Class 2 Insulation Mats for High Voltage 30KV Protection
Class 2 Insulation Mats are designed to provide superior electrical protection in high voltage environments up to 30KV. These mats create a critical insulating barrier between energized equipment and personnel, reducing the risk of electrical shock in substations, power plants, and industrial facilities.
At Kenworks Ventures Company Ltd, we supply durable and tested high voltage insulation mats engineered for demanding industrial applications.
What Are Class 2 Insulation Mats?
Class 2 Insulation Mats are heavy-duty rubber insulating mats manufactured to withstand high voltage exposure up to 30KV. They are commonly used in electrical rooms and substations where elevated voltage levels require enhanced dielectric protection.
These mats prevent electrical current from passing through workers to ground, improving workplace safety and regulatory compliance.

Technical Specifications of Class 2 Insulation Mats
Our Class 2 Insulation Mats are supplied in industrial-grade dimensions:
Sheet Size: 1m x 1m
Thickness: 6.4mm
Full Roll Length: 10 meters
Voltage Rating: Up to 30KV
Surface: Anti-slip ribbed finish
Color: Black
The 6.4mm thickness ensures reliable dielectric strength while maintaining flexibility for installation.

Safety Standards for Class 2 Insulation Mats
High voltage protection products must meet recognized testing standards.
ASTM D178 outlines:
Dielectric strength requirements
Proof voltage testing
Physical properties
Surface finish specifications
Industrial Applications of Class 2 Insulation Mats
Class 2 Insulation Mats are commonly installed in:
Electrical substations
Power generation plants
High voltage transformer rooms
Switchgear and distribution systems
Industrial maintenance areas
They are especially critical where exposure to voltages approaching 30KV is possible.
Installation and Maintenance Guidelines
Proper installation ensures maximum safety from Class 2 Insulation Mats:
Install on clean, dry, and level floors
Avoid sharp objects beneath the mat
Inspect periodically for cracks or wear
Clean using mild detergent
Replace damaged mats immediately
Routine inspection preserves insulation integrity and workplace safety.
Other Electrical Insulation Mats We Offer
While this article focuses on Class 2 Insulation Mats, we also supply:
- Class 0 , 10Kv: Read more: Class 0 Rubber Mats Supplier – High Voltage 1000V Electrical Insulation Mats
- Class 1 , 20Kv: Read more: Class 1 Insulation Mats High Voltage – Superior Electrical Safety Protection
- Class 3 , 40Kv: Read more: Class 3 High Voltage Rubber Mat – 9.5mm Thick, 40kV Rated | Nairobi Kenya
- Class 4 , 50Kv: Read more: Class 4 Electrical Safety Mat – Heavy Duty 12.7mm, 50kV | Nairobi Kenya Best Supplier
Why Choose Kenworks Ventures Company Ltd?
Choosing the right supplier is essential for high voltage safety.
✔ ASTM D178 compliant products
✔ Strict dielectric testing procedures
✔ 1m x 1m sheets and 10m roll supply
✔ Bulk project capability
✔ Industrial-grade materials
✔ Reliable customer support
We are committed to delivering dependable high voltage insulation solutions.
Contact Kenworks Ventures Company Limited
For pricing, technical details, or product availability, contact us:
📞 +254 722 706 416
📞 +254 720 119 668
Email Us: info@kenworksventures.co.ke / kenworksventures@gmail.com
Frequently Asked Questions
1. What voltage are Class 2 Insulation Mats rated for?
They are rated for high voltage applications up to 30KV.
2. What thickness is recommended for Class 2 Insulation Mats?
6.4mm thickness provides appropriate dielectric protection for Class 2 rating.
3. Are these mats ASTM compliant?
Yes, they comply with ASTM D178 standards.
4. Where are Class 2 Insulation Mats typically used?
They are installed in substations, transformer rooms, and high voltage industrial areas.
5. Do you supply full rolls?
Yes, we supply both 1m x 1m sheets and 10-meter rolls.
6. How often should they be inspected?
Regular inspection every 3–6 months is recommended.
7. Can they be used outdoors?
Yes, but protection from excessive UV exposure improves lifespan.







