--- title: Safety magazine | Product selection guide description: Product selection guide | Safety Magazine is the blog on the world of safety for RSPPs, companies and workers who want to find out about the latest solutions and technologies available in high-risk sectors. --- ![coval_ufficiale_positivo](https://info.covalsafety.com/hs-fs/hubfs/LOGHI/coval_ufficiale_positivo.png?width=110&height=159&name=coval_ufficiale_positivo.png) - PRODUCTS - [Heat – Heat resistant and Industry](https://www.covalsafety.com/en/heat/) - [Fire – Fire fighters](https://www.covalsafety.com/en/fire/) - [Weld – Welding MMA, MIG, TIG](https://www.covalsafety.com/en/weld/) - [Cold – Anti-cold and Cryogeny](https://www.covalsafety.com/en/cold/) - [Food – Oven and Kitchen](https://www.covalsafety.com/en/food/) - [Other PPE](https://www.covalsafety.com/en/other-ppe/) - [COMPANY](https://www.covalsafety.com/en/company/) - [SAFETY MAGAZINE](https://info.covalsafety.com/en/safety-magazine) - [EDUCATION](https://www.covalsafety.com/en/education/) - [BECOME A DEALER](https://www.covalsafety.com/en/become-a-dealer/) - [SHOP](https://www.shopsicurezza.shop/) - [CONTACT](https://www.covalsafety.com/en/contact/) - [English](https://info.covalsafety.com/en/safety-magazine/tag/product-selection-guide) - [Français](https://info.covalsafety.com/fr/safety-magazine/tag/product-selection-guide) - [Italiano](https://info.covalsafety.com/safety-magazine/tag/product-selection-guide) English Posts about # Product selection guide [![5 Mistakes to Avoid When Choosing Fire-Resistant Gloves](https://info.covalsafety.com/hs-fs/hubfs/000-10-04-BLOGPOST-VIGILI-DEL-FUOCO.jpg?width=600&name=000-10-04-BLOGPOST-VIGILI-DEL-FUOCO.jpg)](https://info.covalsafety.com/en/safety-magazine/5-mistakes-to-avoid-when-choosing-fire-resistant-gloves) [Product selection guide](https://info.covalsafety.com/en/safety-magazine/tag/product-selection-guide), [FIRE](https://info.covalsafety.com/en/safety-magazine/tag/fire) ## [5 Mistakes to Avoid When Choosing Fire-Resistant Gloves](https://info.covalsafety.com/en/safety-magazine/5-mistakes-to-avoid-when-choosing-fire-resistant-gloves) 10 September 2026 In the emergency response and rescue sector, firefighting gloves are one of the most critical items of Personal Protective Equipment (PPE). During... [Continue reading](https://info.covalsafety.com/en/safety-magazine/5-mistakes-to-avoid-when-choosing-fire-resistant-gloves) [![UV and IR Protection in Welding: The Importance of Certified PPE](https://info.covalsafety.com/hs-fs/hubfs/000-COPERTINA-07-BLOGPOST-Protezione-Raggi-UV-e-IR-nella-Saldatura.jpg?width=600&name=000-COPERTINA-07-BLOGPOST-Protezione-Raggi-UV-e-IR-nella-Saldatura.jpg)](https://info.covalsafety.com/en/safety-magazine/uv-and-ir-protection-in-welding-the-importance-of-certified-ppe) [Product selection guide](https://info.covalsafety.com/en/safety-magazine/tag/product-selection-guide), [WELD](https://info.covalsafety.com/en/safety-magazine/tag/weld) ## [UV and IR Protection in Welding: The Importance of Certified PPE](https://info.covalsafety.com/en/safety-magazine/uv-and-ir-protection-in-welding-the-importance-of-certified-ppe) 7 July 2026 When designing welding safety programs, the attention of HSE managers and employers is often focused on the most visible hazards: molten metal... [Continue reading](https://info.covalsafety.com/en/safety-magazine/uv-and-ir-protection-in-welding-the-importance-of-certified-ppe) [![When should you throw away PPE? 5 signs of wear and tear that indicate the glove is no longer safe](https://info.covalsafety.com/hs-fs/hubfs/Copertina-blog-buttare-dpi.jpg?width=600&name=Copertina-blog-buttare-dpi.jpg)](https://info.covalsafety.com/en/safety-magazine/when-should-you-throw-away-ppe-5-signs-of-wear-and-tear-that-indicate-the-glove-is-no-longer-safe) [Coval](https://info.covalsafety.com/en/safety-magazine/tag/coval), [Materials](https://info.covalsafety.com/en/safety-magazine/tag/materials), [Standards](https://info.covalsafety.com/en/safety-magazine/tag/standards), [Product selection guide](https://info.covalsafety.com/en/safety-magazine/tag/product-selection-guide) ## [When should you throw away PPE? 5 signs of wear and tear that indicate the glove is no longer safe](https://info.covalsafety.com/en/safety-magazine/when-should-you-throw-away-ppe-5-signs-of-wear-and-tear-that-indicate-the-glove-is-no-longer-safe) 9 June 2026 In the world of occupational safety, there is a persistent myth that is difficult to dispel: the idea that PPE must last indefinitely. In reality, a... [Continue reading](https://info.covalsafety.com/en/safety-magazine/when-should-you-throw-away-ppe-5-signs-of-wear-and-tear-that-indicate-the-glove-is-no-longer-safe) [![Steam Hazards in the Kitchen: Why Traditional Gloves Fail](https://info.covalsafety.com/hs-fs/hubfs/Copertina_blog_food_umidit%C3%A0.png?width=600&name=Copertina_blog_food_umidit%C3%A0.png)](https://info.covalsafety.com/en/safety-magazine/steam-hazards-in-the-kitchen-why-traditional-gloves-fail) [Coval](https://info.covalsafety.com/en/safety-magazine/tag/coval), [FOOD](https://info.covalsafety.com/en/safety-magazine/tag/food), [Product selection guide](https://info.covalsafety.com/en/safety-magazine/tag/product-selection-guide) ## [Steam Hazards in the Kitchen: Why Traditional Gloves Fail](https://info.covalsafety.com/en/safety-magazine/steam-hazards-in-the-kitchen-why-traditional-gloves-fail) 13 May 2026 In professional kitchens and the food industry, heat isn’t the only enemy. Often, the most insidious danger comes in the form of water steam. If you... [Continue reading](https://info.covalsafety.com/en/safety-magazine/steam-hazards-in-the-kitchen-why-traditional-gloves-fail) [![Welding risks and PPE: how to protect workers from heat and splashes](https://info.covalsafety.com/hs-fs/hubfs/000-COPERTINA-18-03-BLOGPOST-RISCHI-SALDATURA-2.jpg?width=600&name=000-COPERTINA-18-03-BLOGPOST-RISCHI-SALDATURA-2.jpg)](https://info.covalsafety.com/en/safety-magazine/https/info.covalsafety.com/en/safety-magazine/rischi-della-saldatura-e-dpi-come-proteggere-i-lavoratori-da-calore-e-schizzi) [Product selection guide](https://info.covalsafety.com/en/safety-magazine/tag/product-selection-guide), [WELD](https://info.covalsafety.com/en/safety-magazine/tag/weld) ## [Welding risks and PPE: how to protect workers from heat and splashes](https://info.covalsafety.com/en/safety-magazine/https/info.covalsafety.com/en/safety-magazine/rischi-della-saldatura-e-dpi-come-proteggere-i-lavoratori-da-calore-e-schizzi) ![Anna Battocchio](https://info.covalsafety.com/hubfs/anna_battocchio.jpg) 18 March 2026 Welding is a fundamental process in many industrial sectors, such as metal fabrication, shipbuilding and industrial maintenance. However, it is not... [Continue reading](https://info.covalsafety.com/en/safety-magazine/https/info.covalsafety.com/en/safety-magazine/rischi-della-saldatura-e-dpi-come-proteggere-i-lavoratori-da-calore-e-schizzi) [![COVAL COLD: Advanced protection against extreme cold](https://info.covalsafety.com/hs-fs/hubfs/000-COPERTINA-21-01-BLOGPOST-NUOVA-LINEA-COLD.jpg?width=600&name=000-COPERTINA-21-01-BLOGPOST-NUOVA-LINEA-COLD.jpg)](https://info.covalsafety.com/en/safety-magazine/coval-cold-advanced-protection-against-extreme-cold) [Product selection guide](https://info.covalsafety.com/en/safety-magazine/tag/product-selection-guide), [COLD](https://info.covalsafety.com/en/safety-magazine/tag/cold) ## [COVAL COLD: Advanced protection against extreme cold](https://info.covalsafety.com/en/safety-magazine/coval-cold-advanced-protection-against-extreme-cold) 21 January 2026 When cold becomes a real risk, protection must be absolute.Introducing COVAL COLD, the new Italian hyper-specialized line of gloves and accessories... [Continue reading](https://info.covalsafety.com/en/safety-magazine/coval-cold-advanced-protection-against-extreme-cold) [![The Various Applications of Cryogenic Gloves](https://info.covalsafety.com/hs-fs/hubfs/22-11-COPERTINA-BLOGPOST-UTILIZZI-CRYO.jpg?width=600&name=22-11-COPERTINA-BLOGPOST-UTILIZZI-CRYO.jpg)](https://info.covalsafety.com/en/safety-magazine/the-various-applications-of-cryogenic-gloves) [Product selection guide](https://info.covalsafety.com/en/safety-magazine/tag/product-selection-guide) ## [The Various Applications