CHUGAI RO (THAILAND) CO., LTD.

Secondhand Vacuum Furnace CF-60D (S) ｜ High-Precision Metal Heat Treatment

Pre-owned vacuum furnace CF-60D (S) by Chugai Ro, offering ±10°C precision, 1,000 kg capacity, and rapid heating/cooling for industrial thermal processing. ■ Product Overview Looking to expand your thermal processing capacity? The secondhand vacuum furnace CF-60D (S) from Chugai Ro provides advanced heat treatment capability for metals, automotive components, and engineered materials. This unit is maintained for industrial performance and can be inspected prior to purchase. ■ Technical Specifications - Model: CF-60D (S) - Effective Internal Dimensions: 1050 W × 1050 L × 500 H mm - Processing Capacity: - Gross: 1,000 kg per charge (based on furnace floor load) - Actual capacity depends on material and shape - Operating Temperature: - Normal: 500–1,300°C - Max: 1,350°C - Temperature Accuracy: ±10°C across 9 points (8 corners + center) - Vacuum Pressure: - Heating chamber: ~10⁻² Pa (abs) - Cooling chamber: 1.0 Pa (abs) - Control range: 13–130 Pa (abs) with Ar gas - Gas Cooling: Ar gas at 100–130 kPa (1.0–1.3 bar) - Exhaust Time: To 1.33×10⁻² Pa within 30 min (empty chamber) - Heating Time: To 1,000°C within 60 min (under vacuum) - Leak Rate: ≤ 1×10⁻³ Pa·m³/sec (approx. 7 Lusec) ■ For detailed pricing, on-site viewing, or technical consultation, please contact us directly or download the specification sheet from the link below. #VacuumFurnace #HeatTreatment #MetalProcessing #IndustrialMachinery #UsedMachinery #ThermalProcessing #ChugaiRo

Industrial Furnace ｜ Maintenance Service in Thailand ｜ Stable Operation & Quick Support

Chugai Ro (Thailand) Co., Ltd. provides industrial furnace maintenance services in Thailand, helping factories achieve stable operation, extend equipment lifespan, and prevent quality defects with fast on-site support. ■ Maintenance Framework Supporting Stable Operation Chugai Ro (Thailand) Co., Ltd. delivers end-to-end solutions for industrial furnaces and thermal processing equipment—from design and manufacturing to after-sales service. Our maintenance service ensures operational stability, minimizes unexpected downtime, and reduces quality risks through preventive measures. ■ Key Maintenance Services Our services are tailored to each customer’s furnace type, application, and operating conditions. Main offerings include: ・ Regular inspections & consumable replacement for heat treatment, firing, and drying furnaces ・ Diagnosis & recalibration of sensors and temperature controllers ・ Burner & exhaust system cleaning to restore performance ・ Emergency response by an on-site service team in Thailand ・ Maintenance planning & spare parts supply based on customer requirements We start with a technical consultation to create a customized maintenance plan matching the customer’s production environment. ■ Unique Strengths and Differentiators Chugai Ro (Thailand)’s furnace maintenance services stand out for: ・ Support for diverse equipment: Both standard and custom-built furnaces ・ Expert-driven improvement proposals: Backed by thermal processing know-how ・ Quick on-site response: Local Thai engineers minimize downtime ・ Long-term post-installation support: Including repairs and retrofit consultation ■ Industries and Use Cases Our maintenance service supports a wide range of industries requiring thermal processing: ・ Preventive maintenance for mass production lines (sintering, firing) ・ Maintenance of precision furnaces for special heat treatments ・ Regular inspection to avoid unplanned production stoppages ■ Why Choose Our Furnace Maintenance Service in Thailand? ・ Comprehensive support from design to maintenance → Backed by in-house design and manufacturing knowledge ・ Tailored maintenance plans → Adjusted to fit each factory’s conditions ・ Experienced local service team → Fast, knowledgeable, Our local service team is highly experienced and trained to Japanese standards, providing fast and reliable support. ・ Retrofit-ready service → Extend furnace lifespan with part replacement and upgrades ■ For more details, please contact us via the inquiry form below or download the brochure for further information. #IndustrialFurnace #FurnaceMaintenance #HeatTreatment #ThermalProcessing #FactoryThailand #PreventiveMaintenance #EngineeringSupport

Combustion Control Retrofit Technology｜Reduce CO₂, Save Fuel & Lower Operator Load

