your mold remediation project: a vacuum with a HEPA filter and large sheets of heavy plastic to tape over doorways and air vents to prevent the spread of mold spores to other areas of the building. A negative air machine is also recommended to help with removing airborne mold.
When it comes to mold, the key is to implement a comprehensive moisture management strategy. For more info go to: https://www.cdc.gov/mold/cleanup.htm
We get so many questions these days about how best to protect families from Ebola. We all know even basic protective clothing is in short supply because of the worldwide reaction to this frightening disease. But let’s not give up all hope just yet.
If you are worried about protection from infectious diseases – this is code these days for Ebola – there are simple ways to protect yourself and your loved ones from brief contact with an infected person. While sustained contact with an Ebola patient calls for more extreme methods of protection, not getting infected from incidental contact is as much about the right mindset as it is about high-tech protective clothing.
Like everyone out there, we are in short supply of the types of disposable DuPont clothing designed to protect first responders. In fact, our Head Honcho here at PK Safety was recently interviewed by Time Magazine about preparing for the apocalypse. But a short supply of some items doesn’t mean there is no protection available.
Simple N95 disposable respirators are still in stock and do provide protection against airborne infection. These are the types of masks the CDC recommended during the avian flu scare. Do these provide complete protection from a massive cloud of infected aerosol? Probably not. But if your challenge is making it to the grocery store and back with the best, most reasonable protection available, simple, disposable personal protective equipment (PPE) is available.
Most of us are aware that Ebola is contracted through bodily fluid exchange with an infected person. Blood, sweat, and excrement make up the mass of infected material, therefore keeping safe is a matter of keeping these infected items away from your eyes, ears, nose, mouth, and exposed cuts. And that’s really the best answer – keep your cuts, eyes, nose, and mouth covered.
You don’t need a full-face Moldex respirator to keep you safe. Sure, they’re great. But they’re also expensive, and overkill (currently) for your trip to the Piggly Wiggly. Chemical splash goggles also provide excellent protection. But your old, ugly wrap-around sports glasses that your wife won’t let you wear anymore can provide a significant level of protection from airborne particles as well.
If you feel there was any possibility for infection then remember to leave those dust mask (ie. disposable respirator) outside after you’ve taken it to a potentially infected area. And you’ll need to actually dispose of it. Don’t re-use something that has been potentially infected.
Boots like the Onguard PVC boots can be reused if they are carefully cleaned after each trip. Leave these outside as well. The DuPont Tyvek suits cannot be cleaned or reused if there was any exposure to infected particles. And while they’re not what you want in the WHO tent in Liberia, they do supply light liquid splash resistance and are a barrier to particulate matter.
Gloves are also important. Just remember disposable gloves are just that – disposable. Tyvek suits and disposable gloves are not designed for doctors, first responders, or care-givers to people with Ebola. What they can provide is coverage for your body. For now, for the vast majority of possible contact with this frightening virus, it will suffice.
The need to be seen is especially important for workers who spend their days around moving traffic. Garbage collectors, utility workers, school crossing guards, and airport baggage handlers all fall into this category. These folks have specific safety precautions they are required to take under ANSI/ISEA 107-2004 which is the authoritative government tome on reflective and high-visibility clothing. But there are more options when meeting those standards than you might think.
This series of recommendations reached the standard of law when it was incorporated into the Federal Highway Administration’s Manual on Uniform Traffic
Control Devices (MUTCD). It requires, among other things, their clothing be of a certain visibility, measured in brightness, and have very bright reflective capabilities which are measured, like a light, in lumens.
Most people think of Class 2 clothing in terms of the reflective safety vests seen on so many workers, but Class 2 clothing isn’t limited to vests. In addition to comfortable reflective sweatshirts there are also less obvious reflective clothing solutions. The Reflective Hi-Vis Harness Work Vest provides not only fall protection, but also visibility insurance. Bridge workers may need this type of dual protection.
For the rainy season, there are lots of options that provide not only excellent protection from the precipitation and cold, but also give workers the reflective profile that is especially important when visibility is at its worst. The Waterproof Bomber Jacket actually meets Class 3 requirements which apply to workers who may be around traffic moving in excess of 50 mph. Class 3 garments are also required to be seen from a minimum distance of 1,280 ft.
Another high visibility option, excellent for rain, but less geared toward warmth is the 2-Piece Hi-Vis Rain Suit – as reflective as it is fashionable. The important thing to remember is that garbage collectors and others who spend their days working around moving traffic have options when it comes to meeting their Class 2 ANSI reflective clothing requirements.