of Cryogenic Gloves](https://info.covalsafety.com/en/safety-magazine/the-various-applications-of-cryogenic-gloves) 20 January 2026 In the broad spectrum of protective clothing, there exists a segment of products that stands out for its innovation and versatility: [**cryogenic gloves**](https://www.covalsafety.com/en/cold/?attra-caratteristica-guanto=299&attra-tipo-indumento=397)... [Continue reading](https://info.covalsafety.com/en/safety-magazine/the-various-applications-of-cryogenic-gloves) [![Cryogenic Gloves and Cold Weather Protection: Workplace Safety with Coval Safety](https://info.covalsafety.com/hs-fs/hubfs/000-CRYO-COPERTINA-1.jpg?width=600&name=000-CRYO-COPERTINA-1.jpg)](https://info.covalsafety.com/en/safety-magazine/cryogenic-gloves-and-cold-weather-protection-workplace-safety-with-coval-safety) [Coval](https://info.covalsafety.com/en/safety-magazine/tag/coval), [Product selection guide](https://info.covalsafety.com/en/safety-magazine/tag/product-selection-guide), [COLD](https://info.covalsafety.com/en/safety-magazine/tag/cold) ## [Cryogenic Gloves and Cold Weather Protection: Workplace Safety with Coval Safety](https://info.covalsafety.com/en/safety-magazine/cryogenic-gloves-and-cold-weather-protection-workplace-safety-with-coval-safety) 20 January 2026 When it comes to cold weather protection, it is critical to choose the right type of glove for the specific application. There are two main... [Continue reading](https://info.covalsafety.com/en/safety-magazine/cryogenic-gloves-and-cold-weather-protection-workplace-safety-with-coval-safety) [![Forest Firefighting Gloves: Essential Protection for Frontline Workers](https://info.covalsafety.com/hs-fs/hubfs/000-2025-12-17-GUANTI-INCENDI-FORESTALI-1.jpg?width=600&name=000-2025-12-17-GUANTI-INCENDI-FORESTALI-1.jpg)](https://info.covalsafety.com/en/safety-magazine/forest-firefighting-gloves-essential-protection-for-frontline-workers) [Product selection guide](https://info.covalsafety.com/en/safety-magazine/tag/product-selection-guide), [FIRE](https://info.covalsafety.com/en/safety-magazine/tag/fire) ## [Forest Firefighting Gloves: Essential Protection for Frontline Workers](https://info.covalsafety.com/en/safety-magazine/forest-firefighting-gloves-essential-protection-for-frontline-workers) 16 December 2025 Climate change is making forest fires increasingly frequent throughout Europe, including Italy. For firefighters and all rescue teams, this means... [Continue reading](https://info.covalsafety.com/en/safety-magazine/forest-firefighting-gloves-essential-protection-for-frontline-workers) - - [1](https://info.covalsafety.com/en/safety-magazine) - [2](https://info.covalsafety.com/en/safety-magazine/tag/product-selection-guide/page/2) - [3](https://info.covalsafety.com/en/safety-magazine/tag/product-selection-guide/page/3) - [4](https://info.covalsafety.com/en/safety-magazine/tag/product-selection-guide/page/4) - [5](https://info.covalsafety.com/en/safety-magazine/tag/product-selection-guide/page/5) - ![coval_ufficiale_negativo](https://info.covalsafety.com/hs-fs/hubfs/LOGHI/coval_ufficiale_negativo.png?width=110&height=158&name=coval_ufficiale_negativo.png "coval_ufficiale_negativo") Coval Safety is a brand of Idee Cocco Italia SRL ##### HEADQUARTER P. 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During firefighting and rescue operations, the hands are the primary working tool and, at the same time, one of the body parts most exposed to extreme hazards. Choosing the wrong firefighting gloves can expose operators to burns, serious injuries, and accidents that may compromise the entire operation. Yet the selection of equipment for Fire Brigades, Civil Protection teams, or company emergency response units is often based on misconceptions or incomplete criteria. Here is an in-depth analysis of the 5 critical mistakes to avoid, together with the technical solutions needed to make the right choice—targeted, effective, and compliant with European regulations. 1. Underestimating Mechanical Risks: Focusing Only on Heat The mistake: The most common mistake is to evaluate firefighting gloves solely on their ability to withstand flames and high temperatures. During rescue operations, however, hands work around twisted metal, broken glass, debris, and drums. A glove that protects against fire but tears or cuts at the first contact with a sharp surface is ultimately a failed piece of PPE. The solution: It is essential to ensure that the glove provides excellent combined protection. EN 388 certification should always be checked, as it verifies mechanical performance against abrasion, cutting, tearing, and puncture. 2. Choosing the Wrong Size or an Unergonomic Design The mistake: Choosing gloves that are too large, loose, or excessively rigid based on the assumption that greater thickness means greater safety. This approach reduces tactile sensitivity, making it difficult—or even impossible—to handle delicate equipment, while also increasing hand fatigue. The solution: A firefighting glove should fit like a second skin, following the natural movement and mechanics of the hand. It is advisable to rely on manufacturers offering a comprehensive range of sizes—from 6 to 12—and using soft yet highly resistant leather, allowing operators to test their actual dexterity in the field. 3. Ignoring the Operational Context: Structural Firefighting vs. Wildland Firefighting (AIB) The mistake: Using the same glove model for every scenario. Wearing a heavy structural firefighting glove designed for interior firefighting during wildland firefighting (AIB) operations can cause the hands to overheat prematurely and restrict movement during long hours of walking and fire-line operations. Conversely, using a lightweight glove in a structural firefighting scenario can expose operators to potentially life-threatening risks. The solution: The requirements of each operational environment must be clearly distinguished. Structural firefighting requires multilayer PPE with substantial thermal barriers. Wildland firefighting and Civil Protection activities, on the other hand, require lighter, more flexible, and highly breathable PPE, while still maintaining resistance to open flames and water repellency. 4. Overlooking Waterproofing and Liquid Protection The mistake: Ignoring the presence of a waterproof membrane. A glove that absorbs water, firefighting foam, or biological fluids can experience three immediate effects: a significant increase in weight, reduced thermal insulation, and the dangerous phenomenon known as steam burns. This occurs when water trapped inside the glove becomes heated and turns into scalding steam in contact with the skin. The solution: Make sure the glove incorporates breathable technical membranes that are completely waterproof to liquids and capable of keeping the hands dry, even during partial immersion or heavy rain. 5. Using Gloves That Are Not Certified to EN 659 The mistake: Purchasing generic work gloves marketed as “heat resistant” and using them for active firefighting operations. In rescue and firefighting applications, gloves are Category III PPE, designed to protect against risks that may cause serious or irreversible injury. The solution: For Fire Brigades and professional firefighting teams, compliance with EN 659 is essential. This standard ensures that gloves have passed stringent tests for flame resistance, resistance to radiant heat and convective heat, thermal shrinkage, and resistance to the penetration of chemicals and water. Coval Safety Professional Solutions: The FLAME Range To meet these demanding requirements in industrial and emergency response environments, the Coval Safety firefighting glove range is manufactured exclusively using high-quality leather processed in Italy. Each glove undergoes strict quality controls and is entirely stitched with high-tenacity thread to ensure maximum resistance to tearing and extreme temperatures. FLAME – Ideal for Civil Protection and Wildland Firefighting (AIB) Specifically designed for Civil Protection operators and personnel involved in wildland firefighting operations. Materials: Made from meta-aramid fabric and premium water-repellent bovine full-grain leather. Safety Features: Incorporates a protective reinforcement across the back of the hand at the