--- title: Safety magazine | HEAT description: HEAT | 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/heat) - [Français](https://info.covalsafety.com/fr/safety-magazine/tag/heat) - [Italiano](https://info.covalsafety.com/safety-magazine/tag/heat) English Posts about # HEAT [![Foundry gloves: What characteristics should PPE for high temperatures have?](https://info.covalsafety.com/hs-fs/hubfs/001-15-10-BLOGPOST-CARATTERISTICHE-GUANTI-HEAT-1.jpg?width=600&name=001-15-10-BLOGPOST-CARATTERISTICHE-GUANTI-HEAT-1.jpg)](https://info.covalsafety.com/en/safety-magazine/foundry-gloves-what-characteristics-should-ppe-for-high-temperatures-have) [Product selection guide](https://info.covalsafety.com/en/safety-magazine/tag/product-selection-guide), [HEAT](https://info.covalsafety.com/en/safety-magazine/tag/heat) ## [Foundry gloves: What characteristics should PPE for high temperatures have?](https://info.covalsafety.com/en/safety-magazine/foundry-gloves-what-characteristics-should-ppe-for-high-temperatures-have) 14 October 2026 # Foundry Gloves: What Features Should High-Temperature PPE Have? **How do you choose foundry gloves? Discover the key features and performance levels to...** [Continue reading](https://info.covalsafety.com/en/safety-magazine/foundry-gloves-what-characteristics-should-ppe-for-high-temperatures-have) [![What is radiant heat and how to protect yourself in foundries and steelworks](https://info.covalsafety.com/hs-fs/hubfs/000-copertina-21-10-BLOG-CALORE-RADIANTE-1.jpg?width=600&name=000-copertina-21-10-BLOG-CALORE-RADIANTE-1.jpg)](https://info.covalsafety.com/en/safety-magazine/what-is-radiant-heat-and-how-to-protect-yourself-in-foundries-and-steelworks) [Guide alla scelta del prodotto](https://info.covalsafety.com/en/safety-magazine/tag/guide-alla-scelta-del-prodotto), [Presentazione Prodotti](https://info.covalsafety.com/en/safety-magazine/tag/presentazione-prodotti), [HEAT](https://info.covalsafety.com/en/safety-magazine/tag/heat) ## [What is radiant heat and how to protect yourself in foundries and steelworks](https://info.covalsafety.com/en/safety-magazine/what-is-radiant-heat-and-how-to-protect-yourself-in-foundries-and-steelworks) ![Anna Battocchio](https://info.covalsafety.com/hubfs/anna_battocchio.jpg) 17 October 2025 ## What is radiant heat? [Continue reading](https://info.covalsafety.com/en/safety-magazine/what-is-radiant-heat-and-how-to-protect-yourself-in-foundries-and-steelworks) [![Heat Resistant Gloves for the Metal Industry: Effective Solutions for Protecting Hands from High Heat](https://info.covalsafety.com/hs-fs/hubfs/000-COPERTINA-BLOG-Guanti-Anticalore-per-l%E2%80%99Industria-dei-Metalli.jpg?width=600&name=000-COPERTINA-BLOG-Guanti-Anticalore-per-l%E2%80%99Industria-dei-Metalli.jpg)](https://info.covalsafety.com/en/safety-magazine/heat-resistant-gloves-for-the-metal-industry-effective-solutions-for-protecting-hands-from-high-heat) [Guide alla scelta del prodotto](https://info.covalsafety.com/en/safety-magazine/tag/guide-alla-scelta-del-prodotto), [HEAT](https://info.covalsafety.com/en/safety-magazine/tag/heat) ## [Heat Resistant Gloves for the Metal Industry: Effective Solutions for Protecting Hands from High Heat](https://info.covalsafety.com/en/safety-magazine/heat-resistant-gloves-for-the-metal-industry-effective-solutions-for-protecting-hands-from-high-heat) ![Anna Battocchio](https://info.covalsafety.com/hubfs/anna_battocchio.jpg) 9 July 2025 When working in high temperature environments, such as foundries or metal processing plants, choosing the right heat protection glove is essential to... [Continue reading](https://info.covalsafety.com/en/safety-magazine/heat-resistant-gloves-for-the-metal-industry-effective-solutions-for-protecting-hands-from-high-heat) [![Safety in post-melting foundries: main risks and effective solutions for operator protection](https://info.covalsafety.com/hs-fs/hubfs/001-COPERTINA-BLOGPOST-RISCHI-POST-FUSIONE.jpg?width=600&name=001-COPERTINA-BLOGPOST-RISCHI-POST-FUSIONE.jpg)](https://info.covalsafety.com/en/safety-magazine/safety-in-post-melting-foundries-main-risks-and-effective-solutions-for-operator-protection) [Product selection guide](https://info.covalsafety.com/en/safety-magazine/tag/product-selection-guide), [HEAT](https://info.covalsafety.com/en/safety-magazine/tag/heat) ## [Safety in post-melting foundries: main risks and effective solutions for operator protection](https://info.covalsafety.com/en/safety-magazine/safety-in-post-melting-foundries-main-risks-and-effective-solutions-for-operator-protection) ![Anna Battocchio](https://info.covalsafety.com/hubfs/anna_battocchio.jpg) 4 June 2025 The post-melting process in foundries is a crucial phase, not only for the quality of the final product, but also for the safety of the operators... [Continue reading](https://info.covalsafety.com/en/safety-magazine/safety-in-post-melting-foundries-main-risks-and-effective-solutions-for-operator-protection) [![How to recognise if a glove is fire retardant?](https://info.covalsafety.com/hs-fs/hubfs/000-COPERTINA-Apr-03-2025-08-00-30-1748-PM.jpg?width=600&name=000-COPERTINA-Apr-03-2025-08-00-30-1748-PM.jpg)](https://info.covalsafety.com/en/safety-magazine/how-to-recognise-if-a-glove-is-fire-retardant) [Guide alla scelta del prodotto](https://info.covalsafety.com/en/safety-magazine/tag/guide-alla-scelta-del-prodotto), [HEAT](https://info.covalsafety.com/en/safety-magazine/tag/heat), [FIRE](https://info.covalsafety.com/en/safety-magazine/tag/fire) ## [How to recognise if a glove is fire retardant?](https://info.covalsafety.com/en/safety-magazine/how-to-recognise-if-a-glove-is-fire-retardant) ![Anna Battocchio](https://info.covalsafety.com/hubfs/anna_battocchio.jpg) 3 April 2025 When it concerns safety at work, every detail is crucial. Among the most important accessories to protect hands from burn hazards are fire retardant... [Continue reading](https://info.covalsafety.com/en/safety-magazine/how-to-recognise-if-a-glove-is-fire-retardant) [![Protection and Comfort with Prowear D3E3 Fireproof Clothing: Jacket and Trousers for the Metal Industry](https://info.covalsafety.com/hs-fs/hubfs/000-COPERTINA-3.jpg?width=600&name=000-COPERTINA-3.jpg)](https://info.covalsafety.com/en/safety-magazine/protection-and-comfort-with-prowear-d3e3-fireproof-clothing-jacket-and-trousers-for-the-metal-industry) [Product selection guide](https://info.covalsafety.com/en/safety-magazine/tag/product-selection-guide), [HEAT](https://info.covalsafety.com/en/safety-magazine/tag/heat) ## [Protection and Comfort with Prowear D3E3 Fireproof Clothing: Jacket and Trousers for the Metal Industry](https://info.covalsafety.com/en/safety-magazine/protection-and-comfort-with-prowear-d3e3-fireproof-clothing-jacket-and-trousers-for-the-metal-industry) ![Anna Battocchio](https://info.covalsafety.com/hubfs/anna_battocchio.jpg) 12 March 2025 In the world of the metal industry, worker safety is a top priority. The risks associated with contact with molten metals, such as aluminium and... [Continue reading](https://info.covalsafety.com/en/safety-magazine/protection-and-comfort-with-prowear-d3e3-fireproof-clothing-jacket-and-trousers-for-the-metal-industry) [![Why prefer Coval button and shoe heat gaiters over traditional gaiters?](https://info.covalsafety.com/hs-fs/hubfs/COPERTINA-BLOG.jpg?width=600&name=COPERTINA-BLOG.jpg)](https://info.covalsafety.com/en/safety-magazine/why-prefer-coval-button-and-shoe-heat-gaiters-over-traditional-gaiters) [Product selection guide](https://info.covalsafety.com/en/safety-magazine/tag/product-selection-guide), [WELD](https://info.covalsafety.com/en/safety-magazine/tag/weld), [HEAT](https://info.covalsafety.com/en/safety-magazine/tag/heat) ## [Why prefer Coval button and shoe