Heating efficiency and reliability: Uses gaseous fuel for fast, controlled heating with heat resistance, making it suitable for laboratory environments where steady flame performance matters. Gas compatibility: Supports multiple gases, including natural gas and propane (C3H8), providing adaptable solutions for diverse experimental needs. temperature capability: Reaches up to 1200°C, enabling heating of noncombustible laboratory objects or solutions that require intense heat. Durable construction: Built with a zinc alloy body and copper components to withstand temperature operation and provide a long service life. Key attributes: Material is zinc alloy and copper; maximum temperature 1200°C; compatible with natural gas and propane; designed for temperature laboratory use. Use scenarios: In lab heating and sample preparation: Ideal for heating glassware, drying samples, or flame assisted experiments where precise, temperature heat is needed. Small parts processing: Suitable for annealing or tempering small metal or ceramic components that require controlled heat exposure. Coatings and material treatment: Effective for curing or treating non combustible materials and laboratory coatings that benefit from intense, localized heat.