knuckles, together with a vein-protection reinforcement at the lower palm. This provides an ideal balance between heat protection and operational flexibility. FLAME AIB 659 – The Standard for Firefighters and Firefighting Cabinets The reference solution for Fire Brigades, company firefighting teams, and compliant safety equipment cabinets in industrial and corporate environments. Certification: Fully compliant with the EN 659 standard for firefighters. Thermal Protection: Equipped with a special inner thermal-insulation layer. The soft, water-repellent full-grain leather palm protects against liquid penetration without becoming rigid, while aramid-thread stitching ensures maximum PPE durability. FLAME AIB 659 M – Maximum Protection with Waterproof Membrane and High Visibility The top-of-the-range solution for the most complex and prolonged operations, where thermal comfort and waterproofing can make the difference between effective performance and injury. Advanced Construction: Combines premium meta-aramid fabric on the back of the hand with a water-repellent full-grain leather palm. It features an aramid fabric lining combined with a waterproof and breathable membrane that keeps water and moisture out while allowing perspiration to escape. High-Visibility Safety: Includes a high-visibility reflective band on the back of the hand for operations in low-light conditions or dense smoke, as well as structural reinforcements on the knuckles and lower palm. Choose Quality to Minimize Risk Focusing solely on price or partial specifications when selecting firefighting gloves can expose companies and emergency response teams to serious operational risks. Choosing Coval Safety material technology means investing in reliable, durable PPE that fully complies with the most stringent European standards. Explore our complete range of professional firefighting gloves.", "author" : { "@type" : "Person", "name" : "Martina Pieropan", "sameAs" : "", "url" : "https://info.covalsafety.com/en/safety-magazine/author/martina-pieropan" }, "dateModified" : "10/09/2026", "datePublished" : "10/09/2026", "headline" : "5 Mistakes to Avoid When Choosing Fire-Resistant Gloves", "image" : { "@type" : "ImageObject", "height" : 400, "url" : "https://27008376.fs1.hubspotusercontent-eu1.net/hubfs/27008376/000-10-04-BLOGPOST-VIGILI-DEL-FUOCO.jpg", "width" : 750 }, "mainEntityOfPage" : "https://info.covalsafety.com/en/safety-magazine/5-mistakes-to-avoid-when-choosing-fire-resistant-gloves", "publisher" : { "@type" : "Organization", "logo" : { "@type" : "ImageObject", "url" : "https://27008376.fs1.hubspotusercontent-eu1.net/hubfs/27008376/LOGHI/coval_ufficiale_negativo.png" }, "name" : "Idee Cocco Italia srl", "url" : "info.covalsafety.com" } } ``` ```json { "@context" : "http://schema.org", "@type" : "BlogPosting", "articleBody" : "When designing welding safety programs, the attention of HSE managers and employers is often focused on the most visible hazards: molten metal spatter, sparks, and contact heat. However, there is another danger that is just as harmful as it is invisible and is frequently underestimated from a regulatory standpoint: Artificial Optical Radiation (AOR) emitted by the electric arc. The welding arc generates UV and IR radiation that is invisible to the human eye but highly dangerous for operators. These emissions can cause photochemical damage to both the eyes and skin, resulting in skin erythema similar to severe sunburn within seconds of exposure. Ensuring operational continuity and preventing serious occupational diseases requires the use of certified PPE engineered with materials capable of shielding these specific wavelengths. The Invisible Hazards of Welding: Ultraviolet (UV) and Infrared (IR) Radiation As discussed in our analysis of different welding processes and the selection of heat-resistant gloves, each welding technology (MIG/MAG, TIG, and Stick Welding) involves different levels of thermal and mechanical stress. However, the generation of harmful radiation is a common factor across all arc welding processes and can be divided into two main risk categories: Ultraviolet (UV) Radiation: UV radiation is responsible for both immediate and cumulative photochemical reactions. At the ocular level, it can cause painful inflammation of the cornea, commonly known as “arc eye” or “welder’s flash.” On the skin, even a few seconds of unprotected exposure can produce erythema comparable to severe sunburn. Over time, cumulative exposure increases the risk of cataracts and skin cancer. Infrared (IR) Radiation: Although IR radiation generates perceptible heat, it also consists of invisible wavelengths capable of penetrating deep into ocular and skin tissues. This spectrum can cause structural thermal damage and deep burns while accelerating cellular deterioration and premature skin aging. To neutralize these threats, a generic physical barrier is not enough. Both skin and eyesight must be protected by certified PPE whose protection factor and transmission scale have been rigorously tested and guaranteed by the manufacturer. Complementary Risk Factors: Fumes, Gases, and Optical Radiation An effective risk assessment must recognize that the electric arc never acts alone. During welding operations, the thermal decomposition of base materials, fluxes, and shielding gases generates a combination of simultaneous hazards, including toxic welding fumes, exhaust gases, and airborne particulates. Protecting operators therefore requires a holistic and integrated approach in which body protection works in synergy with facial and respiratory protection equipment: Combined Face and Eye Protection: welding helmets and face shields should be equipped with auto-darkening filters compliant with EN 279 or suitable passive filters capable of blocking intense visible light and optical radiation, thereby preventing photokeratitis. Respiratory Protection: welding fumes contain metallic oxides such as iron, manganese, and chromium. Protection requires localized extraction systems or advanced respiratory protection such as FFP3 filtering facepieces and powered air-purifying respirators (PAPR) integrated into welding helmets to prevent chronic respiratory diseases. The Safety Intersection: an advanced welding helmet protects the eyes from UV/IR radiation and the lungs from fumes, but it may still leave the neck and throat exposed to reflected radiation if it is not properly integrated with a high-collar protective jacket. True safety is achieved only when there are no exposed gaps between the different PPE components in use. Welding PPE Standards: How to Verify Certified Materials Effective risk prevention requires complete coverage. Company-issued protective equipment should comply with the relevant European PPE standards. Protective Clothing for Welding (ISO 11611) Ordinary cotton workwear provides no shielding capability and may ignite or allow harmful radiation to penetrate. As highlighted in our article on the essential role of welding jackets, both garment design and coverage are critical. From a materials perspective, jackets, aprons, and sleeves made from high-quality split leather or flame-resistant technical fabrics compliant with ISO 11611 effectively block radiation and prevent UV and IR rays from damaging the skin. Protective Gloves for Welders (EN 12477) Hands and arms are the body parts closest to the radiation source and electric arc. Welding gloves must be certified according to EN 12477. This certification guarantees consistent thermal insulation and radiation resistance over time while dividing gloves into two application categories: Type A Welding Gloves Provide enhanced thermal and mechanical protection. They are strongly recommended for MIG/MAG and Stick Welding applications, where arc intensity and radiation levels are particularly high. Type B Welding Gloves Provide superior dexterity and flexibility. They are the recommended standard for TIG welding, where maximum tactile sensitivity is required while maintaining effective protection against UV and IR radiation. Choosing High-Quality Materials: A Strategic Decision Relying on uncertified solutions or low-quality materials exposes companies to a dual risk: non-compliance with health and safety regulations and increased absenteeism caused by injuries