REFRIGIWEAR KNOWLEDGE CENTER
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Buyers Guides
- HOW TO USE COMFORT RATINGS
- BUYERS GUIDE: INSULATED WORK GLOVES
- BUYERS GUIDE: COLD WEATHER WORK BOOTS
- BUYERS GUIDE TO PAC BOOTS
- BUYERS GUIDE TO BASE LAYERS
- BUYERS GUIDE: PANTS OR BIB OVERALLS?
- BUYERS GUIDE: COVERALLS OR BIB OVERALLS?
- BUYERS GUIDE TO GLOVE DIPS & COATINGS
- LATEX vs. NITRILE COATED: WHICH IS THE RIGHT GLOVE?
- WHAT KIND OF WORK GLOVES ARE RIGHT FOR MY JOB?
- HAND PROTECTION THAT KEEPS PRODUCTIVITY HIGH
- THE IMPORTANT ROLE OF HAND PROTECTION
- VITACOMFORT: A NEW LEVEL OF COMFORT & SAFETY
- WHAT TO LOOK FOR WHEN CHOOSING A WINTER WORK COAT
- WHY IS SYNTHETIC INSULATION BETTER?
- AIRBLAZE INSULATION DELIVERS MORE WARMTH WITH LESS WEIGHT
- WARMPLUS GRAPHENE LINING MAKES WARMER WORK GEAR
- DON'T COMPROMISE PROTECTION FOR PERFORMANCE
- WHY SOFTSHELL JACKETS ARE PERFECT FOR WORKING IN THE COLD
- EMBRODIERY
- Case Studies
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Best Practices
- COLD TIPS
- HOW TO STAY SAFE IN CONCRETE CONSTRUCTION
- HOW TO USE GLOVE LINERS
- THE IMPORTANT ROLE OF HAND PROTECTION
- PROPER FOOT CARE FOR WORKING IN THE COLD
- HOW TO PREVENT SLIPS, TRIPS & FALLS
- HOW TO CHOOSE HIGH-VISIBILITY WORKWEAR
- HOW TO LAYER WITHOUT OVERHEATING
- HOW OVERDRESSING HURTS PRODUCTIVITY
- HOW TO DRESS FOR WORKING IN THE COLD
- SAFETY TIPS FOR WORKING IN THE RAIN
- HOW TO DRESS FOR WORKING IN DIFFERENT TEMPERATURES
- HOW TO STAY SAFE & WARM WHILE WORKING OUTSIDE IN THE WINTER
- HOW TO STAY WARM WORKING WITH PRODUCE
- PREPARING FOR TEMPERATURE SWINGS
- THE SCIENCE OF STAYING WARM
- HOODS OR HATS: WHICH ONE IS SAFER?
- HOW DRIVERS & TRANSPORTATION WORKERS STAY DRY
- PERSONAL PROTECTIVE GEAR EVERY DRIVER NEEDS
- CHALLENGES OF WORKING IN LOW TEMPERATURES AS A DRIVER
- PROTECT YOUR TRUCK DRIVERS WITH HIGH-VISIBILITY WORKWEAR
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Industry Knowledge
- TRADESHOWS & EVENTS
- KEY TERMS & DEFINITIONS
- BEST CLOTHING FOR MAINTENANCE STAFF IN FOOD PROCESSING
- HOW DO I STAY WARM WHILE WORKING IN MEAT PROCESSING?
- HOW TO STAY WARM IN A COLD STORAGE FREEZER
- 5 IMPORTANT PIECES OF CLOTHING FOR COLD STORAGE WORKERS
- GEAR THAT DRIVES PEAK PRODUCTION AS A FORKLIFT DRIVER
- CHALLENGES OF WORKING IN LOW-TEMPERATURE INDOOR ENVIRONMENTS
- PROTECTING PERISHABLES IN FOODSERVICE DISTRIBUTION
- TEMPERATURE CONTROL UNDER FSMA
- BEST HIGH-VISIBILITY JACKETS FOR CONSTRUCTION WORKERS
- COLD WEATHER SAFETY CHECKLIST FOR CONSTRUCTION WORKERS
- TOWER CLIMBER'S GUIDE TO WORKING OUTSIDE IN WINTER
- UTILITY WORKER'S GUIDE TO KEEPING WARM IN WINTER
- HOW TO IMPROVE DRIVER RETENTION AND RECRUITING
- THE IMPACT OF PROPER ERGONOMICS ON DRIVER WELLNESS
- QUALITY WON'T BE COMPROMISED
- WHY IRON-TUFF IS THE MOST ICONIC COLD WEATHER CLOTHING
- WHY ALL WORKERS NEED HIGH-VISIBILITY WORKWEAR
- HOW TO SAFE IN LOW VISIBILITY & HIGH TRAFFIC CONDITIONS
- THE REAL COST OF HIGH EMPLOYEE TURNOVER
- HOW DOES PPE AFFECT YOUR BOTTOM LINE?
