High-Performance Electrical Insulation Rubber & Leather Gloves
M-tide offers insulated rubber gloves and leather gloves. We offer gloves class 00, 0, 1, 2, 3. These meet the needs for both low- and high-voltage electrical work. Our products offer protection against electric shock and arc flash. Tested according to EN 60903 and ASTM D120 safety standards. Suitable for live working, electrical maintenance, and operating electrical equipment. Features abrasion resistance, heat resistance, and puncture resistance. Contact our experts for the best solution for your needs.
Insulated rubber and leather
Rigorous testing procedures
Comfortable and breathable
Product Specifications
M-tide electrical insulated gloves range from Class 00 for low-voltage testing to Class 4 for high-voltage work up to 36 kV. Designed for live working, tested, and certified by internationally recognized laboratories. Features excellent grip and puncture resistance, a two-tone design with rolled cuff. Suitable for winter warmth and summer breathability.
We offer over 15 existing models. You can choose from several coatings: natural rubber, latex, and neoprene. They all offer great electrical insulation. Leather gloves are also an option. Constructed with high-strength fibers such as nylon, polyester, and polyamide, suitable for various live working applications and voltage protection levels. Covers the full voltage range: 500V, 1000V, 7500V, 15kV, and 36kV.
We offer custom insulated glove solutions. Please contact our experts.
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Manufacturers of electrical insulated gloves in China
M-tide possesses the capability to R&D and design electrical work gloves, with a focus on safety during live working. Our products undergo testing in accordance with ASTM D120 and EN 60903 standards. We strictly comply with international electrical safety standards and PPE rules in our manufacturing. We operate four fully equipped production lines to meet mass production demands. We provide OEM customization to fit your needs. This helps boost your market competitiveness. We look forward to collaborating with you.
- Fast Delivery: Rapid production and delivery within 15–60 days
- Efficient Service: 24/7 after-sales support
- Safety Standards: Compliant with EN 60903, ASTM, OSHA, and other safety standards
What types of electrical gloves do you offer?
We mainly provide two glove series: low-voltage and high-voltage. These cover class 00 to class 4. These gloves meet international standards EN 60903 and ASTM D120. They are suitable for different electrical work situations. Choose the right glove material and thickness based on the voltage needs.
| Class | AC Voltage | Coating Material | Lining Material | Coating Thickness |
|---|---|---|---|---|
| 00–0 | 500V–1000V | Natural Latex / PVC / Nitrile | Polyester / Nylon / Spandex | 0.8–1.2mm |
| 1–2 | 7500V–17000V | Nitrile / High-Elastic Natural Rubber | Polyester + Polyamide | 1.6–2.6mm |
| 3–4 | 26500V–36000V | Thickened / Extra-Thick Rubber Compound | Aramid / Glass Fiber / High-Strength Polyester | 3.0–4.0mm |
Characteristics of electrical insulated gloves
Insulating rubber coating
M-tide rubber insulated gloves are made primarily from natural and synthetic rubber. They are made with a dipping process. This gives insulation and insulates against electric current, which helps prevent electric shock while working. The gloves are moderately thick and have a non-slip texture. This design boosts grip and helps prevent slippage. They also offer resistance to aging, moisture, and oil contamination. Below are the reasons for choosing rubber-coated gloves.
- Stable Insulation Performance: High dielectric strength prevents electrical shock.
- Long Service Life: Excellent resistance to aging, suitable for a wide range of live-wire work.
- Snug Fit: Adheres tightly to the hand, minimizing the risk of slippage or peeling.
Insulated Leather
Insulated leather gloves are made from top-grain cowhide, deerskin, or goatskin. They are processed with insulation tanning and waterproofing processes. Surface resistance can reach 10⁹–10¹⁰ Ω. They are suitable for high-voltage live working. M-tide can make insulated leather gloves with different performance features. They do this by using various types of leather.
- Top-grain cowhide electrical gloves: Strong and durable, these gloves offer great mechanical strength and high puncture resistance. They're ideal for heavy-duty electrical tasks.
- Deerhide electrical gloves: Highly breathable and soft to the touch, suitable for precision live working.
- Goatskin: Extremely lightweight, suitable for routine electrical work, offering high flexibility during operation.
Core Production Standards
M-tide manufactures electrical insulating gloves in accordance with international standards. Our products meet market access requirements in the EU, the U.S., the Middle East, and other regions. We adhere to standards such as IEC 60903, ASTM D120, and EN 60903. The differences between these international standards are as follows:
IEC 60903
IEC 60903 is the global standard for insulated gloves used in live working. It includes voltage protection levels from Class 00 to Class 4.
ASTM D120
ASTM D120: A U.S. standard specific to rubber-insulated gloves, classifying voltage resistance levels from Class 00 to Class 4.
EN 60903
EN 60903: Corresponds to EU CE certification requirements. It is Category III high-risk PPE (Personal Protective Equipment) for EU CE certification. It is also classified by voltage level.