or chronic occupational diseases. The certified materials used in Coval Safety PPE ensure that the declared shielding performance and transmission ratings are both effective and durable. Investing in high-quality PPE means protecting workers from immediate thermal hazards as well as cumulative radiation exposure, while also improving product durability and optimizing long-term operating costs. Protect Your Team from Welding Hazards Safety in fabrication shops and foundries requires reliable solutions that comply with the most demanding standards. Don’t let radiation and welding fumes compromise your company’s productivity and workforce health. Explore our range of welding gloves and protective clothing. Discover EN 12477 and ISO 11611 certified products designed specifically for welding professionals.", "author" : { "@type" : "Person", "name" : "Amedeo Caporrino", "sameAs" : "", "url" : "https://info.covalsafety.com/en/safety-magazine/author/amedeo-caporrino" }, "dateModified" : "07/07/2026", "datePublished" : "07/07/2026", "headline" : "UV and IR Protection in Welding: The Importance of Certified PPE", "image" : { "@type" : "ImageObject", "height" : 400, "url" : "https://27008376.fs1.hubspotusercontent-eu1.net/hubfs/27008376/000-COPERTINA-07-BLOGPOST-Protezione-Raggi-UV-e-IR-nella-Saldatura.jpg", "width" : 750 }, "mainEntityOfPage" : "https://info.covalsafety.com/en/safety-magazine/uv-and-ir-protection-in-welding-the-importance-of-certified-ppe", "publisher" : { "@type" : "Organization", "logo" : { "@type" : "ImageObject", "url" : "https://27008376.fs1.hubspotusercontent-eu1.net/hubfs/27008376/LOGHI/coval_ufficiale_negativo.png" }, "name" : "Idee Cocco Italia srl", "url" : "info.covalsafety.com" } } ``` ```json { "@context" : "http://schema.org", "@type" : "BlogPosting", "articleBody" : "In the world of occupational safety, there is a persistent myth that is difficult to dispel: the idea that PPE must last indefinitely. In reality, a glove showing signs of wear is a glove that has fulfilled its primary purpose: it has absorbed the risk in place of the worker’s hand. For a Health and Safety Manager or a safety officer, recognising when a piece of equipment has reached the end of its useful life is not just a matter of compliance, but a strategic choice to prevent accidents and optimise business costs. Here are the 5 key signs that it is time to replace it. The 5 warning signs that it’s time to replace them 1. Loss of integrity (holes or cuts) Even the smallest tear can be fatal. In a heat-resistant or cryogenic glove, the continuity of the material is what guarantees insulation. A hole creates a ‘thermal bridge’: in the presence of radiant heat or molten metal splashes, the energy concentrates precisely in the tear, rendering the protection ineffective. 2. Stiffening or “Vitrification” Continuous exposure to extreme temperatures tends to dry out materials. If the glove becomes stiff and surface cracks appear, it has lost its ability to deform and absorb energy. The loss of dexterity also drastically increases the likelihood of manual errors. 3. Failure of Kevlar® seams Coval Safety gloves use Kevlar® yarn to withstand extreme stresses. However, if the fingers begin to ‘split’ at the sides due to mechanical rubbing, protection is compromised. The glove is no longer able to distribute tension and heat correctly. 4. Deep contamination by oils and greases A glove impregnated with oily substances changes its physical properties: it may become flammable or lose the grip necessary for safe handling. If the contamination reaches the inner lining, the PPE must be disposed of to avoid dermatitis and the risk of combustion. 5. Exceeding the technical lifespan In addition to visible wear and tear, the ageing of polymers and internal membranes must be taken into account. PPE that has been stored for too long or washed beyond the permitted number of cycles may no longer meet the performance levels stated in the CE marking. Focus on Materials: how to identify wear and tear in Coval raw materials i usura: Comparsa di pilling eccessivo, sfilacciamento della trama o assottigliamento del tessuto. Perché sostituire: Lo sfilacciamento indica che le fibre si sono spezzate. In questo stato, il guanto perde i suoi livelli certificati di resistenza al taglio e la sua capacità di bloccare il calore convettivo. Se la trama si apre, la barriera protettiva non esiste più. Tessuto Aramidico Alluminizzato Questo materiale è progettato per riflettere il calore radiante. La sua efficacia dipende totalmente dall'integrità della superficie a specchio. Ensuring the effectiveness of the products in use requires in-depth knowledge of the raw materials. Monitoring how Coval’s technical materials react to stress allows for prompt intervention, ensuring that protection is always optimal. Here are the key signs to look out for: Leather (Full-grain and Split) Leather is an exceptional organic material, but it undergoes structural degradation when subjected to thermal stress. Signs of wear: The leather appears dry, hardened or shows signs of ‘cracking’ (deep cracks). Why replace: When leather loses its natural flexibility, it becomes brittle. Vitrified leather no longer insulates properly and may suddenly split during a manoeuvre, exposing the hand to direct heat. Aramid Fabric (Kevlar®) Aramid fabrics are renowned for their resistance to cuts and heat, but they suffer from prolonged mechanical friction. Signs of wear: Excessive pilling, fraying of the weave or thinning of the fabric. Why replace: Fraying indicates that the fibres have broken. In this state, the glove loses its certified levels of cut resistance and its ability to block convective heat. If the weave opens up, the protective barrier no longer exists. Aluminised Aramid Fabric This material is designed to reflect radiant heat. Its effectiveness depends entirely on the integrity of the ‘mirror’ surface. Signs of wear: Peeling or scratching of the aluminium film. If you start to see the underlying aramid fabric (usually yellow) through the silver coating, the PPE has reached the end of its service life. Why replace: A scratched aluminised PPE stops reflecting infrared rays and starts absorbing them. This causes a sudden rise in internal temperature, exposing the operator to severe burns in foundries or steelworks. Inherently Flame-Retardant Fabric (PROWEAR D3 and E3 Range) Unlike treated fabrics, the protective properties are inherent to the fibre: resistance to flames and molten metal splashes (Aluminium D3 and Iron E3) is permanent and does not diminish with washing. Signs of wear: Thinning of the fabric, holes caused by mechanical impact, tears, or reflective strips that have become dull and detached. Why replace: The integrity of the garment is essential to ensure that molten metal can slide off without adhering. Holes or tears negate the mechanical barrier, whilst an excessive build-up of oil or unremoved dirt can create a flammable layer on top of the flame-retardant fibre, compromising the operator’s safety.Una scelta strategica Monitoring these indicators is not just a regulatory requirement, but a strategic decision aimed at safeguarding business productivity and the well-being of your workforce. PPE that wears out is PPE that has done its job properly, protecting your team. Contact us for a consultation or to discuss the replacement plan best suited to your operational needs.", "author" : { "@type" : "Person", "name" : "Carlotta Cocco", "sameAs" : "", "url" : "https://info.covalsafety.com/en/safety-magazine/author/carlotta-cocco" }, "dateModified" : "09/06/2026", "datePublished" : "09/06/2026", "headline" : "When should you throw away PPE? 5 signs of wear and tear that indicate the glove is no longer safe", "image" : { "@type" : "ImageObject", "height" : 400, "url" : "https://27008376.fs1.hubspotusercontent-eu1.net/hubfs/27008376/Copertina-blog-buttare-dpi.jpg", "width" : 750 }, "mainEntityOfPage" : "https://info.covalsafety.com/en/safety-magazine/when-should-you-throw-away-ppe-5-signs-of-wear-and-tear-that-indicate-the-glove-is-no-longer-safe", "publisher" : { "@type" : "Organization", "logo" : { "@type" : "ImageObject", "url" : "https://27008376.fs1.hubspotusercontent-eu1.net/hubfs/27008376/LOGHI/coval_ufficiale_negativo.png" }, "name" : "Idee