- MEDICAL COSTS OF PREVENTABLE INJURIES
- HOW TO STAY SAFE IN CONCRETE CONSTRUCTION
- HOW TO IMPROVE EMPLOYEE RETENTION IN COLD STORAGE
- Use & Care
HOW TO USE REFRIGIWEAR COMFORT RATINGS TO CHOOSE INSULATED GEAR
Every situation is different, and it can be difficult to decide what kind of cold weather gear you need just based on your job title. For example, if you work on a dock or are a driver, temperatures in Arizona vary greatly from temperatures in Maine during the winter.
RefrigiWear uses Comfort Ratings to help you better understand how our winter workwear can be, so you can choose the level of warmth that’s right for you and your work.
What Are Comfort Ratings?
A comfort rating is a temperature or temperature range for which a particular piece of outdoor winter workwear would protect you. RefrigiWear insulated work clothes are rated from -60°F to 10°F, insulated footwear is rated from -60°F to 10°F and insulated gloves are rated from -30°F to 10°F.
Why Use Comfort Ratings?
Comfort ratings give you a starting point when determining what insulated workwear would be ideal for your situation. RefrigiWear products stretch across many temperature zones so these comfort ratings can guide you in the right direction. In fact, we have a range of -60°F (Extreme Collection) to 0°F to 30°F (Softshell). When you need outdoor winter workwear, start with the comfort rating.
How Are Comfort Ratings Determined?
We have many ways to determine what the comfort rating should be on a specific product from scientific testing to firsthand experience. Our product lines and insulation packages are temperature tested in a research facility, but we also have over 65 years of experience and knowledge in manufacturing insulated workwear.
In fact, our nationwide team visits customers using refrigerated environments every day to gain firsthand experience with what workers and consumers face in the cold. We combine our scientific testing, on-the-ground experience and 70-plus years of knowledge to determine comfort ratings, so we can help customers determine the best outdoor winter workwear for their situation.
Personal Factors Can Affect Comfort Ratings
Comfort ratings serve as a guideline, but there are other factors that can affect whether that garment will be too warm or not warm enough for you. One of the biggest factors is your activity level. You may need something with a warmer comfort rating if you are sedentary versus someone who is actively moving around. For example, if you are in a 0°F environment you may need something that is rated to -20°F if you are not actively moving around.
Another aspect that can affect comfort ratings is a person's physical condition such as metabolism, weight, circulatory issues, heath problems, and age. Keep in mind, when looking at comfort ratings for insulated clothes, you may need something rated lower than your cold environment if you tend to stay colder than others in other situations. Other things to remember are the duration you will be in the cold temperatures, how acclimated you are to working in that environment and what other products you are wearing.
Environmental Conditions Affect the Insulated Clothes You Choose
Another factor to consider when selecting a comfort rating is the other elements impacting the environment, such as wetness and wind. For example, the temperature in a refrigerated warehouse may remain constant while temperatures in alpine conditions may change considerably based on wind and precipitation. In these latter conditions, the comfort rating of your insulated clothing may need to be warmer than just the air temperature. You will also want to consider the windproof and waterproof properties of clothing you wear in colder weather and working environments.
Use Layering to Prevent Overheating
It is possible to be too warm. If you start sweating or are wearing something that doesn't allow your body to breathe, then that sweat will cause more damage, such as hypothermia. A simple way to prevent yourself from getting too warm is to wear layers. Comfort ratings can help you build a layering system and see what would work well together.
You may realize that you don't need a -50°F jacket and bibs so try something less warm like a -20°F selection or maybe you just need an insulated sweatshirt and bibs. If you work in different temperatures throughout the day layering can be key. Instead of a jacket with non-insulated pants, wear a vest and sweatshirt. Don't forget about base layers, which can be added underneath most products.
When it comes to work gloves, explore glove liners that can go inside heavier gloves for when you go into a freezer or colder temperature. Insulated mitts can be worn with a liner as well, and can be warmer than gloves. Insulated work boots should be paired with thermal socks – just make sure they aren't cotton. You want acrylic, polyester or a wool blend. Headwear is available in a wide variety including masks, hats, caps and gaiters to make sure you get the protection you need.
RefrigiWear Can Help
RefrigiWear is available to help you choose the best cold weather gear for your situation. Contact our Customer Service team to get advice on what would work best for you.