Iron Melting Furnace

Industrial medium frequency induction melting furnace with 1.5-ton capacity and 1200KW power rating. Features advanced safety systems, high energy efficiency, fast melting speed, and low maintenance requirements. Certified with patents and quality management system for reliable metal casting applications.

Industrial-grade 2-ton capacity iron melting furnace with 1400KW power and 500Hz frequency. Features low maintenance requirements, high durability, advanced safety systems, and significant power savings. Certified with patents and national test reports, suitable for efficient metal smelting operations.

Industrial-grade medium frequency induction melting furnace with 2.0 ton capacity and 1500KW power rating. Features high safety protection, significant energy savings, low failure rate, and clean operation. Certified with patents and quality management systems. Customizable solutions available with 30-45 day delivery.

Professional 3-ton capacity induction iron melting furnace with 2000KW power rating and 300Hz frequency. Features high energy efficiency, low failure rate, advanced safety systems, and minimal maintenance requirements. Certified with patents and quality management systems, suitable for various metal melting applications with reliable performance and durable construction.

Industrial plate heat exchanger featuring high efficiency heat transfer, low heat loss, and compact design. Easy to install, clean, and maintain with flexible operation for various applications. Certified with patent protection, national testing reports, and quality management system. Customizable options available with 1 set minimum order and 30-40 day delivery.

Industrial plate heat exchanger designed for induction melting furnace systems featuring compact structure, high heat transfer efficiency, and minimal thermal loss. Easy installation and maintenance with flexible operation. Certified with patent protection and quality management system. Custom solutions available for power supply cabinets and furnace applications.

Compact plate heat exchanger designed for induction melting furnace systems, featuring high-efficiency heat transfer, minimal heat loss, and easy installation. Certified with patent protection, national testing reports, and quality management systems. Available with customization options, 1 million set annual capacity, and comprehensive technical support.

Compact plate heat exchanger designed for induction melting furnace systems with high heat transfer efficiency and flexible operation. Features easy installation, minimal heat loss, and simple maintenance. Certified with national testing reports and available with 30-40 day delivery. Ideal for industrial applications requiring efficient thermal management solutions.

Compact plate heat exchanger designed for induction melting furnace systems with high efficiency heat transfer up to 2000 kW/m². Features 300-400°C operating temperature, easy installation and cleaning, low heat loss design, and flexible operation. Certified with patents, national testing reports, and quality management system for reliable industrial performance.

Industrial plate heat exchanger featuring compact structure, high heat transfer efficiency, and low energy loss. Designed for induction melting furnace systems with easy installation and cleaning. Certified with patent protection, national testing reports, and quality management system. Delivery in 30-40 days with 1,000,000 sets annual production capacity.

High-performance plate heat exchanger featuring compact design, high heat transfer efficiency, and low heat loss. Ideal for induction melting furnaces, thermal power plants, and industrial applications. Certified with patent protection and quality management system. Easy installation, flexible operation, and comprehensive technical support available.

Advanced induction melting furnace system featuring 3000KW power output, energy-saving technology, and integrated cyclone dust collection. Delivers rapid melting speed with intelligent digital controls, premium electrical components, and optimized capacitor matching for industrial iron smelting operations.