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Hubei CAILONEN Intelligent Technology Co., Ltd
후베이 차이론 지능 기술 유한 회사(구 우한 전기 용광로 공장)는 기계 산업 개발부에서 지정한 전문 설계 및 연구, 산업용 전기 용광로의 생산 및 판매를 담당하는 대규모 국영 구조 조정 기업입니다. 중국 열처리 협회, 후베이 주조 협회, 우한 단조 산업 협회의 관리 단위이기도 합니다. 회사는 구조 조정 이후 강력한 연구 개발 능력, 완벽한 설계 소프트웨어, 첨단 가공 기술 및 완벽한 생산 설비를 갖춘 중국의 하이엔드 열처리 제조 기업으로 빠르게 성장하여 연간 500세트의 대규모 표준 열처리 장비와 30세트의 비표준 생산 라인을 생산합니다. 수년간의 업계 경험을 바탕으로 중국의 여러 유명 대학과 협력하여 기존 전문 R&D 팀은 고객에게 전문적인 솔루션을 제공하기 위해 최선을 다하고 있습니다. 주요 제품은 다음과 같습니다: 지능형 템퍼링 생산 라인, 신에너지 리튬 배터리 양극 재료 과립화 사전 탄화 생산 라인, 신에너지 자동차 경량 열성형 생산 라인, 신에너지 링 생산 라인, 전섬유 전기 가열 트롤리 용광로, 전섬유 가스 열처리(단조) 트롤리 용광로, 대용량 가변 트롤리 용광로, 보호 분위기 박스 템퍼링 생산 라인, 행잉 실린더 라이너 템퍼링 생산 라인, 마이크로컴퓨터 제어 침탄/질화로, 진공로, 웰 퍼니스, 메쉬 퍼니스, 롤러 소결로, 알루미늄 합금 급냉(용액, 에이징)로, 전수소 후드 브라이트 어닐링로, ADI 염 등온 급냉 생산 라인, 회전 가마 베이킹로, 중주파로, 고주파로, 유도 용융로, 유도 경화 생산 라인 및 기타 표준 및 비표준 열처리 장비. 사용자의 요구 사항에 따라 제품 열처리 공정 계획 수립, 열처리 작업장 설계, 열처리 장비 선택 및 설계 및 제조, 설치 및 시운전, 생산 운영, 애프터 서비스 유지 관리 등과 같은 전체 기술 및 서비스를 제공하여 고객의 제품 사용 전후 안전성과 신뢰성을 보장합니다. 항공 우주, 조선, 철강, 야금, 화학 산업, 세라믹, 자동차, 주조, 단조, 위생 도자기, 광업 등 기타 분야와 관련된 제품. 다양한 응용 시나리오 및 요구 사항에 따라 솔루션을 개발할 수 있습니다.
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Troubleshooting Common Heat Treatment Defects: Distortion, Brittleness & Cracking, Insufficient Hardness? Most Effective Solutions Here 2025-12-10 Troubleshooting Common Heat Treatment Defects: Distortion, Brittleness & Cracking, Insufficient Hardness? Most Effective Solutions Here During the heat treatment process, workpieces often suffer from defects such as distortion, brittleness and cracking, insufficient hardness, oxidation and decarburization. These issues not only increase the scrap rate but may also affect subsequent assembly and operational safety. In fact, most defects stem from improper process parameters, inadequate equipment precision, or operational errors. This article compiles the causes and solutions for 5 common defects to help you enhance production stability. I. Defect 1: Excessive Workpiece Distortion (e.g., shaft bending, sheet warping) • Causes: Excessively fast heating rate, uneven cooling, improper loading method (overstacking of workpieces), incorrect selection of quenching medium.   • Solutions:   a. Adopt "stepwise heating" (low-temperature preheating → high-temperature holding) to reduce thermal stress;   b. Optimize cooling methods: Use marquenching for thick and large workpieces, and isothermal quenching for thin-walled workpieces;   c. Improve furnace loading: Secure workpieces with special fixtures to avoid stacking and ensure uniform air flow inside the furnace;   d. Select appropriate quenching medium: Adjust cooling rate when switching from oil quenching to water quenching, or use water-soluble quenching agents. II. Defect 2: Workpiece Brittleness and Cracking (Easy fracture after quenching, insufficient toughness) • Causes: Excessively high quenching temperature, excessively fast cooling rate, delayed tempering, excessive impurities in materials.   • Solutions:   e. Reduce quenching temperature (adjust according to material composition, e.g., lower the quenching temperature of high-carbon steel from 860℃ to 820℃);   f. Slow down the cooling rate: Oil quenching is milder than water quenching, or add cooling modifiers to the quenching medium;   g. Perform tempering within 2 hours after quenching to eliminate internal stress;   h. Use high-purity raw materials to avoid excessive sulfur, phosphorus and other impurities. III. Defect 3: Insufficient Hardness (Failure to meet preset hardness standards) • Causes: Insufficient heating temperature, inadequate holding time, slow quenching cooling rate, low carbon content in materials.   • Solutions:   i. Increase heating temperature (within the allowable range of the material, e.g., raise the temperature of medium-carbon steel from 830℃ to 850℃);   j. Extend holding time (adjust according to workpiece thickness: extend holding time by 30 minutes for every additional 10mm thickness);   k. Replace with a medium with faster cooling rate (e.g., switch from water quenching to brine quenching, or check if the quenching medium is aged);   l. Test the carbon content of raw materials in advance to ensure compliance with process requirements. IV. Defect 4: Oxidation and Decarburization (Workpiece surface blackening, reduced hardness) • Causes: Improper control of furnace atmosphere (excessive oxygen), excessively long heating time, poor equipment airtightness.   • Solutions:   m. Use atmosphere-controlled furnaces (e.g., nitrogen or methanol cracked gas protection) to isolate oxygen;   n. Shorten heating time to avoid excessive oxidation;   o. Inspect furnace door gaskets and repair air leakage points;   p. For decarburized workpieces, repair them through carburizing/nitriding replenishment processes. V. Defect 5: Uneven Case Depth (Inconsistent thickness of surface hardened layer) • Causes: Uneven flow of furnace atmosphere, improper workpiece loading position, unstable carburizer/nitriding agent concentration.   • Solutions:   q. Optimize the internal air flow design of the furnace and install deflectors;   r. Distribute workpieces evenly to avoid blocking the contact between the carburizer/nitriding agent and the workpiece surface;   s. Monitor the concentration of the carburizer/nitriding agent in real time and maintain stability through an automatic feeding system.