heat gaiters over traditional gaiters?](https://info.covalsafety.com/en/safety-magazine/why-prefer-coval-button-and-shoe-heat-gaiters-over-traditional-gaiters) 12 November 2024 Working in a foundry is a slalom between multiple hazards: molten metal splashes, radiant heat sources, accidental contact with flames, and not only... [Continue reading](https://info.covalsafety.com/en/safety-magazine/why-prefer-coval-button-and-shoe-heat-gaiters-over-traditional-gaiters) [![Aluminised flame retardant coverall: when and why to wear it](https://info.covalsafety.com/hs-fs/hubfs/00-COPERTINA-BLOG-1.jpg?width=600&name=00-COPERTINA-BLOG-1.jpg)](https://info.covalsafety.com/en/safety-magazine/aluminised-flame-retardant-coverall-when-and-why-to-wear-it) [Product selection guide](https://info.covalsafety.com/en/safety-magazine/tag/product-selection-guide), [HEAT](https://info.covalsafety.com/en/safety-magazine/tag/heat) ## [Aluminised flame retardant coverall: when and why to wear it](https://info.covalsafety.com/en/safety-magazine/aluminised-flame-retardant-coverall-when-and-why-to-wear-it) ![Anna Battocchio](https://info.covalsafety.com/hubfs/anna_battocchio.jpg) 15 August 2024 When working in contact with **open flames or the potential presence of flames**, it is essential to wear workwear that offers a guarantee in protecting... [Continue reading](https://info.covalsafety.com/en/safety-magazine/aluminised-flame-retardant-coverall-when-and-why-to-wear-it) [![The importance of glove ergonomics for worker protection and safety](https://info.covalsafety.com/hs-fs/hubfs/11-06-COPERTINA-BLOG-IMPORTANZA-ERGONOMIA.jpg?width=600&name=11-06-COPERTINA-BLOG-IMPORTANZA-ERGONOMIA.jpg)](https://info.covalsafety.com/en/safety-magazine/the-importance-of-glove-ergonomics-for-worker-protection-and-safety) [Product selection guide](https://info.covalsafety.com/en/safety-magazine/tag/product-selection-guide), [HEAT](https://info.covalsafety.com/en/safety-magazine/tag/heat) ## [The importance of glove ergonomics for worker protection and safety](https://info.covalsafety.com/en/safety-magazine/the-importance-of-glove-ergonomics-for-worker-protection-and-safety) ![Anna Battocchio](https://info.covalsafety.com/hubfs/anna_battocchio.jpg) 9 June 2024 So many workers put their safety at risk every day to perform often dangerous and uncomfortable tasks. 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How do you choose foundry gloves? Discover the key features and performance levels to consider when protecting hands against heat, molten metal, splashes and mechanical hazards. There is no single high-temperature glove suitable for every foundry operation. The choice of PPE depends on the type of heat the worker is exposed to, the duration and conditions of exposure, the possible presence of molten metal, and any mechanical hazards associated with the task. Foundry work can expose workers’ hands to different hazards, sometimes simultaneously, including contact heat, radiant heat, convective heat, molten metal splashes and mechanical risks. For this reason, choosing foundry gloves means more than simply selecting a model that can withstand high temperatures. It is essential to consider the heat source, the type and duration of exposure, the possible presence of molten metal, and the characteristics of the task being performed. So, which performance characteristics should you assess when choosing heat-resistant gloves for foundry work? Foundry gloves: what are the main risks to hands? Several risk factors can be present simultaneously in a foundry environment. Gloves must therefore be selected based on the specific task and risk assessment, rather than solely on the temperature reached by the heat source. In practice, multiple hazards may be present during the same operation. PPE selection must therefore take into account the overall working conditions and the different stages of the production process. Contact heat Contact heat occurs when a glove comes into direct contact with a hot surface or object. When handling metal components, tools or heated workpieces, the glove must help limit heat transfer to the hand. In this case, considering only the object's temperature is not enough. It is also necessary to assess the foreseeable duration of contact and the actual conditions of use. Temperature and contact time are therefore closely related factors when selecting heat-resistant gloves. Radiant heat Heat can also reach workers’ hands without direct contact with a hot surface. This is the case when working near furnaces, crucibles, incandescent metal and other sources of intense thermal radiation. In these situations, it is important to assess the glove's performance against radiant heat, taking into account the characteristics of the heat source, the distance and the duration of exposure. Reflective materials, such as aluminised fabrics used in certain protective garments for foundry work, may be suitable when the application requires specific protection against thermal radiation. Want to learn more about this hazard? Discover what radiant heat is and which solutions can help protect workers in foundries and steelworks, reading HERE. Convective heat Another hazard to consider, when present in a specific application, is convective heat, which involves heat transfer through moving hot fluids or gases. This type of exposure differs from both contact heat and radiant heat and therefore requires a specific assessment of PPE performance. Molten metal and splashes One of the most characteristic hazards in foundry operations is exposure to molten metal and high-temperature materials. The EN 407 standard specifically distinguishes between performance against small splashes of molten metal and performance against large quantities of molten metal. Gloves must therefore be selected according to the type of exposure that may occur during the specific operation and the performance levels declared by the manufacturer. It is also important to assess the extent of the area requiring protection. If the risk also affects the wrist or forearm, it may be necessary to choose foundry gloves with a long gauntlet cuff or supplement hand protection with other suitable PPE. Abrasion and mechanical hazards Workers' hands may also be exposed to mechanical hazards when handling metal components, tools and materials. For this reason, when selecting foundry gloves, protection against thermal hazards must be assessed alongside the performance required against mechanical risks. Depending on the task, relevant factors may include abrasion, cut, tear and puncture resistance. Selection must therefore take into account all the hazards associated with the operation, rather than focusing on a single glove characteristic. Thermal and mechanical hazards may also vary throughout the different stages of the production process. In our in-depth article on safety during post-casting operations, we examine some of the main risks and the related protection requirements. Read it HERE. EN 407:2020: which performance levels should you assess in gloves for thermal risks? When selecting gloves designed to protect against thermal hazards, one of the main regulatory references is EN 407:2020, which covers gloves and other hand protection devices against heat and/or fire. The standard distinguishes between several types of performance against thermal hazards: Limited flame spread; Contact heat; Convective heat; Radiant heat; Small splashes of molten metal; Large quantities of molten metal. This distinction is particularly important in foundries: gloves must not be assessed solely according to the maximum temperature reached by the heat source, but in relation to the type of exposure and the actual conditions of use. The