Cocco Italia srl", "url" : "info.covalsafety.com" } } ``` ```json { "@context" : "http://schema.org", "@type" : "BlogPosting", "articleBody" : "In professional kitchens and the food industry, heat isn’t the only enemy. Often, the most insidious danger comes in the form of water steam. If you work near convection ovens, braising pans or large boiling pots, you know full well that a ‘cloud’ of steam can penetrate a glove in a matter of seconds, causing painful burns that simple thermal insulation cannot stop. Understanding the difference between dry heat and moist heat is essential for preventing serious injuries. Let’s examine the technical reasons why standard kitchen gloves fail to prevent steam burns and how the addition of a breathable inner membrane is redefining safety standards for professional kitchen teams. The ‘weak point’ of traditional gloves Standard heat-resistant gloves made of fabric or leather have a porous structure. When water vapour comes into contact with these materials, it instantly seeps through the fibres, turning the glove into a heat conductor. The wearer feels pain because the scalding moisture is transferred directly to the skin. As we have already explored in our guide to choosing the most suitable solution for the kitchen, not all PPE is the same: the choice of material must depend strictly on the type of heat (dry or moist) with which one comes into contact. The solution: an invisible yet impenetrable barrier The gloves in the Silitherm Cook range feature a breathable inner membrane that serves two vital functions: Vapour and heat barrier: prevents external moisture from reaching the hand. Comfort and skin health: as it is breathable, it allows sweat to evaporate, keeping hands dry. This prevents uncomfortable overheating and skin irritation, even after hours of intensive use. Consistent thermal insulation: by preventing the inner insulating layer from becoming wet, the membrane ensures that the glove retains its protective properties throughout the entire shift, preventing the PPE from losing effectiveness due to absorbed moisture. Silitherm technology: better grip, fewer risks The real innovation lies in the combination of aramid fabric (which is highly heat-resistant) and a special outer coating. This combination is at the heart of the Silitherm Cook range, designed to overcome the limitations of split leather or plain fabric gloves. Superior Water Repellency: The outer coating makes the glove completely resistant to water, oils and greases. It offers ideal protection in both oily environments and where steam is present. Grip and Precision: Unlike the bulky gloves of the past, the Silitherm offers greater stability when handling equipment, enabling accurate and safe work. Maximum Strength: The Kevlar®-reinforced seams and the coated aramid fabric cuff ensure that the PPE does not fail at the points of greatest stress. Impeccable Hygiene and Quick Maintenance In a professional kitchen, cleanliness is just as important as safety. Silitherm Cook products are designed to be sanitised in seconds: No residue: the coating prevents grease from soaking into the fabric and leaves no fibre residue in food. Easy to wash: the glove can be cleaned simply with a damp cloth or rinsed under running water with mild soap, then hung up to dry using the loop provided. Barrier against contamination: the smooth, water-repellent surface prevents the proliferation of bacteria and mould that often lurk between the fibres of traditional fabric gloves, ensuring a working environment that always meets the highest standards. If you’d like to find out more about why this material is so effective, we invite you to read the 4 benefits of using siliconised fabric, where we explain the versatility of this solution across industry and catering. The Silitherm Cook Range: a solution for every task All our models feature a cotton fleece-lined interior, making them pleasant and comfortable to wear for long periods. S2XKS-25 glove: offers excellent protection against contact heat up to 350°C and acts as a complete barrier against water vapour. F2XKS-25 Mitten: Designed for those who need to be able to put on and take off gloves as quickly as possible during busy periods in the kitchen, without compromising on the breathable membrane. LTXKS Heat-Resistant Apron: Provides protection up to 250°C. Thanks to its special coating, it does not absorb oils or fats, protecting the wearer’s body from hot splashes and radiant heat. In a high-intensity production environment such as the Food & Ho.Re.Ca sector, managing the risks posed by steam cannot be left to chance. Choosing Coval Safety’s Silitherm Cook technology means investing in high-performance PPE that optimises processes, reduces downtime caused by accidents and ensures maximum durability thanks to its resistance to oils and fats. Improving thermal protection standards is not merely a matter of regulatory compliance, but a strategic choice aimed at safeguarding business productivity and the well-being of the workforce. Contact us for advice or to find the model best suited to your needs.", "author" : { "@type" : "Person", "name" : "Carlotta Cocco", "sameAs" : "", "url" : "https://info.covalsafety.com/en/safety-magazine/author/carlotta-cocco" }, "dateModified" : "13/05/2026", "datePublished" : "13/05/2026", "headline" : "Steam Hazards in the Kitchen: Why Traditional Gloves Fail", "image" : { "@type" : "ImageObject", "height" : 400, "url" : "https://27008376.fs1.hubspotusercontent-eu1.net/hubfs/27008376/Copertina_blog_food_umidit%C3%A0.png", "width" : 750 }, "mainEntityOfPage" : "https://info.covalsafety.com/en/safety-magazine/steam-hazards-in-the-kitchen-why-traditional-gloves-fail", "publisher" : { "@type" : "Organization", "logo" : { "@type" : "ImageObject", "url" : "https://27008376.fs1.hubspotusercontent-eu1.net/hubfs/27008376/LOGHI/coval_ufficiale_negativo.png" }, "name" : "Idee Cocco Italia srl", "url" : "info.covalsafety.com" } } ``` ```json { "@context" : "http://schema.org", "@type" : "BlogPosting", "articleBody" : "Welding is a fundamental process in many industrial sectors, such as metal fabrication, shipbuilding and industrial maintenance. However, it is not without its dangers: it is an activity that exposes workers to significant health and safety risks, arising not only from immediate factors such as heat, but also from splashes of molten metal generated during the process. Without adequate protection, these factors can cause serious injuries, burns and chronic illnesses. Using specific, certified Personal Protective Equipment (PPE) for welding is the only way to ensure genuine and lasting safety. Extreme heat and flying metal: the visible dangers in the workplace During welding, the electric arc can reach several thousand degrees. This intense heat source spreads throughout the work area in three ways: conduction (direct contact), convection (through the air) and radiation (electromagnetic waves). In fact, the operator is constantly exposed to: Contact burns: caused by accidentally touching superheated surfaces. Splashes and sparks: particles of molten metal that can pierce unsuitable clothing and cause deep injuries to the hands, chest and legs. Heat stress: resulting from prolonged work in high-temperature environments. It is a common misconception to think that ordinary workwear is sufficient. Ordinary clothing or synthetic fabrics not designed for welding can melt or catch fire, significantly increasing the risk of injury. The melting of synthetic fibres onto the skin can cause third-degree burns that are very difficult to treat. For this reason, the use of flame-retardant and heat-resistant clothing, such as Coval Safety’s split leather range, is essential to ensure the operator’s safety and prevent accidental fires. Don’t know the difference between inherently flame-retardant and treated fabric? Read our blog. The invisible risks: fumes, optical radiation and chronic illnesses Technical sources highlight that the most insidious hazards are those linked to process emissions: Damage to the respiratory system: Inhalation of metal fumes (zinc, manganese, chromium) and gases such as ozone can cause chronic bronchitis, pulmonary siderosis or acute poisoning. For example, manganese can cause neurological symptoms