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    Home High Voltage, Utility & Rail

    High Voltage PPE

    1. Gloves - Insulated, Under & Over
    2. Insulated Boots
    3. High Voltage Protective Workwear
    4. Insulated Matting
    5. Insulated Platforms

    About High-Voltage PPE

    Insulated clothing when working with high-voltage systems is of extreme importance - without an effective method of resisting voltage, electricity could potentially make contact with a human's skin and be potentially fatal.

    Wearing clothing that is resistant to the level of voltage you're working with ensures that electricity is always resisted and ensures safety when working with potentially dangerous electrical systems.

    Popular Products

    • ITL Electrician's Insulated Gloves -Class 00: Offer protection for low voltage applications, rated for up to 500 volts AC and 750 volts DC. Made from high-quality rubber, they provide excellent dielectric properties and flexibility. Meeting IEC 60903 and ASTM D120 standards, these gloves ensure effective insulation against electrical shocks.

    • CATU CG-117 Pneumatic Glove Tester: Specialised device for testing electrical insulating gloves before use. It checks the gloves' integrity by inflating them and immersing them in water to detect leaks or defects. Recommended by IEC 60903:2014, it is suitable for testing gloves from Class 00 to Class 4. The device features a durable thermosetting material body with a frustoconical tip and elastic rings to secure the glove during testing.

    • CATU MV-222 Low Cut Insulated Sole Safety Shoes: Designed for electricians, offering Class 0 insulation up to 1,000 volts AC and 1,500 volts DC. Made from water-resistant full-grain leather, they feature an abrasion-resistant insulated sole and a fiberglass toe cap that withstands 1500 daN, complying with EN ISO 20345:2011. With a breathable inner lining for comfort, each sole is tested at 5 kV for electrical resistance, making them suitable for indoor, dry environments.

    • Sofamel MP-4 Auditive Protector: Cushioned hearing protection device that effectively isolates external noise. It features an adjustable headband for a customized fit and complies with EN 352-1, offering a Single Number Rating (SNR) of 25 dB. Ideal for high-noise environments, the MP-4 helps prevent hearing damage while ensuring comfort.

    • Sofamel AD Dielectric Mat Class 2: Provides insulation up to 17,000 volts AC and 20,000 volts DC, with a test voltage of 30,000 volts. Made from natural rubber (SBR), it features a non-slip surface and robust construction, with a specific weight of 1.51 g/cm³ and 71 Shore A hardness. The mat is resistant to tearing and abrasion, suitable for temperatures from -40°C to +70°C, and complies with IEC 61111 standards.

    • CATU Indoor Insulated Platform: Provides safe working surfaces in high-voltage environments. Made from one-piece moulded insulating material with a non-slip surface, the CT-7-251 measures 550 x 550 mm and withstands up to 36,000 volts AC, while the CT-7-40/1 measures 500 x 500 mm and handles up to 45,000 volts AC, with a height of 220 mm and 260 mm, respectively.

    FAQs

    • What is high-voltage PPE?
      High-voltage personal protective equipment (PPE) protects workers from hazards in high-voltage electrical systems. This includes insulated gloves, arc flash clothing, insulated tools, safety glasses, electrical safety shoes, and insulated mats, all designed to prevent electrical shocks and burns. Using high-voltage PPE is essential for safety in environments with electrical hazards, helping to prevent accidents and injuries.

    • What are the safety standards for high-voltage PPE?
      Safety standards for high-voltage personal protective equipment (PPE) ensure optimal protection for workers against electrical hazards. Established by organizations like OSHA, NFPA, and IEEE, these standards dictate the design, testing, and maintenance of PPE. Insulated gloves must undergo dielectric strength testing, and arc flash clothing must meet performance criteria. Additionally, PPE use is often mandated alongside safety measures like lockout/tagout procedures and proper training, helping to minimize electrical injury risks and enhance workplace safety.

    • Can high-voltage PPE be reused?
      Yes, high-voltage personal protective equipment (PPE) can be reused if properly maintained and regularly inspected. Insulated gloves, arc flash clothing, and insulated tools should be checked for wear, damage, or contamination before each use. Regular testing and certification are essential to ensure safety standards are met. Proper storage and handling also prolong the lifespan of high-voltage PPE, allowing workers to safely reuse it and maintain protection against electrical hazards.

    • How do I choose the right high-voltage gloves?
      Choosing the right high-voltage gloves is vital for safety in electrical work. Select gloves rated for the specific voltage level, categorized by classes for different ranges. Made from high-quality rubber, they provide excellent insulation. Ensure a proper fit for comfort and safety, and check that they meet safety standards from OSHA, ASTM, or IEC. Regularly inspect and test for dielectric strength, and store them in a cool, dry place away from sunlight and chemicals to prolong their lifespan.

    • What are the different classes of insulated gloves?
      Insulated gloves are classified by their voltage protection capabilities according to standards like ASTM D120 and IEC 60903. These classifications ensure proper protection for workers against electrical hazards. Each class specifies insulation and performance requirements, aiding in the selection of appropriate gloves. For reliable information, refer to the relevant standards and authoritative safety resources, such as OSHA and the National Fire Protection Association (NFPA).

    • What is arc flash PPE?
      Arc flash personal protective equipment (PPE) protects workers from the severe hazards of arc flash incidents, which can cause serious burns and injuries. This specialized gear includes flame-resistant clothing, face shields, helmets, gloves, and hearing protection, all rated to withstand extreme heat and energy. The main goal is to reduce injury risk by providing a barrier against thermal and physical effects. Proper selection, use, and maintenance of arc flash PPE are crucial for safety in electrical environments.

    • How often should high-voltage PPE be inspected?
      High-voltage personal protective equipment (PPE) must be inspected before each use to ensure it’s in good condition and effective. Regular checks identify wear or damage, while periodic testing—such as dielectric testing for insulated gloves every six months—ensures compliance with safety standards. Proper maintenance and storage are vital for extending the lifespan of high-voltage PPE. Adhering to these protocols is crucial for safety when working with electrical hazards.

    • What is the difference between dielectric and insulating gloves?
      Dielectric and insulating gloves both protect against electrical hazards but serve different purposes. Dielectric gloves are tested for resistance to electrical current, suitable for high-voltage environments, and classified by voltage ratings. Insulating gloves provide broader protection against shocks and are often used with other gear, like leather protectors, for durability. All dielectric gloves are insulating, but not all insulating gloves are dielectric-rated due to the stringent testing required. Proper selection and use are essential for safety in electrical work.

    • Do I need a hard hat when working with high-voltage?
      Wearing a hard hat is essential in high-voltage work to protect against head injuries from falling objects, electrical shocks, and arc flashes. Class E hard hats provide insulation against high-voltage up to 20,000 volts and also protect against impacts and penetration injuries. Proper fit and condition are crucial for maintaining their protective capabilities.

    • How do I properly maintain high-voltage PPE?
      Proper maintenance of high-voltage personal protective equipment (PPE) is crucial for its effectiveness. Inspect PPE before each use for wear or damage, and clean according to manufacturer instructions. Conduct periodic testing, especially for insulated gloves, typically every six months. Store PPE in a cool, dry place, away from sunlight and sharp objects, using designated storage bags. Replace any PPE that shows significant wear or fails inspection to ensure continued protection against electrical hazards.

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