performance levels specified in EN 407:2020 refer to specific test methods and must be interpreted in relation to the hazards present in the task being performed. To learn more about the test methods and how to interpret performance levels, read our guide to EN 407:2020 for protective gloves against thermal risks. A glove with a specific performance level against contact heat does not automatically provide the same level of protection against radiant heat or molten metal. For this reason, when selecting PPE, it is essential to verify which performance characteristics have actually been tested and which levels have been declared by the manufacturer. How do you choose the right foundry glove? Choosing the most suitable glove starts with an assessment of the specific task and the hazards to which the worker may be exposed. In particular, it is important to: Identify the type of thermal hazard: contact heat, convective heat, radiant heat, flame or molten metal; Assess the duration and conditions of exposure; Check the performance levels declared in accordance with EN 407:2020; Consider any mechanical hazards, such as abrasion, cuts, tears and punctures; Assess the extent of protection required, especially where splashes or high-temperature materials are involved; Consider operational requirements, such as dexterity, grip and the ability to handle components and tools correctly. Gloves must therefore provide an appropriate level of protection against the hazards present while meeting the requirements for carrying out the task safely and effectively. Foundry gloves: selection starts with risk assessment Choosing foundry gloves means assessing several factors simultaneously: type of heat, temperature, duration of exposure, presence of molten metal, mechanical hazards and the characteristics of the task. EN 407:2020 is a key reference for identifying and comparing glove performance against thermal hazards. However, PPE selection must always be based on the actual conditions of use. Depending on the application, Coval Safety offers several key products for foundry work: SCT-4 Gloves, made from premium thermal split leather, feature reinforcements on the palm and fingers, a heat-insulating lining and a flame-retardant cotton gauntlet cuff. They are designed to protect against heat and molten metal splashes in metallurgical applications. C2AGP/18TK Gloves, designed for high-temperature environments, provide contact heat resistance up to 500°C. Their multilayer insulating construction limits heat transfer when handling hot surfaces and objects. PROWEAR D3E3 Jacket and Trousers, made from inherently flame-retardant fabric, retain their protective properties even after repeated washing. They provide thermal insulation and protection against molten metal splashes, including aluminium and iron. Compliant with ISO 11612:2015, with performance codes A1 B1 C1 D3 E3 F1, they are suitable for use in foundries, steelworks and the metallurgical industry. Need help identifying the right gloves for a specific foundry application? Contact COVAL Safety to assess the most suitable protective solution for the hazards present in your operation.", "author" : { "@type" : "Person", "name" : "Amedeo Caporrino", "sameAs" : "", "url" : "https://info.covalsafety.com/en/safety-magazine/author/amedeo-caporrino" }, "dateModified" : "14/10/2026", "datePublished" : "14/10/2026", "headline" : "Foundry gloves: What characteristics should PPE for high temperatures have?", "image" : { "@type" : "ImageObject", "height" : 400, "url" : "https://27008376.fs1.hubspotusercontent-eu1.net/hubfs/27008376/001-15-10-BLOGPOST-CARATTERISTICHE-GUANTI-HEAT-1.jpg", "width" : 750 }, "mainEntityOfPage" : "https://info.covalsafety.com/en/safety-magazine/foundry-gloves-what-characteristics-should-ppe-for-high-temperatures-have", "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" : "What is radiant heat? Numerous activities take place inside a foundry that expose operators to extreme heat conditions. Some are involved in melting and casting metals, others manage high-temperature furnaces, others handle and transport parts, and others perform quality checks on metal castings. There are also those responsible for plant maintenance and cooling the structures. Each task involves a different level of exposure to heat, sparks, and molten metal splashes. For this reason, choosing the right protective equipment is never optional but is a fundamental requirement for operator safety. Radiant heat is a form of thermal energy that is transmitted through electromagnetic waves, without the need for direct contact with an object. This type of heat can warm people and nearby surfaces simply through radiation. In industrial environments such as foundries, steelworks and iron and steel plants, radiant heat is particularly dangerous due to the presence of molten metal and high temperatures. Radiant heat vs contact heat It is important to distinguish between radiant heat and contact heat. Radiant heat propagates through space and can affect operators even without direct contact. Contact heat requires physical contact with hot surfaces and can cause immediate burns if the skin touches incandescent materials. This difference is crucial in choosing the appropriate protective clothing, known as PPE (Personal Protective Equipment), based on the type of exposure. Not sure what type of heat, radiant or contact, you need to protect yourself from in the workplace? Read our article! The risks of exposure to radiant heat in foundries n foundries, radiant heat generated by molten metal and high-temperature furnaces is one of the main threats to workers' health. Unlike contact heat, which causes immediate burns on contact, radiant heat acts constantly and invisibly, accumulating in the body and causing serious consequences if adequate PPE is not used. Prolonged exposure to radiant heat can cause: Thermal stress: the body struggles to disperse excess heat, resulting in fatigue, intense sweating and reduced concentration. Heatstroke: an acute and potentially fatal condition that manifests itself with dizziness, mental confusion, nausea and loss of consciousness. Cardiovascular problems: increased thermoregulatory effort can put pressure on the circulatory system, posing risks especially for those who already have medical conditions. Reduced cognitive and motor skills: hyperthermia compromises lucidity, reflexes and judgement, increasing the likelihood of errors and accidents at work. Long-term damage to tissues and respiratory tract: repeated exposure without protection can weaken the operator's physical resistance, leading to chronic dehydration and other medical complications. For this reason, it is essential that operators are trained on the symptoms of heat stress and equipped with certified PPE against radiant heat, such as those made of aluminised aramid fabric, which reflect up to 95% of heat, creating an indispensable protective barrier. Would you like to learn more about the dangers caused by heat in foundries and which roles are most at risk?fonderia e quali sono i ruoli più a rischio? Read our blog! Why is aluminised aramid fabric essential Aramid fabrics are ideal for the metallurgical industry because they reflect approximately 95% of radiant heat. This means that operators in foundries, steelworks and ironworks can work safely, reducing the risk of burns and heat stress. Find out when and why to wear aluminised PPE to protect yourself from extreme heat and molten metals, ensuring safety and comfort at work: Aluminised PPE: when and why to wear it. The solution: Coval Alusoft Comfort line The Coval Alusoft Comfort line, developed by Coval Safety, is designed for operators who work daily in extreme