When working with electricity, safety is non-negotiable. At Safetyware, we understand the critical role that personal protective equipment (PPE) plays in safeguarding workers against electrical hazards. Our EV-Pro™ and Line-Pro™ series of electrical insulation gloves are specifically designed to meet these challenges, offering unparalleled protection, durability, and comfort.

EV-Pro™ Gloves (Class 00): Tailored for the EV Car Industry

The EV-Pro™ gloves, classified as Class 00, are designed for low-voltage applications with a maximum use voltage of 500V AC and 750V DC. These gloves are made from premium natural rubber, offering excellent protection against electrical shocks. One of their key applications is in the EV car industry, where they are indispensable for handling high-voltage components and ensuring worker safety during maintenance or assembly. The bright orange design enhances visibility, making them ideal for use in dimly lit environments like automotive workshops.

Understanding Dielectric Gloves

Dielectric gloves, commonly referred to as electrical insulation gloves, are essential PPE designed to protect users from electric shocks. These gloves are crafted using high-grade insulating materials such as natural rubber, ensuring optimal performance in live electrical environments. They are crucial for electricians, maintenance workers, and anyone working near live circuits, as they serve as a barrier against potentially fatal electric currents.

Classifications of Dielectric Gloves

Dielectric gloves are classified based on the level of voltage protection they offer. Below is a summary of the classes, their maximum use voltage, proof test voltage, and primary applications:

Class	Maximum Use Voltage (AC/DC)	Proof Test Voltage (AC/DC)	Primary Application
Class 00	500V AC / 750V DC	2,500V AC / 10,000V DC	Low-voltage equipment
Class 0	1,000V AC / 1,500V DC	5,000V AC / 20,000V DC	General electrical work
Class 1	7,500V AC / 11,250V DC	20,000V AC / 50,000V DC	Industrial applications
Class 2	17,000V AC / 25,500V DC	50,000V AC / 100,000V DC	High-voltage systems
Class 3	26,500V AC / 39,750V DC	60,000V AC / 150,000V DC	Power distribution
Class 4	36,000V AC / 54,000V DC	70,000V AC / 175,000V DC	High-voltage transmission lines

Understanding AC and DC

• AC (Alternating Current): Electric current that changes direction periodically. It is commonly used for power distribution in homes and industries.
• DC (Direct Current): Electric current that flows in one direction. It is typically used in batteries and low-voltage devices.

Dos and Don’ts of Using Dielectric Gloves

Dos:

1. Inspect gloves for damage or wear before each use.
2. Ensure gloves are clean and dry before wearing.
3. Use leather protectors over dielectric gloves to prevent physical damage.
4. Store gloves in a designated bag to avoid exposure to sunlight, heat, and sharp objects.
5. Follow periodic inspection and testing guidelines as per industry standards.

Don’ts:

1. Never use gloves with visible damage, holes, or cracks.
2. Avoid folding gloves as it can weaken the material.
3. Do not expose gloves to chemicals or oils that may degrade the material.
4. Never use dielectric gloves without verifying their suitability for the voltage level.

Key Features of EV-Pro™ and Line-Pro™ Gloves

1. Reliable Electrical Shock Protection: Designed to offer robust protection against electrical shocks, ensuring the safety of users.
2. Enhanced Visibility: Bright orange color improves visibility in dim environments, enhancing safety.
3. Durable Construction: Manufactured from high-quality natural rubber, our gloves are built to last, reducing replacement frequency.
4. Reliable Electrical Shock Protection: Designed to offer robust protection against electrical shocks, ensuring the safety of users.
5. Enhanced Visibility: Bright orange color improves visibility in dim environments, enhancing safety.
6. Durable Construction: Manufactured from high-quality natural rubber, our gloves are built to last, reducing replacement frequency.
7. Compliance with Safety Standards: Certified to EN 60903:2003, IEC 60903:2014, ASTM D120, and PPE Regulation (EU) 2016/425 for superior safety and quality.
8. Multiple Options Available: Choose between rubber insulating gloves or complete kits that include leather protectors and storage bags.
9. Affordable and Ready Stock: Our gloves are competitively priced and readily available to meet your needs without delays.
10. Multiple Options Available: Choose between rubber insulating gloves or complete kits that include leather protectors and storage bags.
11. Affordable and Ready Stock: Our gloves are competitively priced and readily available to meet your needs without delays.

Industries and Applications

Electrical insulation gloves are indispensable across various industries, including:

• Electrical Maintenance: For repairing and maintaining live electrical systems.
• Power Generation and Distribution: Ensures worker safety during system operations.
• Construction: Safeguards electricians and workers from electrical hazards on-site.
• Utility Services: Protects linemen and service crews.
• EV Car Industry: Essential for handling high-voltage EV systems and batteries.
• Oil & Gas: Used in electrical operations in hazardous environments.

Why Choose Safetyware?

Safetyware’s EV-Pro™ and Line-Pro™ series are trusted by professionals across industries. Our products combine affordability, quality, and readiness to ensure you are always equipped for the job. Visit our product range to learn more and select the right gloves for your needs.

Protect yourself and your team with Safetyware’s dielectric gloves—because safety starts here.

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