Introduction Understanding the effects of test setups and material testing parameters on arc flash results is vital for ensuring the safety of workers exposed to electrical hazards. The variability in heat transfer processes during arc flash events can significantly influence the arc ratings of personal protective equipment (PPE). This blog explores how different testing conditions …
Read MoreBenefits of Layering While Using FR Protective Clothing
Does it make good sense to use multiple layers of FR garments to protect against exposure to industrial heat and flame hazards, similar to the layering approach used in outdoor cold, rain & wind protective clothing? We will try to find out an answer to the above question in this blog. While it is a …
Read MoreUnlocking Safety: Introducing TaraHEAL® – The Revolutionary Solution for Repairing FR Clothing
Introduction In the realm of safety, fire-resistant (FR) clothing stands as a stalwart guardian, offering unparalleled protection against fire and heat hazards. Unlike regular clothing, FR garments are engineered to withstand the rigors of harsh environments, resisting ignition, melting, tearing, and providing vital thermal insulation. However, ensuring the longevity and effectiveness of FR clothing necessitates …
Read MoreGlobal Recycled Standard (GRS)
In a world where environmental concerns are at the forefront of every discussion, the textile industry is one of the largest polluters in the world, contributing to environmental degradation and exploiting workers in the process. As consumers become increasingly aware of these issues, sustainable practices become critically important for stakeholders across the textile manufacturing & …
Read MoreThermal Protection Performance of Flame Retardant Textiles against Convective Heat Exposure: Effect of Fabric Composition and Weight
Thermal protective clothing is designed to provide protection from thermal hazards which include exposure to open flames, hot liquids and gases, high temperature radiant sources, hot solids and surfaces, etc. In the event of an exposure heat transfer from the thermal hazards can occur by radiation, convection or conduction, or a combination thereof. Modes Of …
Read MoreWool: A Natural and Safe Choice for Flame-Retardant Textiles
Flame retardant fabrics are essential to reduce the potential risk of fire accidents. Manmade materials have dominated the flame-resistant textile market in recent years while wool-based fire-retardant fabrics have been used for centuries due to their natural properties and effectiveness in protection against flames. Due to FR properties, other than clothing, it finds widespread usage …
Read MoreEffect of Moisture on Thermal Protection Performance of Firefighter Clothing
Firefighter clothing stands as a crucial line of defense against the intense heat and flames encountered on the front lines. However, the efficacy of thermal protection performance (TPP) in these garments is not immune to the influence of moisture, whether it be from sweat, rain, water spray, or steam. While it is well-established that wet …
Read MoreBCI’s Role in Revolutionizing Sustainable Cotton Farming
Better Cotton is the world’s leading sustainability initiative for cotton. The Better Cotton Initiative (BCI) is a global non-profit organization that aims to make cotton production more sustainable by addressing environmental, social, and economic challenges associated with conventional cotton farming. It was founded in 2005 with the support of some visionary organizations such as Adidas, …
Read MoreTarasafe Unleashes Innovative Safety Solutions at A+A 2023
Delighted to share that we made a significant impact at A+A 2023 held from October 24 to 27 in Düsseldorf, Germany. The event’s theme, “Inspirations for a Better Work Environment,” was in perfect alignment with our mission of ensuring workplace safety and health. Our presence exemplified its commitment to promoting sustainable safety and health at …
Read MoreStoll Curve and its Significance in Heat and Flame Protection
The human skin is very sensitive to temperature. When the skin temperature reaches 45°C, the person will have a burning feeling. When the temperature reaches 72°C, it will cause second-degree burns to the skin. Alice Stoll and Maria Chianta in the latter half of 1960s, conducted a series of experiments on live, anesthetized test subjects. …
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