similar to Parkinson’s disease. Eye risks: The eye is the most sensitive organ. UV rays and blue light can cause the classic ‘arc flash’, but also irreversible damage to the retina and early-onset cataracts. Radiation and skin: In addition to burns, ultraviolet and infrared radiation can cause erythema and long-term skin damage. The parts of the body most prone to injury are typically the hands, forearms, chest and legs. It is therefore vital to wear PPE specifically designed to shield these areas, preventing heat from penetrating the tissues and neutralising the danger of molten metal splashes. There’s a glove best suited to every type of welding: read our blog. Coval Safety solutions: certified PPE fortotal protection To drastically reduce these risks, it is essential to use PPE specifically designed to withstand extreme thermal and mechanical stresses. Coval Safety offers a comprehensive range designed for every part of the body: Body Protection: The SPARK heat-resistant split leather jacket combines the durability of leather with the breathability of flame-retardant cotton on the back, making it ideal for preventing burns and heat build-up. Hand Protection: The 42VB Professional Gloves are specifically designed for wire welding, ensuring dexterity and superior thermal protection where the risk of spatter is highest. Additional Protection: The SPARK Apron and Welding Gaiters protect the chest and lower limbs from molten metal splashes, preventing sparks from settling on footwear or penetrating fabrics. To find out more, read our comprehensive guide to welding in comfort. Health and safety: investing in the wellbeing of welders Choosing Coval Safety solutions means relying on products designed to maximise operational comfort and mobility without ever compromising safety. Every device guarantees full regulatory compliance and superior durability, even in the most demanding industrial environments. Investing in operator protection is not only a legal obligation under Legislative Decree 81/08, but a strategic choice to ensure a healthy, safe and efficient working environment. The quality of Coval Safety solutions ensures maximum protection against convective and radiant heat, allowing your welders to work with confidence and precision. Don’t put your staff’s health at risk. Investing in high-quality PPE means ensuring an efficient and safe working environment. Contact us today for technical advice on the most suitable equipment for your specific work processes.", "author" : { "@type" : "Person", "name" : "Anna Battocchio", "sameAs" : "", "url" : "https://info.covalsafety.com/en/safety-magazine/author/anna-battocchio" }, "dateModified" : "18/03/2026", "datePublished" : "18/03/2026", "headline" : "Welding risks and PPE: how to protect workers from heat and splashes", "image" : { "@type" : "ImageObject", "height" : 400, "url" : "https://27008376.fs1.hubspotusercontent-eu1.net/hubfs/27008376/000-COPERTINA-18-03-BLOGPOST-RISCHI-SALDATURA-2.jpg", "width" : 750 }, "mainEntityOfPage" : "https://info.covalsafety.com/en/safety-magazine/https/info.covalsafety.com/en/safety-magazine/rischi-della-saldatura-e-dpi-come-proteggere-i-lavoratori-da-calore-e-schizzi", "publisher" : { "@type" : "Organization", "logo" : { "@type" : "ImageObject", "url" : "https://27008376.fs1.hubspotusercontent-eu1.net/hubfs/27008376/LOGHI/coval_ufficiale_negativo.png" }, "name" : "Idee Cocco Italia srl", "url" : "info.covalsafety.com" } } ``` ```json { "@context" : "http://schema.org", "@type" : "BlogPosting", "articleBody" : "When cold becomes a real risk, protection must be absolute. Introducing COVAL COLD, the new Italian hyper-specialized line of gloves and accessories designed to protect against low temperatures and cold burns, created for those who work in extreme industrial and cryogenic environments. With COVAL COLD, cold is no longer a limitation: it is our starting point. Uncompromising protection The PPE in the Coval Cold line is designed to offer maximum safety in every critical situation: EN 388:2016+A1:2018 – protection against mechanical risks EN 511:2006 – protection against cold down to -50°C Tested in contact with liquid nitrogen (-195.82°C) to ensure real protection and flexibility These gloves and accessories are ideal for preventing contact cold and cryogenic burns, even in the event of liquid gas spills or splashes, ensuring dexterity and comfort during prolonged use. Cold-resistant or cryogenic gloves? Discover the differences and protect your hands in the best possible way in our blog. Technology at the service of people All Coval Cold PPE incorporates technologically advanced materials and multi-layer insulation systems such as: PolarNest, 2-layer thermal insulation barrier ThermoNest, 1-layer thermal insulation barrier These systems retain body heat, minimize heat loss, and improve operator comfort, even in extreme conditions. Waterproof finishes and flexible materials provide protection against cryogenic liquids without compromising dexterity. Recommended applications The Coval Cold line is designed to ensure safety and performance in many industrial and scientific contexts, including: Transport, loading, storage, and transfer of liquefied cryogenic gases LNG refueling operations Cryogenic and clinical laboratories: biology, medicine, medical technologies, scientific research Cryopreservation Pharmaceutical and aerospace industries Maintenance and operations in industrial cryogenic environments Food preparation and dry ice handling Discover all the applications of cryogenic gloves in our blog and choose the right protection for every extreme environment. The new Coval Cold range The line includes: 4 models of cryogenic gloves, for different levels of risk and application Apron, gaiters, and coat with high protection sleeves Mask and visor with anti-fog semi-shell for laboratories and cryogenic environments The new range offers a series of PPE designed to provide complete protection in extreme cryogenic environments. Among the flagship products: Every Coval Cold PPE item is designed as part of an integrated protection system to ensure safety, comfort, and performance in every activity. When the cold is extreme, safety must be even more so With Coval Cold, protecting those who work in cryogenic environments is no longer a challenge: it is a certainty. Cold is no longer a limitation. It is our starting point.", "author" : { "@type" : "Person", "name" : "Carlotta Cocco", "sameAs" : "", "url" : "https://info.covalsafety.com/en/safety-magazine/author/carlotta-cocco" }, "dateModified" : "21/01/2026", "datePublished" : "21/01/2026", "headline" : "COVAL COLD: Advanced protection against extreme cold", "image" : { "@type" : "ImageObject", "height" : 400, "url" : "https://27008376.fs1.hubspotusercontent-eu1.net/hubfs/27008376/000-COPERTINA-21-01-BLOGPOST-NUOVA-LINEA-COLD.jpg", "width" : 750 }, "mainEntityOfPage" : "https://info.covalsafety.com/en/safety-magazine/coval-cold-advanced-protection-against-extreme-cold", "publisher" : { "@type" : "Organization", "logo" : { "@type" : "ImageObject", "url" : "https://27008376.fs1.hubspotusercontent-eu1.net/hubfs/27008376/LOGHI/coval_ufficiale_negativo.png" }, "name" : "Idee Cocco Italia srl", "url" : "info.covalsafety.com" } } ``` ```json { "@context" : "http://schema.org", "@type" : "BlogPosting", "articleBody" : "In the broad spectrum of protective clothing, there exists a segment of products that stands out for its innovation and versatility: cryogenic gloves. But what exactly are cryogenic gloves and why are they so important for those working in extremely cold environments or handling materials at low temperatures? Let's begin by defining the concept of cryogenics: it is the science that studies phenomena and materials at extremely low temperatures, close to absolute zero (-273.15°C). Cryogenic gas, such as liquid nitrogen or helium, is used to achieve these extreme temperatures, creating a suitable environment for various industrial processes, scientific research, and medicine. How to Approach Cryogenic Environments Cryogenic environments pose a unique challenge: tackling these environments requires not only attention to personal safety but also careful planning and the use of specialized equipment. Wearing appropriate protective clothing is crucial