| Industry Standard Insulators | Residential power lines, low-voltage fences | Rated Voltage: 6kV (IEC 60137) Material: Ceramic (Dielectric Strength: 10kV/mm) Certifications: CE (compliance with EU safety norms) | Cost-effective, durable in standard conditions Lightweight for basic setups | Limited voltage capacity (▲) Brittle under extreme stress Heavier than composites |
| Our Base Insulator (SU) | High-voltage substations, power grids | Rated Voltage: 10kV (▲) (IEC 60137) Material: DMC/Polyester (Dielectric: 15kV/mm ▲) Certifications: CE, REACH (▲) | Higher voltage rating than industry standard Lightweight (2.5kg ISO 5800) Chemical resistance (ASTM D543) | Slightly higher cost than ceramic insulators Not suitable for extreme high-voltage applications |
| Our Advanced Insulator (SU) | Industrial substations, high-stress grids | Rated Voltage: 15kV (▲▲) (IEC 60137) Material: DMC (Dielectric: 20kV/mm ▲▲) Certifications: CE, REACH, RoHS (▲▲) | Highest voltage rating in tiered versions Extreme durability (-40°C to +120°C ASTM D648) Multi-certification compliance | Most expensive option Requires specialized installation for optimal performance |
| Ceramic Insulators (Competitor) | Traditional high-voltage systems | Rated Voltage: 12kV (▲) Material: Ceramic (Dielectric: 12kV/mm ▲) Certifications: CE | Proven reliability in legacy systems Heat resistance (up to 150°C IEC 60815) | Heavy (3.2kg ISO 5800) ▲ Brittle under mechanical stress No chemical resistance |
| Polyester Insulators (Competitor) | Temporary setups, low-cost projects | Rated Voltage: 8kV (▲) Material: Polyester (Dielectric: 10kV/mm) Certifications: CE | Ultra-lightweight (1.8kg ISO 5800) ▲▲ Cost-effective for short-term use | Low voltage capacity ▲ UV degradation risk (ASTM G154) No REACH compliance |
| Advanced Composite Insulators (Competitor) | Extreme industrial environments | Rated Voltage: 18kV (▲▲▲) Material: Silicone Composite (Dielectric: 22kV/mm ▲▲▲) Certifications: CE, RoHS | Highest voltage rating in market ▲▲▲ Weather-resistant (ASTM D2247) Flexible under thermal stress | Extremely high cost ▲▲▲ Niche applications only Less durable than DMC in chemical environments |