This compact combustion control system upgrades existing furnaces without piping changes. It automatically adjusts the air-fuel ratio for higher efficiency, reducing CO₂ emissions, fuel costs, and operator workload—ideal for energy-conscious manufacturers. Combustion Control Technology: CO₂ Reduction and Energy Savings with Easy Furnace Retrofit This combustion control technology is designed to enhance energy efficiency in industrial furnaces by providing precise air-fuel ratio control using a laminar flowmeter. Without the need for piping modification, it enables quick retrofitting, making it an ideal solution for existing thermal processing lines. The system continuously adjusts combustion based on real-time flame and temperature conditions. By maintaining the air ratio within the ideal 1.05–1.25 range, it improves fuel efficiency and contributes directly to CO₂ emission reduction. Its design reduces the need for skilled operator adjustments and requires minimal maintenance—only 1–2 inspections per year. ■ Key Features ・ No piping changes: Easy retrofitting into existing furnace lines ・ Automatic air ratio control: Improves combustion efficiency and reduces emissions ・ Low maintenance: Just 1–2 routine checks annually ・ Operator-independent: Reduces reliance on skilled manual operation ・ Real-time response: Adjusts to flame and temperature changes automatically ■ Capabilities ・ Precision air ratio control: Maintains 1.05–1.25 range ・ Accurate flow measurement: Uses laminar flowmeter ・ Real-time analytics: Tracks air ratio and exhaust gas data ・ Stand-alone system: No PLC or external controller needed ■ Case Study: Electronics Manufacturer ・ Result: Reduced fuel costs by approx. ¥500,000 per furnace per year ・ Maintenance: Stable operation with minimal inspections ・ Outcome: Improved energy efficiency and reduced labor demand ■ Industrial Applications This retrofit system is ideal for: ・ Atmosphere furnaces ・ Annealing and brazing kilns ・ Ceramic kilns and thermal furnaces ■ Target Industries ・ Electronics manufacturing ・ Automotive parts production ・ Ceramics processing ・ Metal heat treatment ・ Outsourced thermal services For manufacturers seeking sustainability, this combustion control system enables cost savings and CO₂ reduction—without replacing existing furnaces. ■ For more details, please download the PDF or contact us directly. #combustioncontrol #energysaving #co2reduction #furnaceretrofit #industrialfurnace #heatTreatment #flowcontrol #burnerautomation

CRism® Maintenance System｜Remote Facility Monitoring & Data Analysis for Efficient Operations

CRism® is a smart maintenance system enabling remote monitoring, real-time data visualization, and predictive maintenance for industrial facilities—reducing downtime and improving operational efficiency. CRism®: Smart Facility Operations with Real-Time Monitoring and Predictive Maintenance The CRism® Maintenance System is designed to modernize facility management by providing remote monitoring, data visualization, and threshold-based alerts. It allows administrators to track facility conditions in real time without on-site presence, enabling faster and more informed decision-making. This system offers intuitive dashboards, easy threshold setting, and deep analytical tools for maintenance planning. It’s particularly effective in preventing equipment failure, reducing costs, and extending facility lifespan—making it ideal for modern industrial environments. ■ Key Features ・ Remote monitoring: Access and monitor operational data from any location. ・ Data visualization: Convert raw numbers into clear visual dashboards. ・ Threshold alerts: Set custom thresholds to detect abnormalities early. ・ Advanced analytics: Analyze performance data to enhance preventive maintenance. ・ Cost-effective: Minimizes labor and maintenance costs by reducing on-site visits. ■ System Specifications ・ System name: CRism® Maintenance System ・ Functions: Data visualization, threshold settings, remote monitoring, analysis ・ Supported equipment: Industrial machinery and facility systems ■ Industrial Applications The CRism® system is suitable for: ・ Preventive maintenance: Detect equipment issues before failures occur. ・ Operational optimization: Monitor performance trends to adjust workflows. ・ Maintenance cost reduction: Save on labor and emergency repairs through proactive planning. Whether managing a single facility or an entire factory network, CRism® provides powerful tools to improve uptime, reduce risk, and maximize resource efficiency. ■ For more details, please download the PDF or feel free to contact us. #remotemonitoring #predictivemaintenance #facilitymanagement #industrialautomation #datavisualization #smartfactory #equipmentmonitoring #maintenancecostreduction

EBC-i Automatic Air-Fuel Ratio Control System｜Boost Combustion Efficiency with Precise Flow Control