to protect oneself from low temperatures: cryogenic gloves, specially designed to withstand low temperatures, are a fundamental component of protective clothing in cryogenic environments. Cryogenic Gloves: Features and Applications In these extreme conditions, cryogenic gloves become the ideal ally for worker safety. A quality product ensures the safeguarding of the work environment and therefore greater peace of mind during the operational phase. Cryogenic PPE find application in various sectors: Production and Transport of Liquid Gases: Cryogenic gloves allow operators to manipulate valves, pipes, and equipment safely and comfortably, protecting their hands from low temperatures and the hazards associated with potential splashes of liquid gases. Scientific Research, Medical Technologies: In environments where drugs sensitive to temperatures are produced, cryogenic gloves are essential for precisely manipulating materials and ensuring the safety and quality of the final product. Another example of use is cryotherapy for skin treatment, or the cryopreservation of genetic samples. But what are the characteristics that make cryogenic gloves so effective and reliable? First and foremost, they must be made with high-quality insulating materials, capable of retaining body heat and protecting the hands from low temperatures. Additionally, they must offer good flexibility and tactile sensitivity to allow for precise manipulation of even very small objects, such as laboratory test tubes. To learn more about the differences between cold-resistant gloves and cryogenic gloves, read our blog post here. Coval Safety Cryogenic Gloves At Coval Safety, we have developed a line of products to better address extreme cold conditions, grouped under the Coval COLD line. ARTIC FOX gloves are designed to offer reliable protection and optimal comfort in extremely low temperature environments, ideal for handling liquid nitrogen and cryogenic gases in laboratories or industrial settings. Made of high-tenacity blue fabric, they guarantee resistance and comfort even during prolonged use, combining safety, thermal insulation, and practicality for every operator. The palm and fingers are coated with gray silicone-coated thermal fabric, which is non-slip, for a secure and stable grip on cryogenic instruments and containers. ARTIC LYNX 5-finger cryogenic gloves are designed to offer complete protection and optimal comfort in extremely low temperature environments, ideal for handling cryogenic gases and liquid nitrogen. Made entirely from premium quality leather with a water-repellent treatment, ARTICLYNX gloves guarantee durability and protection, keeping hands dry even in extreme conditions. ARTIC POLAR 5-finger cryogenic gloves are designed to provide optimal protection and comfort in extremely low temperature environments, ideal for handling cryogenic gases and liquid nitrogen at -196°C. Made of high-tenacity dark blue polyamide fabric with breathable knit, ARTICPOLAR gloves offer superior resistance to wear and cryogenic gas splashes, combining safety, thermal insulation, and ease of use for every operator.", "author" : { "@type" : "Person", "name" : "Carlotta Cocco", "sameAs" : "", "url" : "https://info.covalsafety.com/en/safety-magazine/author/carlotta-cocco" }, "dateModified" : "20/01/2026", "datePublished" : "20/01/2026", "headline" : "The Various Applications of Cryogenic Gloves", "image" : { "@type" : "ImageObject", "height" : 400, "url" : "https://27008376.fs1.hubspotusercontent-eu1.net/hubfs/27008376/22-11-COPERTINA-BLOGPOST-UTILIZZI-CRYO.jpg", "width" : 750 }, "mainEntityOfPage" : "https://info.covalsafety.com/en/safety-magazine/the-various-applications-of-cryogenic-gloves", "publisher" : { "@type" : "Organization", "logo" : { "@type" : "ImageObject", "url" : "https://27008376.fs1.hubspotusercontent-eu1.net/hubfs/27008376/LOGHI/coval_ufficiale_negativo.png" }, "name" : "Idee Cocco Italia srl", "url" : "info.covalsafety.com" } } ``` ```json { "@context" : "http://schema.org", "@type" : "BlogPosting", "articleBody" : "When it comes to cold weather protection, it is critical to choose the right type of glove for the specific application. There are two main categories of gloves designed to protect the hands from cold temperatures: cold-resistant gloves and cryogenic gloves. Although both are certified according to EN 511, which establishes protection requirements for gloves against cold, these two types of gloves differ significantly in their characteristics and contexts of use. Let's look at the main differences. Cold-resistant gloves: Protection for Extreme Conditions Cold-resistant gloves are suitable for people working in low temperature environments, usually outside or inside cold storage rooms. They are designed to insulate the hands from the cold, maintaining body temperature and providing freedom of movement for the fingers, as well as preventing frostbite or damage related to low temperature. These gloves are generally made of thermal and insulating materials that provide adequate protection against the cold without compromising functionality. In addition, many models of cold-resistant gloves are waterproof and windproof, adding an extra layer of protection against the elements. Areas of use include: Food Industry: for working in refrigerated and frozen environments (such as inside cold rooms). Logistics and Transportation: for outdoor operations during winter. Construction: for those working in environments exposed to cold. Rescue Teams: for operations in freezing environments. These gloves are ideal for those facing cold weather, but not necessarily extreme temperatures such as those encountered in cryogenic environments. Cryogenic Gloves: Advanced Protection for Those Working in Contact with Liquid Gases Cryogenic gloves, on the other hand, are designed for more specific applications and require much more advanced protective features. Used mainly in medical-scientific laboratories and for industrial applications, in addition to being certified to EN 511, cryogenic gloves are tested by contact with liquid nitrogen, which reaches -196°C, preventing burns caused by liquid gas splashes. (Read more about the risks HERE). Unlike cold-resistant gloves, cryogenic gloves: provide good flexibility and tactile sensitivity-essential for precisely handling very small objects, such as laboratory test tubes or delicate components in science and industry. are equipped with a water-repellent membrane that gives them suitable properties to resist liquid gas splashes. This feature is crucial in preventing cold burns, which occur if liquid gas comes into contact with the skin. are made of insulating materials with high heat capacity, which prevent direct skin contact with extreme cold. These materials act as a barrier, protecting hands and arms from critical temperatures. are designed at full arm length: Some models of cryogenic gloves are designed to cover the entire forearm or even the entire arm, to provide complete protection when handling cryogenic liquids or when working in highly hazardous environments, where even a small amount of exposure can cause significant harm. Application Sectors of Cryogenic Gloves Cryogenic gloves are used in a variety of industries that require advanced protection against extremely low temperatures. The main areas of application include: Scientific Laboratories and Research: used for the manipulation of cryogenic substances, such as liquid nitrogen, liquid oxygen and other low-temperature gases, used in research experiments and scientific tests. Medical and Hospital Industry: used for handling cryogenic materials in cryotherapy, freezing biological tissues, and storing biological samples such as stem cells and blood. Gas Industry: used in the production, transportation and distribution of cryogenic liquefied gases, such as in filling liquid gas cylinders. Aerospace Industry: used to work with cryogenic fuels, such as liquid hydrogen, in aerospace and rocket launch applications. Chemical and Petroleum Industry: in the handling of cryogenic liquids during plant cooling, production and transportation of chemicals at low temperatures, where it is necessary to protect operators from hazardous exposures. Food Industry: used in food processing and preservation through rapid