Welcome to the Westex Blog

Where we share our perspective on current trends, best practices, and the future of FR safety.

The Last Line of Defense: Four Ways Daily Wear FR/AR PPE Improves Safety Programs

For worksites where short-term thermal hazards are present, flame resistant (FR), arc-rated (AR) personal protective equipment (PPE) is a critical component in providing protection in the event of an unexpected incident, like arc flash, flash fire, or dust combustion. While key, however, it is important to note that when designing your safety program, daily wear FR/AR PPE is one of many parts of a comprehensive thermal hazard mitigation program.

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Three Ways Westex® DH Base Layer Fabric Changes the Game for FR/AR PPE Programs

Drawing from customer feedback and suggestions, the Westex® DH line of performance flame resistant (FR), arc rated (AR) fabrics was created to meet the most requested and pressing end-user needs for thermal hazard FR/AR personal protective equipment (PPE). Durable and robust, the line offers superior arc flash and flash fire protection in a variety of garment weights and styles for FR/AR daily wear. With fabrics ranging from a basket weave fabric ideally suited for cargo pants to a durable construction for button-down shirts, the line is expanding to include an innovative fabric for FR/AR base layers, which will debut at the National Safety Council (NSC) Congress & Expo in San Diego Sept. 9 – 11.

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Cone Denim and Westex by Milliken continue partnership for stylish FR denim daily wear

Collaboration is key for discovering creative and sustainable solutions to meet customers’ needs. To that end, we are excited to share our successful collaboration with Cone Denim – leaders in premium denim for consumer apparel – will be renewed to continue offering our customers cutting-edge arc rated (AR) flame resistant (FR) denim. Our two brands exclusively produce and distribute the FR denim Westex Indigo® to meet the safety and wearability needs of industrial workers.

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Inside FR Technology Development: An Interview with Drew Child

Decades of expertise and a deep understanding of the science of a flame go into creating new arc rated (AR) and flame resistant (FR) fabrics. We sat down with Drew Child, Director of Technology and Program Director for Milliken’s Uniform and Protective Fabrics Business, to discover more about the process behind developing new AR/FR textiles for cutting-edge personal protective equipment (PPE) for the electric utilities, and oil and gas industries.

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Inhärent Flammhemmend / Flammgeschützt Stoff

Inhärent vs. Behandelt: Kommt es wirklich darauf an?

In der Vergangenheit ließen sich die flammhemmenden Eigenschaften von flammhemmenden Stoffen in zwei Kategorien einteilen: Inhärent und behandelt (oder ausgerüstet). Es war einmal eine relevante Unterscheidung. Dies bedeutete den Unterschied zwischen dauerhaften und nicht dauerhaften flammhemmenden Eigenschaften. Diese Begriffe enthielten jedoch keine Informationen mehr für Sicherheitsmanager, die bereits 1987 flammhemmende Stoffe bewerten wollten.

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Five facts you may not know about FR fabrics

There are many factors that go into creating a high-quality FR fabric. While there are many flame resistant (FR) properties that are often mentioned, such as durability and industry certifications, there are some characteristics that tend to receive less attention. We rounded up five interesting facts that you may not know about FR textiles to expand your knowledge on this important component of personal protective equipment (PPE).

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Specifying Proper PPE Clothing to Protect Against Hazards in the Aluminum Industry

aluminum industry thermal hazards

While the aluminum industry can generally be a safe place to work, there are occupational hazards that employees need to be aware of and actively guard themselves against. It is important for safety managers to fully assess the workplace for the risk of potential short-term thermal hazards and design a safety program that fits their employees’ needs. When developing safety initiatives in the workplace, it is important to consider incorporating arc rated (AR) and flame resistant (FR) primary and secondary personal protective equipment (PPE) to help mitigate injury should an incident occur.

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Four Ways Clothing Can Contribute to Reducing the Impact of Heat Stress

Heat stress can be a serious concern year round, but it is especially prevalent in the warmer summer months. There are many factors that contribute to an increased risk of heat stress including high external temperature, humidity levels, sun exposure, lack of breeze, not drinking enough water, intensity of labor, and heat-trapping PPE. Work attire is often overlooked when analyzing heat stress factors, but when coupled with rest, hydration, and shade, it may help lessen the likelihood of heat stress. Here are four tips to use clothing to your advantage to help prevent the impact of heat stress on a day-to-day basis.

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Westex Launching New Style for Popular Westex® DH Performance FR Fabric at ASSP Safety 2019, Booth 1727

Every year, safety professionals, manufacturers and more gather at ASSP Safety to attend educational seminars, review best practices, discuss industry trends and find the latest innovations in safety. Westex by Milliken is a regular exhibitor, and we always enjoy connecting with others who have the same mission we do: to protect industrial workers daily.  Westex® branded FR fabrics cover a multitude of jobsite hazards, including offering proven protection to help mitigate impacts of short-term thermal exposures, like flash fire and arc flash. At ASSP Safety 2019, we’re excited to expand our line of industry-leading FR textiles with new styles for Westex® DH performance FR fabric.

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Three Ways to Use AR/FR PPE to Stay Safe on the Job

May is Electrical Safety Month, which is a good reminder to ensure your team’s safety efforts are in line with the updated industry consensus standard NFPA 70E. Workers in the electrical field are exposed to unexpected hazards, including arc flashes, so safety precautions should be reviewed frequently to help reduce the risk of injury. Thorough risk assessments are required to reduce the likelihood of arc flash incident occurrence and you can never be too careful when it comes to protecting workers, so PPE is employed, as the last risk control, to mitigate the severity of injury should an arc flash incident occur.

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