The EBC-i System delivers high-precision air-fuel ratio control for industrial furnaces. With built-in temperature and pressure correction, it ensures stable combustion, prevents inefficiencies, and enhances furnace reliability. EBC-i Air-Fuel Ratio Control: Precision Combustion for Furnace Efficiency and Safety The EBC-i Automatic Air-Fuel Ratio Control System is designed to ensure optimal combustion conditions in industrial furnaces. By adjusting for real-time changes in temperature and pressure, it maintains precise flow control—ensuring consistent air ratios and a stable furnace atmosphere. With the ability to set up to eight burner patterns and built-in safety features such as abnormality detection and memory, EBC-i is ideal for industries that require stable high-temperature operations. This system improves fuel efficiency, minimizes emissions, and supports long-term reliability. ■ Key Features ・ Precision control: Temperature and pressure compensation ensures accurate air-fuel flow. ・ Stable combustion: Maintains air ratio even during changes in combustion volume. ・ Efficient atmosphere control: Optimizes internal furnace conditions for energy savings. ・ Configurable settings: Supports up to 8 air-fuel patterns for flexible burner management. ・ Integrated safety: Detects and logs abnormalities to enhance reliability. ■ Technical Specifications ・ Model: EBC-i Automatic Air Ratio Control System ・ Key functions: High-precision flow control, combustion atmosphere management ・ Safety: Abnormality memory and output system ・ Settings: Burner control up to 8 configurable patterns ■ Industrial Applications EBC-i improves combustion control and furnace management for: ・ Preventive maintenance: Prevents air ratio drift and combustion imbalances. ・ Operational efficiency: Reduces fuel consumption and supports stable thermal processes. ・ Safety assurance: Strengthens monitoring and incident response through built-in logs. Used across industrial furnaces in metal processing, ceramics, and other high-heat applications, the EBC-i Control System enables data-driven combustion efficiency and reduces long-term operational costs. ■ For more details, please download the PDF or feel free to contact us. #airfuelcontrol #combustionefficiency #industrialfurnace #airratiocontrol #precisionflow #burnermanagement #furnacesafety #processautomation

Hydrogen Burner Series｜Zero CO2 Emissions & Clean Heat for Industrial Furnaces

The Hydrogen Burner Series delivers a next-generation heat source with zero CO2 emissions, low NOx, and multiple safety layers—ideal for factories seeking environmentally friendly and sustainable combustion solutions. Hydrogen Burner Series: Clean Heat for Industry with Zero CO2 Emissions The Hydrogen Burner Series represents the future of industrial heating—eliminating fossil fuels and enabling zero carbon dioxide (CO2) emissions. By using hydrogen fuel, this burner provides clean thermal energy with minimal environmental impact, meeting the increasing demand for sustainable manufacturing. Equipped with low NOx emission technology and multi-layer safety systems, this series ensures stable operation even under strict regulatory conditions. Its performance and eco-compliance make it suitable for factories, power plants, and chemical processing facilities seeking carbon-neutral operations. ■ Key Features ・ Zero CO2 emissions: Fully hydrogen-powered to eliminate fossil fuel usage and reduce greenhouse gases. ・ Low NOx emissions: Advanced combustion control minimizes nitrogen oxide output. ・ High safety standards: Includes anomaly detection, auto shutdown, and other protective functions. ・ Eco-friendly energy: Supports long-term clean energy transition in industrial settings. ・ Broad industrial use: Ideal for applications under strict environmental regulations. ■ Technical Specifications ・ Model: Hydrogen Burner Series ・ Emissions: Zero CO2, low NOx ・ Safety: Multi-layered safety system ・ Fuel: 100% Hydrogen ・ Usage: Industrial furnaces, power plants, thermal energy systems ■ Industrial Applications The Hydrogen Burner Series offers powerful and clean combustion for: ・ Industrial Furnaces: Consistent high-temperature heating with no CO2 output. ・ Power Generation: Reduces carbon footprint at energy production facilities. ・ Thermal Energy Demands: Applied in manufacturing and chemical processing for sustainable operations. For businesses aiming to reduce emissions, comply with regulations, and future-proof operations, the Hydrogen Burner Series is a trusted, scalable, and environmentally responsible solution. ■ For more details, please download the PDF or feel free to contact us. #hydrogenburner #zerocarbon #cleantechnology #lowNOx #industrialfurnace #powergeneration #greentech #carbonneutral #heatingsystem

HSGB High-Speed Gas Burner｜Easy Installation & High Flame Efficiency for Furnaces