temperature reduction (cryogenic freezing), to maintain food quality and safety. Metallurgy Industry: for cooling and handling metals at high temperatures. Would you like to learn more about the features and applications of cryogenic gloves? Read our blog post here. Coval Safety's COLD Line: Cryogenic Gloves for Maximum Safety Within its cold weather protection solutions, Coval Safety offers a COLD line of specialized gloves and accessories for protection against extreme cold and cryogenic burns. These products are designed to provide maximum safety, comfort and high performance, even under the most challenging conditions. Choosing the right cryogenic gloves is critical to ensuring the safety of workers in extreme environments. Coval Safety offers advanced solutions, studying every detail to provide complete protection in every situation. Discover all of Coval Safety's COLD line of cold weather PPE and protect your team with reliable, high-performance personal protective equipment. Against skin exposure to very low temperatures, which can cause burn-like damage, we propose specific PPE, such as H.CRYO cryogenic gaiters, tested for liquid nitrogen -196°C. For body protection, the L.CRYO cryogenic apron is the ideal safety device in tasks in contact with low temperatures. Among the proposals for hand protection are ARTICLYNX cryogenic gloves, made entirely of blue grain leather with a water-repellent treatment. They are designed to offer complete protection and optimal comfort in extremely low temperature environments, ensuring resistance and protection while keeping hands dry even in extreme conditions. Finally, for those looking for a bag to store cryogenic PPE, we recommend COVAL COLD BAG, a semi-rigid, practical and durable bag designed for transporting and storing cryogenic PPE for use with liquid nitrogen and cryogenic gases, protecting them from dust and light. All PPE is manufactured from highly insulating technical materials and is a necessary solution to counter extreme frost, both during industrial activities and in extreme weather conditions. EN 388:2016+A1:2018 protective gloves against mechanical hazards EN 511:2006 protective gloves against the cold A more protected worker A job performed at its best A richer and more respected company A happier family", "author" : { "@type" : "Person", "name" : "Amedeo Caporrino", "sameAs" : "", "url" : "https://info.covalsafety.com/en/safety-magazine/author/amedeo-caporrino" }, "dateModified" : "20/01/2026", "datePublished" : "20/01/2026", "headline" : "Cryogenic Gloves and Cold Weather Protection: Workplace Safety with Coval Safety", "image" : { "@type" : "ImageObject", "height" : 400, "url" : "https://27008376.fs1.hubspotusercontent-eu1.net/hubfs/27008376/000-CRYO-COPERTINA-1.jpg", "width" : 750 }, "mainEntityOfPage" : "https://info.covalsafety.com/en/safety-magazine/cryogenic-gloves-and-cold-weather-protection-workplace-safety-with-coval-safety", "publisher" : { "@type" : "Organization", "logo" : { "@type" : "ImageObject", "url" : "https://27008376.fs1.hubspotusercontent-eu1.net/hubfs/27008376/LOGHI/coval_ufficiale_negativo.png" }, "name" : "Idee Cocco Italia srl", "url" : "info.covalsafety.com" } } ``` ```json { "@context" : "http://schema.org", "@type" : "BlogPosting", "articleBody" : "Climate change is making forest fires increasingly frequent throughout Europe, including Italy. For firefighters and all rescue teams, this means dealing with increasingly complex and dangerous scenarios. In these contexts, equipment becomes a fundamental ally, and among the most important Personal Protective Equipment (PPE) items are forest fire gloves. Why different gloves are needed for each type of procedure Those who work in the emergency sector know that every intervention is different: structural firefighting, forest firefighting, extrication or rescue operations require specific skills, techniques, and equipment. That is why it is essential that gloves meet the real needs of the operator, offering protection, comfort, and performance. An analysis of the limitations of standard gloves for firefighters has revealed a number of critical issues: bulkiness and impracticality, which can restrict movement and slow down action. reduced dexterity, especially when using delicate or heavy equipment. poor breathability, which affects the comfort and softness of the glove itself during prolonged use. These critical issues led to the search for a glove capable of ensuring safety while at the same time facilitating the operator in one of the most complex and risky jobs. To clarify any doubts, read our guide on the different types of gloves for firefighters. Forest Firefighting Gloves: Features and Fundamental Role Forest firefighting gloves are used in non-urban environments, where temperatures are extreme and hazards are difficult to predict or control. In these scenarios, every piece of equipment is essential: suits, helmets, balaclavas, visors, boots, and, of course, suitable gloves. Response teams must be able to protect themselves from heat stress and the intense effort required in firefighting operations. For this reason, gloves are not simply an accessory, but a fundamental tool for protecting the safety of the operator. FLAME: the glove designed for forest firefighting The FLAME forest firefighting glove, developed by Coval Safety, is the ideal solution for rescue workers who deal with fires in green areas on a daily basis. It is made with: meta-aramid fabric, resistant to high temperatures. water-repellent cowhide leather, which ensures protection and durability even in severe operating conditions. Kevlar thread stitching, resistant to heat and tearing, which maintains the integrity of the glove and guarantees a high level of safety. For all PPE in the FIRE line, the selection of raw materials is extremely careful: each component is chosen to ensure protection, reliability, and comfort even in the most difficult conditions. Discover our FIRE line. Why choose FLAME? Optimal protection: high resistance to heat, fire, and high temperatures, for safe prevention and extinguishing operations. Comfort and durability: ergonomic design and targeted reinforcements ensure comfort even during prolonged use, without sacrificing mobility and resistance. Operational versatility: protects not only from heat, but also from abrasions, cuts, and sharp objects typical of forest environments. Innovative materials: fire-resistant fabrics and mechanical resistance guarantee reliable protection over time, while maintaining flexibility and tactile sensitivity. FLAME gloves combine selected materials and advanced design to offer protection, comfort, and precision, with technical features designed to ensure safety even in the most extreme conditions: Heat resistance up to 250°C Leather reinforcements for greater protection against fire and abrasions Full-grain cowhide leather palm, water-repellent In a workplace where speed, protection, and efficiency are essential, choosing the right glove means protecting workers' safety and improving the quality of the job. Coval Safety's FLAME gloves are the ideal choice for all professionals working in forest environments at risk of fire. Thanks to selected materials, strategic reinforcements, and prolonged comfort, they guarantee safety, resistance, and precision of movement, making them an indispensable ally for firefighting operations.", "author" : { "@type" : "Person", "name" : "Martina Pieropan", "sameAs" : "", "url" : "https://info.covalsafety.com/en/safety-magazine/author/martina-pieropan" }, "dateModified" : "16/12/2025", "datePublished" : "16/12/2025", "headline" : "Forest Firefighting Gloves: Essential Protection for Frontline Workers", "image" : { "@type" : "ImageObject", "height" : 400, "url" : "https://27008376.fs1.hubspotusercontent-eu1.net/hubfs/27008376/000-2025-12-17-GUANTI-INCENDI-FORESTALI-1.jpg", "width" : 750 }, "mainEntityOfPage" : "https://info.covalsafety.com/en/safety-magazine/forest-firefighting-gloves-essential-protection-for-frontline-workers", "publisher" : { "@type" : "Organization", "logo" : { "@type" : "ImageObject", "url" : "https://27008376.fs1.hubspotusercontent-eu1.net/hubfs/27008376/LOGHI/coval_ufficiale_negativo.png" }, "name" : "Idee Cocco Italia srl", "url" : "info.covalsafety.com" } } ```