temperatures. Made from lined Alusoft aluminised fabric, the garments in the Alusoft Comfort line combine durability, protection and comfort without compromise: reflect up to 95% of radiant heat, protecting the operator even in the most extreme conditions resist molten metal splashes and occasional flames, reducing the risk of serious injury thanks to their generous cut and ergonomic fit, they guarantee prolonged comfort and freedom of movement even during intense work shifts. NEW: all garments in the Comfort line are EN ISO 11612:2015 certified and have achieved the maximum C4 level for protection against radiant heat. This makes them among the best performing garments on the market for protection against radiant heat, offering maximum safety and reliability in high-risk environments such as foundries, steelworks and iron and steel plants. Find out everything you need to know about clothing for protection against heat and flames and how the ISO 11612:2015 standard ensures safety at work. Clothing for protection against heat and flames: the ISO 11612:2015 standard. The main features of the models include a wide cut to ensure maximum freedom of movement, adjustable Velcro straps for a customised fit, and sturdy Velcro and button fastenings that ensure maximum protection during the most demanding operations. Available models V2TCKAF COMFORT Coat: The ideal choice for those who work in extreme temperatures: maximum protection and freedom of movement, even during the most demanding shifts. V3TCKAF COMFORT jacket: Uncompromising safety. Avanced torso protection and extended comfort, to tackle any challenge in foundries or steelworks. V4TCKAF COMFORT trousers: Stability, resistance and practicality. Thanks to the support braces and aluminised fabric, they protect the lower limbs even in the most extreme conditions. All models are EN ISO 11612:2015 certified, achieving the maximum C4 level against radiant heat, a guarantee of reliability and safety. Choose Coval Alusoft Comfort to work safely, even in high thermal risk environments!", "author" : { "@type" : "Person", "name" : "Anna Battocchio", "sameAs" : "", "url" : "https://info.covalsafety.com/en/safety-magazine/author/anna-battocchio" }, "dateModified" : "17/10/2025", "datePublished" : "17/10/2025", "headline" : "What is radiant heat and how to protect yourself in foundries and steelworks", "image" : { "@type" : "ImageObject", "height" : 400, "url" : "https://27008376.fs1.hubspotusercontent-eu1.net/hubfs/27008376/000-copertina-21-10-BLOG-CALORE-RADIANTE-1.jpg", "width" : 750 }, "mainEntityOfPage" : "https://info.covalsafety.com/en/safety-magazine/what-is-radiant-heat-and-how-to-protect-yourself-in-foundries-and-steelworks", "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 working in high temperature environments, such as foundries or metal processing plants, choosing the right heat protection glove is essential to ensure maximum safety. But what are the key aspects to consider when choosing thermal protective gloves? 1. Identifying Thermal and Mechanical Risks The first step in selecting protective gloves is to understand the specific risks of the work process. A thorough assessment enables the type of protection needed to be identified. Some of the main hazards to consider include: High operating temperature Molten metal splashes Heat from direct contact Radiant heat Additional mechanical hazards such as cuts, abrasions and punctures Without an accurate assessment of the hazards, it is impossible to select truly effective Personal Protective Equipment. Do you want to know which occupations are most exposed to heat in foundries? Find out in our in-depth study: Heat hazards in foundries: which roles are most risky. 2. Comfort and Ergonomics: Key Factors for Safety Protection is not the only parameter to consider: comfort and fit are equally important. Gloves that are uncomfortable or too stiff can impair manual dexterity, increasing the risk of errors and injuries. An ergonomic glove must: 1. Allow adequate freedom of movement 2. Fit the operator's hand correctly 3. Be made of materials suitable for the specific application (e.g. split leather, aramid fibre fabric, etc.). Find out more in our dedicated in-depth blog on The Importance of Ergonomic Gloves for Worker Protection and Safety. 3. Types of Heat Resistant Gloves: 5, 3 or 2 Finger? Not all heat-resistant gloves are the same. The structure of the fingers greatly influences dexterity and insulation. Here is a comparison: 5-finger glove: provides maximum mobility and precision, ideal for detailed work, but can be less easy to remove quickly in an emergency. 2-finger (mitten) glove: provides the best thermal insulation and is easier to remove quickly. Perfect for environments with extreme heat. 3-finger glove: represents a good compromise between protection and grip, useful when both heat resistance and discreet handling are required. For more details, see our complete guide available at How to choose the right glove: 5, 3 or 2 fingers? 4. Reference Standards: EN 388 and EN 407 When selecting a work glove, it is essential to check its compliance with European standards: EN 388:2016+A1:2018 - Protective gloves against mechanical hazards (abrasion, blade cut, tear, puncture, cut EN ISO 13997, impact) EN 407:2020 - Protective gloves against mechanical risks (fire behaviour, contact heat, convective heat, radiant heat, small molten metal splashes, large molten metal projections) Gloves certified according to these standards have a specific marking and are accompanied by technical documentation certifying their performance. We have dedicated an entire article to the EN 407 Standard: everything you need to know, with clear explanations of the performance levels and tests required. The Coval Safety Solution: Certified Heat Resistant Gloves for Every Need At Coval Safety, we understand how crucial it is to have the right gloves for every type of thermal hazard. That's why we offer a complete range of professional heat-resistant gloves, designed to ensure: Maximum protection from heat (contact, radiant, convective) Resistance to molten metal splashes Advanced ergonomics and prolonged comfort Compliance with EN 388 and EN 407 standards Among our solutions you will find: S5TK, made of a double layer of aramid fabric laminated with cotton jersey, this glove is ideal for activities involving direct contact heat exposure up to 350°C. Providing thermal protection and comfort, it is perfect for prolonged work at high temperatures. F2AGP/18TK, designed for intensive applications, this two-fingered glove in aramid fabric with wool cloth reinforcements and aramid fleece lining offers thermal resistance up to 500°C. The reinforced construction ensures reliable protection in the most extreme conditions. SCTKA, a glove combining a splash and direct heat resistant thermal split palm with an aluminised fabric backhand designed to reflect radiant heat. An ideal solution for work where outside temperatures and heat radiation are high. Z101/20AT, equipped with a thermal split palm and natural split back, this glove is lined with a technical knitted fabric combining 70% abrasion-resistant and 30% cut-resistant, for extreme resistance in high mechanical and thermal stress environments. Made from high-quality technical materials - such as treated leathers, aramid fabrics and insulated linings - our gloves are designed for durability and protection in all operating conditions. Rely on Coval Safety for certified, comfortable and safe heat protection devices. Choosing the right heat-resistant gloves is a strategic decision that requires attention to several factors: from the type of hazard to the glove's construction and operator comfort. Investing in