Class 2 Electrical Insulating Rubber Gloves

Class 2 Electrical Insulating Rubber Gloves – 17KV AC Rated Protection for High-Voltage Work

Xi'An PPE MAX Co., Ltd builds these Class 2 Electrical Insulating Rubber Gloves. Maximum use voltage sits at 17,000V AC and 25,500V DC. Before any pair ships, it is proof-tested at 20,000V AC. The gloves meet IEC 60903 and ASTM D120. Crews wear them for medium-voltage distribution, substation switching, and cable handling. Sizes 8 through 12 are available. Each pair runs 16 inches long and weighs about 780g. Every production batch goes through 100% dielectric proof testing.

About Xi'An PPE MAX Co., Ltd

Electrical insulating PPE has been coming out of the PPE MAX plant since 1956. We make the goods ourselves. Production and dielectric testing both happen in-house. This is a manufacturer, not a trading company.

Buyers around the world order from us. Full compliance paperwork comes with those orders, and it backs up the requirements in OSHA 29 CFR 1910.137 and NFPA 70E.

What Are This Product?

Class 2 insulating gloves are high-voltage PPE. Electrical workers wear them on energized systems to avoid shock and electrocution. Their maximum use voltage is 17,000V AC and 25,500V DC.

ASTM D120 and IEC 60903 set the class system. Under those standards, Class 2 sits between Class 1 (7,500V AC) and Class 3 (26,500V AC). That makes it the usual choice for medium-voltage distribution work. Crews also use it for substation switching and cable handling.

An orange label marks the voltage class. Crews can spot it right away on the job site.

Standard Specifications

Features

Bicolor Design for Damage Visibility

The black exterior and red interior make cuts, abrasions, and punctures immediately visible. When the exterior is damaged, the contrasting red layer shows through — supporting the pre-use visual inspection required by ASTM F496.

High Dielectric Strength

Built so it holds up when high voltage keeps pushing, up to 17,000V AC. During proof testing, no current leaks past the milliampere limit that is allowed.

Hydrophobic Surface

Moisture does not soak into the rubber surface. In wet field conditions, the water-repellent finish helps keep insulation resistance where it should be.

Ergonomic Contour

Long switching jobs and cable handling at medium-voltage installations wear the hand out. The glove shape cuts that fatigue down.

Material Class 2 Electrical Insulating Rubber Gloves Options

Two types are offered. Type I is natural rubber, and it stretches well. Type II is synthetic/EPDM, and it holds up better against ozone and chemicals. Pick the one that fits the conditions where your crew works.

Performance and Construction

At 16 inches, the glove covers the forearm. Shorter gloves do not reach that far. That extra reach counts during substation switching and cable termination work. The rubber resists ozone, so the surface is less likely to crack when the gloves sit outside or get used outdoors. It meets both ASTM D120 and IEC 60903. One supplier can cover US and international buying rules.

Every batch gets proof tested at 20,000V AC. That gives you verified certification data with each order. Use it to back up the compliance paperwork for your site.

Applications

Medium-voltage electrical work covers a lot of ground. Crews wear these gloves for jobs like:

• Substation switching: up to 17kV, this means working disconnect switches and circuit breakers
• Cable installation and termination: handling energized medium-voltage cables
• Transformer maintenance: working on distribution transformers in live environments
• Utility line work: distribution grid maintenance and overhead line operations
• Industrial facilities: maintenance on high-voltage motor control centers and busbars

Quality Control for Class 2 Electrical Insulating Rubber Gloves

Three inspection steps are followed at PPE MAX. All of them line up with the in-service care requirements in ASTM F496:

1. Visual Inspection: Every glove is checked for cuts, nicks, swelling, ozone cracking, and pinholes. The bicolor design makes this step easier. Damage on the surface stands out clearly against the two colors.

2. Air Inflation Testing: We inflate the gloves. Weak spots and tiny punctures show up that way. A visual check on its own can miss them.

3. Electrical Dielectric Testing: Every production batch gets tested at 20,000V AC proof voltage. For the test, the glove is filled with water and placed in a water tank fitted with an electrode. Any leakage above the allowed milliampere limit is caught this way.

Why Choose PPE MAX?

• Direct factory supply with in-house dielectric testing capability
• Full compliance documentation: IEC 60903 and ASTM D120 test reports available per batch
• 100% proof testing at 20,000V AC before every shipment
• Sizes 8–12 available; Type I and Type II material options
• Custom labeling and packaging available for OEM and private-label orders

Certifications

These gloves are manufactured and tested in compliance with:

• IEC 60903: International standard for insulating gloves used on live electrical systems
• ASTM D120: US standard for rubber insulating gloves

Proof test certificates are available per batch upon request.

Packing

Custom packing and labeling for Class 2 Electrical Insulating Rubber Gloves are available for OEM and private-label orders.

After-Sales Support

• Batch test certificates provided with every shipment
• Re-certification testing support and documentation guidance
• Help with compliance questions about OSHA 1910.137, NFPA 70E, and IEC 60903 is part of the technical support.
• Replacement support for confirmed quality issues

FAQ

Q: What is the maximum voltage these gloves can be used on?

A: For AC, the maximum use voltage is 17,000V. The DC maximum use voltage comes to 25,500V. Before shipment, every pair gets proof-tested at 20,000V AC and 50,000V DC.

Q: What standards do these gloves comply with?

A: IEC 60903 and ASTM D120 are both met. Those are the main standards for rubber insulating gloves on energized electrical systems, one international and one US.

Q: Before each use, how can I check that the gloves are safe?

A: Look the gloves over for cuts and ozone cracking. Then do an air inflation test. It shows any micro-punctures. Both steps meet the in-service care rules in ASTM F496.

Q: Between Type I and Type II material, what changes?

A: Type I is made from natural rubber. It stretches well. Type II uses synthetic/EPDM rubber. This material holds up better against ozone and chemicals. That makes it a stronger choice for outdoor use or places where chemicals are present.

Q: How often do Class 2 insulating gloves need to be re-tested?

A: ASTM F496 and IEC 60903 both call for re-certification testing at regular intervals while the gloves are in service. Need help with re-test documentation? Contact us.

Q: Do you offer OEM packaging, or packaging with our own label?

A: Yes. Custom labeling, branding, and packaging are available for distributors and OEM buyers. Contact us with your requirements.

Contact Us

For pricing, samples, or technical inquiries about our Class 2 Electrical Insulating Rubber Gloves products, contact us at bettybing@ppemax.com: we respond to all sourcing and compliance questions.