The HSGB Gas Burner delivers high flame speed, fuel flexibility, and compact design for diverse furnace applications. Its easy installation and low-maintenance features make it ideal for efficient heat treatment in ceramics, metal, and glass industries. HSGB Gas Burner: High-Speed, Compact Heat Solution for Efficient Furnace Operations The HSGB High-Speed Gas Burner is engineered for high-performance combustion across a range of industrial furnaces. Its direct ignition system, slim design, and adjustable flame speed make it a versatile solution for heat treatment and continuous processing in ceramics, metals, and glass industries. With support for various combustion modes—from low air ratio to ultra-excess air combustion—this burner delivers both flexibility and efficiency. Its compact structure minimizes installation time and simplifies routine maintenance, reducing operational costs for modern factories. ■ Key Features ・ Adjustable high flame speed: Customize flame intensity to match specific process requirements. ・ Wide combustion range: Operates from low air ratio to ultra-excess air combustion modes. ・ Compact, efficient design: High thermal efficiency in a slim, tile-less body. ・ Quick installation: Designed for rapid setup and integration into existing furnace systems. ・ Low-maintenance: Easy-to-access components simplify inspection and servicing. ■ Technical Specifications ・ Model: HSGB ・ Design: Slim, tile-less construction ・ Ignition: Direct ignition ・ Fuel type: Gas ・ Applications: Continuous kilns, batch furnaces, metal and glass heating systems ■ Industrial Applications The HSGB Gas Burner is suitable for various thermal processing needs: ・ Ceramic kilns: Ideal for roller hearth and tunnel kilns. ・ Batch furnaces: Supports shuttle kilns, corner jet kilns. ・ Metal heat treatment: Efficient heating for steel and non-ferrous components. ・ Glass processing: Stable heat source for consistent quality in glass treatment. For factories aiming to improve energy efficiency and process reliability, HSGB offers a robust and adaptable burner system backed by proven performance. ■ For more details, please download the PDF or feel free to contact us. #gasburner #industrialburner #furnaceburner #heatTreatment #ceramickiln #metalprocessing #glassfurnace #highflamespeed #energyefficiency

HI-SHIFTER™ Batch-Type Gas Carburizing Furnace｜Clean & Efficient Heat Treatment Solution

■ Summary HI-SHIFTER™ is a high-efficiency, batch-type gas carburizing furnace developed in Japan, supporting both traditional and clean heat treatment processes. The latest "Flameless HI-SHIFTER™" offers enhanced safety, energy savings, and low-maintenance operation for modern manufacturing. HI-SHIFTER™: Clean & Versatile Gas Carburizing Furnace for Advanced Heat Treatment As Japan’s first gas carburizing furnace, HI-SHIFTER™ has earned a reputation for innovation and reliability. This batch-type gas carburizing system supports a wide range of heat treatment needs—from conventional carburizing to clean, environmentally friendly processing. Designed to serve the demands of advanced factories, it combines versatility with superior energy efficiency. The newly introduced Flameless HI-SHIFTER™ integrates a vacuum chamber and advanced vacuum exhaust system. This cutting-edge technology improves workplace safety, simplifies operation, and enhances resource efficiency—making it a future-ready solution for high-performance heat treatment. ■ Key Features ・ Multi-process capability: Supports both traditional gas carburizing and modern clean heat treatment. ・ Trusted performance: Proven technology with a strong track record in Japan’s heat treatment industry. ・ Worker safety prioritized: Vacuum chamber minimizes fire risks and improves operational safety. ・ Cost and energy reduction: Advanced controls and flameless design enable labor and energy savings. ・ Sustainable design: “Flameless HI-SHIFTER™” offers reduced emissions and cleaner operation. ■ Technical Specifications ・ Furnace type: Batch-type, general-purpose ・ Supported processes: Gas carburizing, clean heat treatment ・ Key components: Vacuum chamber, vacuum exhaust system ・ Objectives: Enhance safety, reduce costs, increase operational efficiency ■ Industrial Applications HI-SHIFTER™ is ideal for industries requiring precision, safety, and energy efficiency: ・ Metalworking: Delivers high-quality carburizing for precision parts. ・ Automotive: Treats gears, shafts, and other components for durability. ・ Aerospace: Meets stringent safety and quality standards. ・ Clean Energy: Suitable for eco-conscious heat treatment applications. For factories seeking efficient, reliable, and safe heat treatment technology, HI-SHIFTER™ is a proven solution adopted by leading manufacturers. It’s engineered to support the evolving needs of industrial production in Thailand and beyond. ■ For more details, please download the PDF or feel free to contact us. #gascarburizing #heattreatment #batchfurnace #cleantechnology #automotiveindustry #aerospacecomponents #industrialfurnace #vacuumchamber #energySaving