quality, certified PPE that is suitable for the operational context not only improves safety, but also increases efficiency at work. Coval Safety stands by companies to provide tailor-made solutions in thermal protection and industrial safety. Discover the complete range of Coval Safety heat-resistant gloves and find the solution that best suits your needs. Contact us for a dedicated consultation or request a sample to test the quality in the field.", "author" : { "@type" : "Person", "name" : "Anna Battocchio", "sameAs" : "", "url" : "https://info.covalsafety.com/en/safety-magazine/author/anna-battocchio" }, "dateModified" : "09/07/2025", "datePublished" : "09/07/2025", "headline" : "Heat Resistant Gloves for the Metal Industry: Effective Solutions for Protecting Hands from High Heat", "image" : { "@type" : "ImageObject", "height" : 400, "url" : "https://27008376.fs1.hubspotusercontent-eu1.net/hubfs/27008376/000-COPERTINA-BLOG-Guanti-Anticalore-per-l%E2%80%99Industria-dei-Metalli.jpg", "width" : 750 }, "mainEntityOfPage" : "https://info.covalsafety.com/en/safety-magazine/heat-resistant-gloves-for-the-metal-industry-effective-solutions-for-protecting-hands-from-high-heat", "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" : "The post-melting process in foundries is a crucial phase, not only for the quality of the final product, but also for the safety of the operators involved. However, the risks are not limited to this phase: the entire production cycle presents numerous critical issues that should not be underestimated. We discuss this in detail in our dedicated blog post: “What are the most at-risk roles in the foundry?”. To go into more detail, the post-fusion phase includes complex operations such as machining, heat treatment, finishing and the application of coatings. Activities often exposed to specific dangers, sometimes not immediately visible. Recognizing these risks and equipping yourself with the correct Personal Protective Equipment (PPE) is essential to building a safe, efficient and compliant work environment. The main risks after the melting process During the finishing and post-casting processing phase, operators are exposed to a variety of risks that must be managed carefully and with adequate protective equipment: 1. Exposure to heat: Handling hot castings and proximity to high-temperature surfaces make thermal risks one of the most common. Depending on the activity (grinding, welding, polishing, etc.), it is necessary to choose specific PPE, such as gloves resistant to contact heat or radiant heat. 2. Impact and abrasion risks: Mechanical finishing operations, such as grinding, can cause impacts, scratches and abrasions. These dangers are amplified in environments with the presence of metal scraps and uneven surfaces. 3. Respiratory hazards: Often overlooked, respiratory risks are related to silica dust, metal fumes, toxic vapors and paint residues. Prolonged inhalation of these substances can lead to serious pathologies such as silicosis, occupational asthma and chronic lung diseases. Protective Devices: What You Really Need Thermal protection in the foundry requires cut-resistant and heat-resistant gloves, specifically for high temperatures, with a good degree of resistance to mechanical risks. If you want to know more, we talk about it in our dedicated blog post: PPE and heat-resistant gloves with high cut resistance. Generally speaking, aramid gloves are ideal for environments where the threshold of 250°C is easily exceeded, offering an effective barrier up to 1000°C. For activities that require more flexibility, such as welding or finishing, leather gloves with aluminized inserts can be used for protection from radiant heat. The technological evolution of materials has also made it possible to combine heat resistance and cut protection, maintaining high dexterity even in complex working conditions. Coval Safety's answer: total protection with the HEAT line To ensure safety and comfort in high-temperature environments, Coval Safety offers the HEAT line, specialized in protection from radiant and contact heat. The line includes professional heat-resistant gloves and clothing, ideal for foundries, steelworks, glass industry and metalworking. Products in the HEAT line include: S5TK Aramid Fabric Gloves, ideal for the safe handling of hot objects in foundries and metalworking. Made of double layer of aramid, they offer high resistance to both contact heat and mechanical risks. Heat resistant gloves in aramidic fabric F2AGP/18TK, designed for high temperature environments, in the presence of melting or hot surfaces. The multi-layer insulating structure reduces heat transmission, offering reliable protection in case of prolonged contact with hot objects. Prowear D3E3 jacket and trousers, made of intrinsically flame-retardant fabric, maintain protection even after numerous washes. They offer high thermal insulation and resistance to molten metal splashes (aluminium and iron). Certified according to ISO 11612:2015 A1 B1 C1 D3 E3 F1, they are essential PPE for foundries, steelworks and metallurgical plants. All products in the HEAT line are certified according to European regulations and designed in collaboration with industry operators to ensure maximum reliability in the field. To choose the solution best suited to your work environment:", "author" : { "@type" : "Person", "name" : "Anna Battocchio", "sameAs" : "", "url" : "https://info.covalsafety.com/en/safety-magazine/author/anna-battocchio" }, "dateModified" : "04/06/2025", "datePublished" : "04/06/2025", "headline" : "Safety in post-melting foundries: main risks and effective solutions for operator protection", "image" : { "@type" : "ImageObject", "height" : 400, "url" : "https://27008376.fs1.hubspotusercontent-eu1.net/hubfs/27008376/001-COPERTINA-BLOGPOST-RISCHI-POST-FUSIONE.jpg", "width" : 750 }, "mainEntityOfPage" : "https://info.covalsafety.com/en/safety-magazine/safety-in-post-melting-foundries-main-risks-and-effective-solutions-for-operator-protection", "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 concerns safety at work, every detail is crucial. Among the most important accessories to protect hands from burn hazards are fire retardant gloves. But how do you know if a glove is truly fire-resistant? In this article, we will explore the key aspects you need to consider to identify a fire retardant glove, with a focus on materials and EN 407:2020 certification. Fire retardant gloves: What does ‘’fire resistant‘’ mean? A glove described as fire retardant is a personal protective equipment designed to offer resistance to heat and flame. However, not all gloves that look fire-resistant really are. To be effective, they must meet precise technical characteristics that make them suitable for protection against high temperatures. Fire-resistant gloves are essential to protect hands from high temperatures, flames and hazards in hazardous work environments. Among the main models, those offering maximum protection include: Aramid Fibre Gloves: Made of aramid fibres, heat and fire resistant. Ideal for foundries, firefighters and industrial applications. Heat Resistant Leather Gloves: Treated to resist heat and flame, they offer mechanical protection and are perfect for welding work. Aluminised Gloves: Offer advanced protection against heat and molten metal splashes, ideal for the metal industry and goldsmithing. Welding Gloves: Made of thick leather, they protect against sparks and intense heat, ideal for welders. Firefighter's Gloves: Resistant to flames and high temperatures, made of specialised materials to ensure safety in emergency situations. Choose the right glove to protect you in high temperature environments! EN 407:2020 certification