Single Billet Heating Furnace
Maximize your extrusion throughput with rapid, uniform heating technology that slashes energy consumption while maintaining peak temperature accuracy. Stop struggling with uneven billet heating and thermal waste—transform your production line into a high-yield, energy-efficient powerhouse.
Operational Challenges in Billet Surface Quality
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Inconsistent Temperature Profiles Causing Profile Rejects. Traditional heating systems often suffer from “hot spots” or “cold spots,” resulting in inconsistent metallurgical properties across the billet. This temperature variation leads to uneven metal flow during extrusion, resulting in surface defects on the profile, wall-thickness irregularities, and higher scrap rates.
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Excessive Energy Costs and Environmental Non-Compliance. Inefficient combustion systems result in significant fuel waste, driving up operating costs and failing to meet tightening environmental emission standards in modern manufacturing markets. High energy overhead directly erodes your competitive pricing edge and sustainability ratings.
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Frequent Downtime During Billet Switching and Maintenance. Conventional furnaces often feature complex loading and unloading designs that cause significant bottlenecks during billet changeovers. Frequent mechanical stalls and time-consuming maintenance routines lead to costly production pauses that disrupt your plant’s overall equipment effectiveness.
Advanced Engineering: Precision Peeling & Thermal Stability
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Advanced Thermal Jet Preheating Technology | Efficiency Beyond Standard Standards
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The Feature: Our furnace utilizes state-of-the-art thermal jet preheating technology, achieving an impressive thermal efficiency of ~60%.
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The Buyer Benefit: You gain a significant reduction in operational fuel costs. By capturing and utilizing more thermal energy, you can maintain high production capacity while drastically lowering your monthly energy bill.
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Full Pre-mix Combustion System | Uniformity & Precision at High Speed
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The Feature: Engineered with an advanced full-premix combustion system, the furnace ensures perfect gas-to-air ratios, eliminating thermal gradients across the billet.
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The Buyer Benefit: Every billet is heated with absolute consistency, ensuring your extrusion press receives perfect, uniform material that stabilizes metal flow, minimizes die strain, and guarantees superior final profile quality.
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Integrated Spring-Loaded Temperature Monitoring | Real-Time Thermal Intelligence
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The Feature: Equipped with a precision Nickel-Chromium/Nickel-Silicon thermocouple probe held against the billet by a high-tension spring system.
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The Buyer Benefit: You receive precise, real-time temperature data directly from the billet surface, not just the chamber. This eliminates guesswork, ensuring every billet reaches the required temperature range with automated accuracy, reducing human error.
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Versatile Modular Transmission Design | Streamlined Workflow Efficiency
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The Feature: Our billet transmission features both built-in roller components and external dynamic power transmission options.
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The Buyer Benefit: This flexibility enables effortless billet loading, unloading, and replacement, significantly reducing changeover times and preventing production bottlenecks, regardless of your line configuration.
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Industry Validation: Proven Reliability in Global Foundries
Our single billet heating solutions have been successfully integrated into high-capacity extrusion plants across India and the United States, replacing outdated systems with more energy-efficient and reliable alternatives. By optimizing combustion ratios and thermal retention, our clients consistently report a marked increase in extrusion success rates and a measurable reduction in daily fuel consumption compared to standard market furnaces.
We are committed to quality that withstands the rigors of heavy industrial foundries. Our equipment design focuses on reliability—minimizing mechanical wear, controlling electronic system failures, and ensuring that your heating stage remains a seamless, maintenance-light link in your production chain.
- Single Billet Heating Furnace Detailed Technical Specifications
| NO. | Model | Aluminumbillet | Heating time | Heating areas | Production frequency | Energyconsumption | Power |
| 1 | 600-1450T | Φ90-Φ 152 | ≤30min | 3zones | 90s/pieces | ≤35m³/T.Al | 30kw |
| 2 | 1650-2000T | Φ178-Φ203 | ≤30min | 4zones | 120s/pieces | ≤35m³/T.Al | 50kw |
| 3 | 2500-3600T | Φ228-Φ320 | ≤30min | 5zones | 120s/pieces | ≤35m³/T.Al | 65kw |
| 4 | 4000-6000T | Φ330-Φ406 | ≤30min | 6-7zones | 150s/pieces | ≤35m³/T.Al | 110kw |
Q: Can this furnace handle both long and short billets?
A: Yes. Our system is designed with high versatility. By incorporating optional hot-shearing or hot-sawing functions, the system can efficiently handle both long and short billet configurations, providing you with maximum production flexibility.
Q: How do you ensure the temperature sensor is accurate?
A: We use high-precision Nickel-Chromium/Nickel-Silicon thermocouples mounted on a spring-loaded housing. This design ensures the probe is firmly pressed against the billet surface throughout the heating cycle, providing continuous, accurate readings that the electrical system monitors in real-time.
Q: What is the estimated lead time for installation and commissioning?
A: Our furnaces are designed for modular installation. Once the site is prepared according to our provided foundation drawings, our engineering team can support rapid installation and commissioning, getting your line up and running with minimal downtime.