Mesh Belt Furnace for Hardening & Tempering｜Minimize Deformation in Small Precision Parts

Ensure precise hardening and tempering of small metal parts with our fully automated Mesh Belt Furnace—engineered to minimize deformation and reduce operational costs through energy-efficient design. The Mesh Belt Furnace is a high-performance, fully automated heat treatment system designed for small precision parts, such as screws, needle bearings, and complex-shaped components. It supports hardening, tempering, and carburizing processes, all while maintaining part integrity through a natural cooling method that reduces deformation. With mesh belts available in multiple sizes, it accommodates various part types. The system’s automated workflow—from material loading to final tempering—boosts operational efficiency, while the energy-saving design helps cut running costs. This makes it ideal for manufacturers who demand high accuracy and cost-effective production. ■ Features ・ Versatile for Small Parts: Suitable for screws, bearings, and complex-shaped precision parts. ・ Shape Retention: Natural hardening process reduces warping and deformation. ・ Full Automation: Seamless processing from loading to tempering increases productivity. ・ Energy Efficient: Designed to lower energy consumption and operational costs. ■ Specifications ・ Processes: Hardening, tempering, carburizing ・ Furnace Type: Mesh belt system ・ Automation: Fully automated operation ・ Energy Saving: Built for high thermal efficiency ■ Applications ・ Screws & Fasteners: Precision hardening with minimal shape change ・ Irregular Bearings: Maintains structure of needle bearings and non-standard shapes ・ Carburized Components: Enhances surface hardness and durability of small mechanical parts The Mesh Belt Furnace offers the perfect balance between part precision, shape control, and energy savings—making it an essential solution for manufacturers in automotive, machinery, and tool industries. ■ For more details, please download the PDF or feel free to contact us. #MeshBeltFurnace #HeatTreatment #Hardening #Tempering #Carburizing #SmallParts #EnergyEfficient #PrecisionParts #Automation #FactorySolutions

Press Quenching Machine｜Improved Dimensional Accuracy for Automotive Gears & Bearings

Achieve high-precision heat treatment for automotive parts with our Press Quenching Machine—ideal for improving dimensional accuracy and reducing deformation in gears and bearings. The Press Quenching Machine is designed to deliver high dimensional precision after heat treatment, especially in automotive and mechanical parts such as gears and bearings. Utilizing rapid induction heating followed by press quenching, it minimizes part deformation while improving hardness and quality. Compatible with multiple furnace types—mesh belt, rotary, and roller hearth—it integrates seamlessly into diverse production lines. Its energy-efficient design and advanced quality control system ensure reduced operating costs while maintaining consistent product performance. Whether you're treating complex shapes or requiring high production accuracy, this system ensures repeatability and durability for demanding industrial applications. ■ Features ・ High Dimensional Accuracy: Maintains precision after heat treatment for gears, bearings, and other mechanical parts. ・ Multi-Furnace Compatibility: Works with mesh belt, rotary, and roller hearth furnaces for versatile line integration. ・ Rapid Induction Heating: Enables fast cycle times with minimal thermal distortion. ・ Consistent Quality Control: Ensures repeatability and product reliability. ・ Energy Efficiency: Reduces operating costs using modern heat treatment technology. ■ Specifications ・ Heating Method: Induction heating ・ Supported Furnaces: Mesh belt, rotary, roller hearth ・ Applications: Press quenching for gears, bearings, and precision mechanical parts ・ Material Types: Automotive-grade steel, alloy parts, etc. ■ Applications ・ Automotive Parts: Heat treatment for gears and bearings with tight dimensional tolerances. ・ Precision Components: Ideal for parts requiring micron-level accuracy. ・ Complex Shapes: Effective for components needing deformation-free processing. This Press Quenching Machine is the ideal solution for manufacturers seeking to enhance the accuracy, durability, and quality of heat-treated components while optimizing energy use. For technical details or custom configurations, please download the brochure or contact us. ■ For more details, please download the PDF or feel free to contact us. #PressQuenching #HeatTreatment #AutomotiveParts #PrecisionEngineering #InductionHeating #GearManufacturing #EnergyEfficient #HighAccuracy #OEM #FactoryEquipment