When purchasing a Fire Retardant Glove, it is essential that it is certified according to international safety standards. The EN 407:2020 standard is the one that regulates protection characteristics against heat and flame. A glove certified to this standard has passed a series of rigorous tests to ensure its effectiveness. EN 407:2020 sets out a number of requirements that a glove must meet, including: Limited flame propagation Resistance to contact heat Resistance to convective heat Resistance to radiant heat Resistance to small splashes of molten metal Resistance to large splashes of molten metal If the glove carries the EN 407:2020 certification mark, it means it has been tested to withstand these conditions and offers adequate protection against heat and flame. For more information, read our guide on how to read the test levels of EN 407:2020. All the information on the EN 407:2020 thermal resistance tests that are performed during certification can be found on the label. In addition to the full address of the manufacturer, the PPE category and product traceability, the manufacturer must state the reference standards with pictograms and levels. If you have difficulty reading the label on Coval Safety's PPE, don't worry! Consult our guide on how to correctly interpret the labels of our Personal Protective Equipment. How to check if a glove is fire retardant? When purchasing fire retardant gloves, consider these crucial aspects: Material: Check whether the glove is made of flame-retardant materials, such as aramid, fibreglass or para-aramid fabrics. If they are not present, the glove may not offer adequate protection against fire. Certification: Make sure the glove is EN 407:2020 certified, which guarantees resistance to heat and flame. Check the label or data sheet to confirm the certification. Heat resistance: Check that the glove offers protection against different heat sources, such as direct or convective contact, depending on the intended use. Check the protection levels in EN 407:2020. By following these simple steps, you will ensure maximum safety with certified flame retardant gloves suitable for your work. To ensure your safety in high-temperature environments, it is essential to choose EN 407:2020-certified fire-resistant gloves made of heat- and flame-resistant materials. If you are in doubt about your choice of PPE, consult an RSPP for professional guidance. Coval Safety offers certified protective equipment for reliable safety. For more information on fire retardant gloves and other solutions, visit our website or contact us for personalised advice.", "author" : { "@type" : "Person", "name" : "Anna Battocchio", "sameAs" : "", "url" : "https://info.covalsafety.com/en/safety-magazine/author/anna-battocchio" }, "dateModified" : "03/04/2025", "datePublished" : "03/04/2025", "headline" : "How to recognise if a glove is fire retardant?", "image" : { "@type" : "ImageObject", "height" : 400, "url" : "https://27008376.fs1.hubspotusercontent-eu1.net/hubfs/27008376/000-COPERTINA-Apr-03-2025-08-00-30-1748-PM.jpg", "width" : 750 }, "mainEntityOfPage" : "https://info.covalsafety.com/en/safety-magazine/how-to-recognise-if-a-glove-is-fire-retardant", "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 the metal industry, worker safety is a top priority. The risks associated with contact with molten metals, such as aluminium and iron, require the use of highly resistant and comfortable fireproof clothing. Coval Safety responds to this need with the Prowear D3E3 line, which includes the V3TW jacket and V4TW flame retardant trousers, specifically designed to protect those working in hazardous environments such as foundries, steelworks and metal production plants. V3TW Flameproof Jacket: Advanced Protection for Metal Industry Workers The V3TW jacket is part of the new PROWEAR line and is the ideal solution for those working in environments with a high risk of exposure to molten metals. Thanks to its inherent flame retardant fabric construction, the jacket offers superior resistance to molten aluminium and iron splashes, providing optimal protection in critical situations. ISO 11612:2015 (A1 B1 C1 D3 E3 F1) certifies its effectiveness against heat and flame, protecting the wearer even in extremely hazardous environments. Main features of the V3TW jacket: Maximum resistance to molten aluminium and iron, protecting against high temperatures and damage caused by liquid metals. Soft and comfortable, ensuring comfort throughout the working day. Superior thermal insulation, maintaining a constant body temperature in hot and cold conditions. Unaltered flame-retardant properties even after numerous washings, thanks to the chemical-free fabric. Quick-release fasteners, allowing the jacket to be quickly removed in an emergency. In addition, the V3TWB version includes reflective bands, which increase visibility in dark and poorly lit environments, enhancing overall safety in the workplace. Prowear D3E3 Fireproof Trousers: Comfort and Safety at 360°. The Prowear D3E3 fireproof trousers perfectly complement the V3TW jacket, offering complete protection for metal workers. Made from the same inherent flame-retardant fabric, these trousers are designed to withstand the harshest conditions without compromising comfort. Like the jacket, the trousers are designed to provide durable protection, with resistance to molten metal splashes and excellent heat resistance. Also available in the V4TWB version with reflective bands. Why Should You Choose Prowear D3E3? Durability and Safety The Prowear D3E3 line is designed to last, maintaining its flame-retardant properties even after numerous washings. There are no chemical treatments, just a natural flame-retardant fabric that protects in all circumstances. Comfort and Convenience Despite the advanced protection, the jacket and trousers are soft, comfortable and easy to wear. The mixed wool composition in the fabric ensures a constant body temperature, with a product that stays cool in summer and warm in winter. Customisation and Visibility The Prowear D3E3 line offers several colour variants (blue, dark blue, grey, red, orange), allowing companies to maintain a unified and recognisable image. Reflective bands, available on request, ensure greater visibility for workers in poorly lit or risky environments. Compliance with Safety Regulations This is an innovative garment, which achieves the highest level of protection according to EN ISO 11612:2015: - level D3, maximum level of protection against molten aluminium splash, - level E3, maximum level of protection against molten iron splashes. Ideal for Industry Sectors Such as Foundries and Steelworks Prowear D3E3 jacket and trousers are perfect for the metal industry, especially for foundries, iron and steel works and molten metal production. Although they offer exceptional protection, these garments do not replace aluminised clothing, which is recommended for extreme operations in direct contact with heat sources and molten metals. To learn more, our article on aluminised clothing may be useful. Choose safety with Prowear D3E3 The Prowear D3E3 line represents the perfect balance of advanced protection, comfort and visibility, essential for those working in high-risk environments such as those in the metals industry. If safety is your priority, choose Coval Safety and invest in quality clothing that will last, protecting your workers effectively and comfortably. For more information on Prowear D3E3, contact us to find out how you can improve safety at work with our high quality flame retardant clothing!", "author" : { "@type" : "Person", "name" : "Anna Battocchio", "sameAs" : "", "url" : "https://info.covalsafety.com/en/safety-magazine/author/anna-battocchio" }, "dateModified" : "12/03/2025", "datePublished" : "12/03/2025", "headline" : "Protection