Ansell ActivArmr RIG014B Class 0 Low-Voltage Gloves (Black)
Protect yourself from touch-voltage shocks with the Ansell ActivArmr RIG014B Class 0 Low-Voltage Gloves (Black). This arc-flash resistant PPE equipment has been case-hardened for a tough glove surface, while the rubber latex materials ensure maximum flexibility and durability. The gloves can be used in a range of industries, from electrical to automotive to utilities fields.
Purchase Quantity
The Ansell ActivArmr Class 0 Insulation Gloves are supplied as a pair.
Which Class 0 Glove Size Is Right For Me?
With a range of sizes available, it's easy to find a pair of ActivArmr Electrical Gloves to fit your hands. To find out which gloves size you should choose, start by measuring your hand length and palm circumference (as seen below).
Once you have these measurements, use the table below as a guide to decide which size is best for you. If your measurements fall between two sizes, we recommend choosing the larger size for the best fit.
Size | Palm Circumference | Hand Length |
Size 7 | 178mm | 171mm |
Size 8 | 203mm | 182mm |
Size 9 | 229mm | 192mm |
Size 10 | 254mm | 204mm |
Read our guide to sizing for more information about finding your perfect size.
How Can the ActivArmr Electrical Safety Gloves Protect Your Hands?
These gloves have been designed to keep you safe from touch-voltage shocks up to 1,000V AC and 1,500V DC. Their insulating properties ensure maximum safety.
Performance Ratings
Category III PPE (Severe or Life-Threatening Hazards)
These gloves meet the European Standards for use as PPE equipment to protect against Category III electrical risks.
Key Features and Benefits
- Pair of black, arc-flash resistant safety gloves
- Ideal for protecting against contact with low-voltage electricity
- Perfect for use in industries such as electrical, automotive, utilities, and construction
- Class 0 insulation protects against lower-level voltages up to 1,000V AC and 1,500VDC
- Natural rubber latex construction provides both durability and flexibility
- Hand-at-rest shape and non-splayed finger construction limits hand fatigue during prolonged usage
- Flared cuff offers breathability and comfort for the user
- Cuff is roomy enough to comfortably fit over clothes-sleeves
- Offers light resistance to ozone and low temperatures
- Smooth finish makes for easy application and removal
- Case-hardened design gives this glove a tougher surface
- Machine washable at 60ºC for ongoing hygiene maintenance
- Available in a range of sizes so you can find the best fit for you
Who Can Use These Electrical Insulation Gloves?
These insulated gloves are perfect for protecting against low-voltage shock or similar injuries. These rubber latex gloves can be used in tasks that involve a risk of touch voltage, and are ideal for tasks such as hybrid engine manufacturing and repair, power maintenance repair and transmission, telecom repair near electrical wires, and maintenance repairs and operations in industrial environments.
Recommended roles and industries for which these gloves can be useful include (but are not limited to):
Category III Risks
Category III risks are complex hazards which can be severe or life-threatening, or those which can cause irreversible injuries. This includes hazards such as touch-voltage shocks.
In the case of the ActivArmr Class 0 Gloves, the design helps to protect against life-threatening or irreversible injury caused by contact with voltages up to 1,000V AC and 1,500V DC.
Please note: These gloves will not provide protection from electrical shocks if they are damaged in any way.
Alternative Gloves
These gloves are also available in a yellow design. The ActivArmr Class 0 Low-Voltage Electrical Gloves (Yellow) function in a similar way to the black variant, with the exception that the yellow variant is designed using a more eco-conscious dipping process. The black variant of these gloves has been case-hardened, giving it a slightly tougher glove surface.
Materials
- Liner: Natural Latex Rubber
- Construction:
- Cuff Style: Straight cuff with rolled beaded edge
Additional Documentation