Industrial Heat Treatment Furnace Selection Guide: 4 Core Dimensions to Avoid Mistakes from Capacity to Process 2025-12-09 Industrial Heat Treatment Furnace Selection Guide: 4 Core Dimensions to Avoid Mistakes from Capacity to Process Heat treatment furnaces are the core equipment determining process results — for the same workpiece, choosing the right furnace ensures performance consistency and reduces energy consumption; choosing the wrong one may lead to soaring scrap rates and doubled production costs. For manufacturing enterprises, selecting a suitable heat treatment furnace requires considering multiple factors such as capacity, process, and material properties. This article compiles a practical selection guide to help you avoid common pitfalls. I. Select by Heat Treatment Process: Match Core Functions Annealing/Normalizing: Prioritize box-type resistance furnaces or pit-type furnaces. These devices offer uniform heating and flexible adjustment of holding time, suitable for batch processing to improve material machinability, compatible with low-carbon steel, cast iron, and other materials. Quenching/Tempering: Recommend mesh belt continuous furnaces or pusher-type furnaces. Featuring high automation, they enable continuous "heating-quenching-tempering" operations with a temperature control accuracy of ±1℃, ideal for mass production of auto parts and standard components. Nitriding/Carburizing: Must select specialized gas nitriding furnaces or vacuum carburizing furnaces. These furnaces provide strong atmosphere tightness, precise control of nitrogen/carbon concentration, and oxidation prevention, suitable for surface hardening of precision components. Precision Small Parts Processing: Optional vacuum furnaces or ion nitriding furnaces. The vacuum environment prevents workpiece oxidation and decarburization, while the low-temperature processing of ion nitriding furnaces ensures dimensional accuracy, making them suitable for electronic components and aerospace parts. II. Select by Production Capacity: Balance Efficiency and Cost Small-Batch Production (Daily Output 2000 Pieces): Opt for mesh belt continuous furnaces or stepping furnaces. Offering automated assembly line operations, they achieve a capacity of 1-5 tons/day with low energy consumption and high consistency, suitable for standardized production in large manufacturing enterprises. III. Select by Material Characteristics: Avoid Process Failure Low-Carbon Steel/Medium-Carbon Steel: Conventional resistance furnaces or gas-fired furnaces are optional, featuring low cost and meeting basic heat treatment requirements. Alloy Steel/Stainless Steel: Prioritize vacuum furnaces or atmosphere-protected furnaces to avoid oxidation and decarburization, ensuring material corrosion resistance. Precision Castings/Thin-Walled Parts: Choose low-temperature uniform heating furnaces (e.g., infrared heating furnaces) to reduce deformation and cracking caused by thermal stress. IV. 2 Key Indicators Not to Be Ignored Temperature Control Accuracy: For core processes (e.g., nitriding, quenching), select equipment with an accuracy of ±1℃; for general processes, it can be relaxed to ±3℃. Energy Consumption Index: Prioritize Class 1 energy-saving furnaces (energy consumption ≤ 500kWh/ton) equipped with waste heat recovery systems, which can save over 30% on electricity costs in long-term use.
Hubei Cailonen Shines at Macao Global Intelligent Machinery & Electronic Products Expo, Demonstrating Intelligent Manufacturing Strength 2025-12-09 Hubei Cailonen Shines at Macao Global Intelligent Machinery & Electronic Products Expo, Demonstrating Intelligent Manufacturing Strength From December 4 to 6, 2025, the Global Intelligent Machinery & Electronic Products Expo themed "Intelligent Manufacturing in the Greater Bay Area, Shared Globally" was grandly held in Macao. Hubei Cailonen Intelligent Technology Co., Ltd. made a stunning appearance at the expo with its core intelligent products, competing alongside over a thousand exhibitors worldwide and comprehensively showcasing the company's technical accumulation and innovative achievements in the field of intelligent industrial equipment. Pioneering the "Macao + Zhuhai" dual-city linkage model, this expo attracted business association representatives and international purchasers from more than 30 countries and regions around the world. It served as a crucial platform for displaying cutting-edge technologies in the intelligent technology sector, facilitating product supply and procurement docking, and fostering industry ideological exchanges. At the expo, Hubei Cailonen focused on exhibiting its intelligent industrial furnace series and other products. With precise performance and a wide range of application scenarios, these products garnered significant attention and consultation from domestic and foreign merchants on-site, fully demonstrating the company's professional advantages in the R&D and manufacturing of intelligent industrial equipment. This participation not only built a global platform for Hubei Cailonen to showcase its brand and conduct exchange and cooperation but also helped the company accurately connect with international market resources and gain in-depth insights into the latest industry development trends. In the future, Hubei Cailonen will continue to focus on the R&D and innovation of intelligent technologies, empowering the high-quality development of the global industrial sector with more high-quality products and solutions.
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