and Comfort with Prowear D3E3 Fireproof Clothing: Jacket and Trousers for the Metal Industry", "image" : { "@type" : "ImageObject", "height" : 400, "url" : "https://27008376.fs1.hubspotusercontent-eu1.net/hubfs/27008376/000-COPERTINA-3.jpg", "width" : 750 }, "mainEntityOfPage" : "https://info.covalsafety.com/en/safety-magazine/protection-and-comfort-with-prowear-d3e3-fireproof-clothing-jacket-and-trousers-for-the-metal-industry", "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" : "Working in a foundry is a slalom between multiple hazards: molten metal splashes, radiant heat sources, accidental contact with flames, and not only that, you can also run into mechanical hazards such as abrasion and cutting Therefore, knowing and choosing the right safety equipment to wear is the key to avoiding even serious accidents as much as possible. Today we want to talk about the latest product to join the COVAL HEAT line: the aluminized heat resistant gaiter with fastening button, which is definitely a great ally in all risky tasks in foundries. This PPE, in fact, has certain features that make it much more advantageous than other garments: The aluminized fabric protects adequately from accidental contact with flames and resists radiant heat and molten metal splashes. Unlike normal gaiters with elastic, which slip over the shoe, the button allows for no loops under the sole, which could snag while moving, thus avoiding unpleasant injuries. The model is interchangeable and they are compatible with two models of heat resistant shoes: Apollo and Poseidon. They are ISO 11612:2015 - ISO 11611:2015 certified. Safety and comfort in one PPE, conceived and designed for every worker and ideal for use in the sectors: Foundries Glassworks Steelmaking environments What about the welding industry? For the welding industry, one of the main rules to keep in mind is that the whole body must be covered; very often, in fact, we come across welders with bare arms or exposed necks, when in fact even these parts are continually at risk of being burned or worse, burned. Even for this type of at-risk workers we have the solution: the welding gaiter with fastening button from the SPARK line , made of split leather. Here, too, protection from heat and mechanical hazards is optimal and, in addition, the gaiter is ISO 11611:20215 certified, so it is resistant to glowing sparks. The material used offers not only excellent thermal insulation, but also high performance against mechanical hazards, such as abrasion, cutting, puncturing and tearing for: Any kind of welding Maintenance of hot tools Exposure to welding spatter and mechanical hazards Useful information What Coval Safety can offer you in addition to a top-of-the-line safety product, designed and created with the real needs of the user in mind, is also a customization service to give strength and character to your brand. In fact, the heat resistant welding button gaiters can be customized upon request and you can choose from different colors: gray, yellow, red and blue. Contact us to touch our PPE and receive an ad hoc offer. The choice of equipment should be made according to the specific needs of the worker, always in accordance with a risk assessment carried out by an RSPP.", "author" : { "@type" : "Person", "name" : "Martina Pieropan", "sameAs" : "", "url" : "https://info.covalsafety.com/en/safety-magazine/author/martina-pieropan" }, "dateModified" : "12/11/2024", "datePublished" : "12/11/2024", "headline" : "Why prefer Coval button and shoe heat gaiters over traditional gaiters?", "image" : { "@type" : "ImageObject", "height" : 400, "url" : "https://27008376.fs1.hubspotusercontent-eu1.net/hubfs/27008376/COPERTINA-BLOG.jpg", "width" : 750 }, "mainEntityOfPage" : "https://info.covalsafety.com/en/safety-magazine/why-prefer-coval-button-and-shoe-heat-gaiters-over-traditional-gaiters", "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 working in contact with open flames or the potential presence of flames, it is essential to wear workwear that offers a guarantee in protecting the worker from heat-related risks. This is precisely why it is important to know and choose the right fireproof clothing, i.e. made of non-flammable materials, in order to reduce the possibility of fabric combustion. This type of fabric is made to withstand contact with very high temperatures, providing excellent protection from flames and slowing the burning time. Characteristics of flame-retardant clothing We can divide fireproof clothing into two types depending on the material from which it is made: 1. Treated fabric, i.e. that has undergone a flame retardant treatment with FR (flame retardant) products with the aim of interrupting or at least reducing the combustion cycle. We can say that PPE created with this material has a sort of expiry date, hence a precise number of washes, which is indicated on the label. 2. Inherent fabric, i.e. that which does not undergo any kind of external treatment, as it is made from naturally fireproof fibres. In this case, the flame-retardant properties do not diminish, as they are inherent to the material, even after several washing cycles. If you want to learn more about this topic, read our dedicated blog. Types of flame-resistant clothing Fire retardant clothing can be of different types, with specific characteristics depending on the risks to which the operator may be subject, for example: Protective clothing against the limited spread of flame Protective clothing against heat: radiant, contact, etc. Protective clothing for welding Work clothing for firefighters Work clothing for forest fires Each of these categories is regulated by specific standards that underline and protect their performance and that must be carefully followed when choosing the right personal protective equipment. ISO 14116, for example, requires protective clothing to be made of non-flammable materials, or at least fabrics that stop burning once the heat source is removed. It ensures that the clothing in question will not contribute to spreading the flame. ISO 11612, on the other hand, covers protective clothing against heat and flame. It specifies the minimum performance that protective clothing must have to be effective in industrial environments such as foundries or glassworks for example. Find out more by clicking HERE. Depending on the work environment and tasks, it is also important to choose the right clothing: there are jackets, trousers, coveralls, gloves and gaiters. And there are also safety shoes with flame retardant properties. The choice of equipment must therefore be made according to the specific needs of the worker, always in accordance with a risk assessment carried out by an RSPP. The Coval Safety aluminised fire-resistant coverall: a must-have PPE for foundry workers. We have dedicated an entire line of aluminised PPE to protect users from the risks of flames and heat of various kinds. One of these garments, essential especially in the foundry sector, is part of the HEAT family, namely the V6KA aramid fibre fire-resistant coverall. This PPE offers excellent resistance from convective heat, but above all protects against radiant heat and molten metal splashes. Designed with a convenient central Velcro and press stud opening, it is ideal for work in foundries, the glass industry and metalworking. Knowing PPE and complying with regulations is the first step to protect yourself from countless risks at work. If you want to learn more about this topic, you can read one of our articles in Safety Magazine. You can find it HERE.", "author" : { "@type" : "Person", "name" : "Anna