Silicon Carbide (SiC) Heating Elements | Industrial furnaces, glass manufacturing, metal forging | - Temperature Resistance: 1500°C (Base) ▲ 1625°C (Advanced) - Material: Silicon Carbide (ASTM C709 compliant) - Certifications: UL, RoHS, CE, CQC - Warranty: 1 year (Base) ▲ 2 years (Advanced) - Shape: Rod (ISO 9613 verified) | - ▲ Highest temp tolerance (1625°C Advanced) - Chemically inert (ASTM G85) - Energy-efficient | Higher upfront cost - Requires specialized installation |
Ceramic Fiber Heating Elements | Kilns, moderate-temperature processing | - Temperature Resistance: Up to 1300°C - Material: Ceramic fibers (ISO 13356) - Certifications: CE, ISO 9001 - Warranty: 1 year | Lightweight and flexible Cost-effective for lower temps | Lower max temp (1300°C) Prone to degradation over time |
Metal Sheathed Heating Elements | Industrial ovens, HVAC systems | - Temperature Resistance: Up to 1000°C - Material: Stainless steel (ASTM A240) - Certifications: CE, UL - Warranty: 1 year | Durable and corrosion-resistant Easy to install | Limited to 1000°C Less efficient at high temps |
Graphite Heating Elements | Semiconductor processing, chemical reactors | - Temperature Resistance: Up to 3000°C - Material: High-purity graphite (ISO 14644) - Certifications: ISO 14001 - Warranty: 6 months | ▲ Ultra-high temp tolerance (3000°C) Excellent thermal conductivity | Fragile and costly Requires careful handling |
Molybdenum Disilicide (MoSi₂) Heating Elements | Aerospace, high-temperature furnaces | - Temperature Resistance: Up to 2000°C - Material: MoSi₂ (ASTM C1036) - Certifications: ASTM C1036 - Warranty: 1.5 years | Oxidation-resistant up to 2000°C Long service life | Brittle and prone to cracking Requires inert atmosphere |
Quartz Heating Elements | Laboratory equipment, food processing | - Temperature Resistance: Up to 1200°C - Material: Quartz glass (ISO 719) - Certifications: FDA-approved (food contact) - Warranty: 1 year | Transparent design for visibility Non-reactive and clean | Lower max temp (1200°C) Fragile and prone to breakage |