Custom Electrical Insulated Glove Options
- Lining:
Aramid, Cotton, Polyester, Fleece - Coating:
Natural Rubber, Nitrile, Rubber, Neoprene - Dipping:
palm dip, full dip, micro-foam dip - Special Processes:
Seamless Knitting, ergonomic curved fit - Printing:
Heat Transfer, Screen Printing - Sizes:
6, 7, 8, 9, 10, 11, 12 S, M, L, XL, XXL
Uses and Applications of Electrician's Gloves
Applications of High-Voltage Insulated Gloves
M-tide high-voltage electrician gloves are designed for high-voltage tasks. They work well with AC voltages of 1 kV and above. This involves installing and maintaining high-voltage power lines. It includes operating substation equipment and working on high-voltage switchgear. Also, it covers live-line connection tasks, emergency repairs to power grids, and maintenance in high-voltage areas of wind and solar power plants. These gloves use top-quality insulation to prevent high-voltage electric shocks. This ensures operator safety.
Applications of Low-Voltage Insulated Gloves:
Suitable for low-voltage AC operations below 1 kV, such as residential and commercial circuit repairs, wiring and debugging of distribution panels, installation and maintenance of charging stations, maintenance of industrial low-voltage equipment, electrical equipment installation, and low-voltage construction. These gloves offer basic insulation protection. They also allow for flexibility, making them ideal for daily electrical work.
Frequentiy Asked Questions
What is the difference between Class 00, Class 0, and Class 1 electrical insulation gloves?
These are the maximum voltage ratings for electrical insulation gloves; they indicate the maximum voltage the gloves can withstand.
- Class 00: Beige label, provides protection against 500 V AC and 750 V DC; suitable for household and low-voltage tasks.
- Class 0: Red label, provides protection against 1,000 V AC and 1,500 V DC.
- Class 1: White label, provides protection against 7,500 V AC and 11,250 V DC.
What should be checked before using electrical insulating gloves?
Electrical insulating gloves must undergo electrical testing before use. If you think the gloves are damaged before using them, do an airtightness test. Common types of damage include:
- Holes
- Tears
- Cuts
- Cracks
- Hardening, aging, or softening
If the gloves fail inspection, they must not be used.
How often should electrical insulating gloves be inspected?
Electrical insulating gloves require different types of inspections during use. First, check the daily inspection mentioned above. Also, make sure the gloves are airtight before use. The second is the periodic inspection.
Periodic inspection of electrical insulating gloves: Typically every 6 months. This is calculated from the date the gloves are unsealed. A strict testing process must happen every 6 months, no matter if they have been used.
The electrical units for the voltage resistance rating of insulated electrical gloves are volts (V).
The primary electrical units for insulated electrical gloves are as follows:
- Alternating Current (AC): Symbol: AC; Unit: Volts (V)
- Direct current (DC): Symbol: DC; Unit: Volts (V)
Insulated gloves are usually classified by the highest voltage they can handle. This is outlined in standards like OSHA and ASTM D 120.
What are the types of rubber electrical safety gloves?
Rubber electrical insulating gloves are categorized by how well the rubber resists ozone. The main types are as follows:
Type I gloves: The primary material is natural rubber. They offer excellent electrical insulation and a good fit and comfort. However, they lack ozone protection. These gloves aren’t right for high-voltage lines or arc work. In these cases, there’s a chance of ozone exposure.
Type II gloves: The primary material is synthetic rubber. They provide excellent ozone resistance. They are less likely to corrode in ozone environments. Plus, they have greater durability and insulation stability compared to Type I gloves.
Can electrical insulation gloves be used for both AC and DC voltage applications?
Yes, they can be used for both AC and DC applications. Electrical insulation gloves are designed for both scenarios. However, it is important to note that the AC and DC voltage ratings for the same voltage resistance class differ.
For example, Class 00 provides protection up to 500 volts AC, but up to 750 volts DC.
When purchasing electrical insulation gloves in bulk, what key parameters should be considered?
When purchasing in bulk, pay attention to the following parameters to ensure safe and reliable use.
- Testing date: Whether testing was completed before initial distribution; the specific test date. According to standards, insulation performance retesting is recommended every 6 months. Additionally, check for international safety certifications, such as ASTM D120.
- Voltage Rating: Different ratings protect against various AC and DC voltages. Choose the right one for your work environment.
- Material Type: Different materials offer different protective properties. For example, Type I is natural rubber. Type II is synthetic rubber, which provides ozone resistance.
- Storage Conditions: Store gloves in a cool, dry place. This keeps the product in good condition.
How to Choose a Reliable Supplier of Electrical Insulation Gloves?
You can make your selection based on the following criteria:
- Possession of relevant certifications, such as ASTM D120 and IEC 60903.
- Availability of detailed test reports and compliance documents. Electrical insulation gloves typically require numerous test reports, such as leakage current tests and insulation resistance test reports.
- Product Quality: Verify quality based on test reports, while also paying attention to the precision of the product’s workmanship.
- Supply Chain and Production Capacity: Choose suppliers with ample inventory and stable production capacity to ensure reliable delivery times and support rapid response to large volume orders.
- After-Sales Service: Pay attention to warranty periods, return and exchange policies, and other after-sales terms. Additionally, inquire whether technical support and product training services are provided.