Battocchio", "sameAs" : "", "url" : "https://info.covalsafety.com/en/safety-magazine/author/anna-battocchio" }, "dateModified" : "15/08/2024", "datePublished" : "15/08/2024", "headline" : "Aluminised flame retardant coverall: when and why to wear it", "image" : { "@type" : "ImageObject", "height" : 400, "url" : "https://27008376.fs1.hubspotusercontent-eu1.net/hubfs/27008376/00-COPERTINA-BLOG-1.jpg", "width" : 750 }, "mainEntityOfPage" : "https://info.covalsafety.com/en/safety-magazine/aluminised-flame-retardant-coverall-when-and-why-to-wear-it", "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" : "So many workers put their safety at risk every day to perform often dangerous and uncomfortable tasks. In addition, they come into contact with sharp and cutting materials, flames, heat, sparks or dangerous substances. The part of the body that is often most exposed to these dangers is undoubtedly the hands. This is precisely why it is essential to know and use the right PPE, depending on the work to be performed and the environment in which these operations take place. Features of an ergonomic glove To be able to understand the importance of using the correct PPE, one only has to think of all the time we spend at work, wearing safety equipment to perform repetitive and sometimes unskillful or dangerous actions. Consequently, the level of comfort is also a prerequisite for successful work. But when can a glove be defined as ‘comfortable’? Here are some characteristics: 1. COMFORT: which is given by the shape of the PPE and the use of materials with a high degree of elasticity and adaptability, which guarantee a comfortable fit. 2. THE FIT: in fact, if the gloves are too small, movements are difficult or, on the contrary, if they are too large, dexterity of movement decreases. This is precisely why we always stress to our customers how important it is to choose the correct size. 3. THE GRIP: to grip and hold objects, often hot or sharp, securely. How important is it to have a glove with a double fit: right hand and left hand? Another important point in the study and design of the right PPE for hand protection is to have a dedicated glove for the right hand and one for the left hand. Being able to use the glove in a double fit is an added value for workers with complex and repetitive tasks, as it improves the efficiency and at the same time the comfort of the gloves. Coval offers a number of glove designs that lend themselves to different uses and provide protection from contact heat up to 250° and even 500° according to EN 407 for thermal hazards. Heat-resistant F2/15 oven and food industry mitten: made of thermal crust, two fingers, lined on the inside. Added value, the 35 cm sleeve, for better protection of the forearm when handling hot pans and utensils. F2AGP aramid heat protection mitten for foundry, which protects up to 500° heat by contact; it therefore offers extreme protection against extremely high temperatures: where there is a heat source or casting, or in case of prolonged contact with hot objects. Aramid fibre mitten for contact heat F2TK, up to 350°. Ideal in environments such as: food industry metal working handling of hot objects What are the risks to which the worker is most exposed? As mentioned above, risks can be various, depending on the job and the target sector. Here are some of the most common examples: Mechanical risks: cuts, scratches, abrasions Biological risks: contact with micro-organisms Chemical risks: contact with chemicals or solvents Physical risks: intermittent vibrations or repeated shocks Thermal risks: contact with sparks, metal splashes, radiant or contact heat, flames To try to avoid or limit the damage resulting from accidents related to these hazards, it is important to choose the most appropriate safety device, taking into account different elements, such as: the material from which they are made the study of the ergonomics of the product, which must best suit the user Certainly, the choice of raw materials and yarns can make a difference, as can the study of details. And it is precisely here that we want to focus on in this article. How important is the study of glove ergonomics? Safety devices used for hand protection are not all the same. An example? If two people both work in a foundry, it does not mean that they have to use the same heat-resistant glove. In fact, depending on the task, the duration of use of the PPE, and the size of the user, it will be necessary to evaluate which product is most suitable for the purpose. Here are some glove options that can be found in the Coval Safety range: Mitten 3-finger glove 5-finger glove Each of these proposals lends itself to a different use. Why choose a 5-finger heat-resistant glove rather than a 2-finger mitten or a 3-finger glove? Let us give some examples to understand this. The 5-finger glove provides greater freedom of movement and dexterity than other 2-finger or 3-finger designs. It is, however, less practical to remove in an emergency. They are mainly used in sectors where precision is essential, but also in foundry, glassworks and welding. The 2-finger mitten, ideal for those working in the Ho.Re.Ca field, on the other hand, allows the air to act as an insulator: the same mitten produced with 5 fingers or with 2 fingers can therefore have a slight difference in terms of thermal insulation, i.e. it delays the perception of heat more. In addition, the handgrip is more suitable when there is a need to easily slip the PPE on and off, during normal working activity or in an emergency. The 3-finger glove, on the other hand, is an excellent compromise between the 5-finger glove and the handgrip; it is recommended for applications in the catering industry, when for example there is a need to handle pans or grills, as it offers a firmer grip on hot objects. Read more HERE. What Coval Safety recommends for the protection and safety of your hands To every hand its glove! For every worker in different industries or in the same industry, Coval studies and offers different solutions, in order to enjoy the working day in safety and comfort. For example, gloves that reduce hand or finger movements require the worker to exert more muscular effort to perform the required tasks. This increases the risk of tensions that can cause fatigue in the hand, or lead to persistent and painful conditions such as carpal tunnel syndrome. And it is precisely with a view to offering our customers something designed for them and their everyday needs that we strive to differentiate our products according to sector and task. With us, you will not only be able to try out the most suitable products for your needs, but you will also have access to expert consultants to guide you in your choice and the opportunity to benefit from our Training. You will discover all the features of the PPE you wear, understand what size is right for you and the importance of details such as sleeves or glove length. To find out more contact us and make an appointment, we will be ready to guide you through the world of safety.", "author" : { "@type" : "Person", "name" : "Anna Battocchio", "sameAs" : "", "url" : "https://info.covalsafety.com/en/safety-magazine/author/anna-battocchio" }, "dateModified" : "09/06/2024", "datePublished" : "09/06/2024", "headline" : "The importance of glove ergonomics for worker protection and safety", "image" : { "@type" : "ImageObject", "height" : 400, "url" : "https://27008376.fs1.hubspotusercontent-eu1.net/hubfs/27008376/11-06-COPERTINA-BLOG-IMPORTANZA-ERGONOMIA.jpg", "width" : 750 }, "mainEntityOfPage" : "https://info.covalsafety.com/en/safety-magazine/the-importance-of-glove-ergonomics-for-worker-protection-and-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" } } ```