Wire Rod Coil Annealing Furnace｜Energy-Efficient Heat Treatment for Mass & Small-Lot Coil Production

This dedicated annealing furnace improves the quality of hot-rolled and cold-drawn wire rod coils using energy-efficient N-gas and radiant tube technology, supporting both mass and small-lot production. The Wire Rod Coil Annealing Furnace is engineered for the continuous annealing of steel wire coils following hot rolling or cold drawing. Using N-gas derived from radiant tube combustion exhaust, the furnace provides a stable, high-quality atmosphere for annealing, enhancing material properties. With a vacuum chamber design and radiant tubes equipped with recuperators, it offers superior heat recovery and energy savings. The system supports flexible production requirements, from large-scale operations to small-lot, multi-variety production, enabling manufacturers to achieve cost-effective and consistent output. ■ Features ・ High-quality annealing with N-gas from radiant tube combustion exhaust ・ Improved energy efficiency with vacuum chamber and heat recovery system ・ Supports both mass production and small-lot, multi-spec coil processing ・ Cost-effective heat treatment through efficient fuel and thermal management ・ Stable coil quality with enhanced dimensional accuracy and durability ■ Specifications ・ Atmosphere Gas: N-gas (from radiant tube exhaust) ・ Chamber Design: Vacuum chamber ・ Radiant Tubes: High-efficiency with recuperators for heat recovery ・ Target Products: Hot-rolled and cold-drawn steel wire coils ■ Applications Perfect for manufacturers requiring flexible, high-efficiency coil annealing, including: ・ Hot-rolled coil processing: For a high-quality finish and consistent performance ・ Cold-drawn coil treatment: To boost strength and dimensional precision ・ Small-lot, multi-variety operations: Versatile design for handling varied coil specs With its energy-saving design, stable heat control, and production flexibility, this furnace is a smart investment for modern coil processing lines. ■ For more details, please download the PDF or contact us directly. #annealingfurnace #wirerodcoil #coilannealing #Ngasfurnace #energyEfficientFurnace #coldDrawnCoils #hotRolledWire #radianttubefurnace #coilprocessing #thailandindustry

Radiant Tube Annealing Furnaces｜20% Fuel Savings for Cold-Formed Material Processing

The Radiant Tube Kiln enhances cold-formed material quality while cutting fuel consumption by 20%, supporting sustainable, energy-efficient production lines. The Radiant Tube Annealing Furnace is a high-efficiency system specially designed for the annealing of cold-formed materials. Utilizing a Roller Hearth system, lightweight trays, and baskets, it reduces fuel consumption by approximately 20% compared to conventional furnaces. Its energy-efficient design recycles heat from cooling zones and hydrocarbon immersion areas, minimizing unnecessary energy loss. Vacuum chambers at the loading and unloading zones help reduce atmospheric gas usage, further boosting energy savings and environmental sustainability. This furnace ensures stable quality, improved material properties, and reduced operating costs, making it ideal for modern production lines. ■ Features ・ Up to 20% fuel savings with lightweight Roller Hearth system ・ Recycles heat from cooling and hydrocarbon zones for energy efficiency ・ Vacuum chambers reduce atmospheric gas usage ・ Precise temperature control improves durability and quality of cold-formed materials ・ Supports sustainable, low-emission manufacturing ■ Specifications ・ Target Materials: Cold-formed components ・ Fuel Saving Mechanism: Lightweight tray and roller hearth design ・ Energy Recovery: Heat from combustion and cooling zones ・ Vacuum Chambers: Installed at loading/unloading areas for gas reduction ■ Applications Perfect for industrial applications involving: ・ Annealing of cold-formed materials: Stable heat treatment for dimensional accuracy and mechanical strength ・ Production lines with high energy costs: 20% fuel reduction lowers long-term operational costs ・ Eco-conscious manufacturing: Supports green production strategies with minimized gas and fuel use The Radiant Tube Annealing Furnace delivers reliable heat treatment, cost savings, and sustainability, making it a powerful tool for today’s forward-looking factories. ■ For more details, please download the PDF or contact us directly. #radianttubefurnace #annealingfurnace #coldformedmaterials #energyefficientfurnace #fuelreduction #sustainableproduction #rollerhearth #vacuumchamberfurnace #heattreatment #thailandmanufacturing

Vacuum Heat Treating Furnaces VF/VFV Series｜Compact Design & Gas Cooling for Diverse Heat Treatments

The VF/VFV Series Vacuum Heat Treatment Furnace supports multiple processes with compact, integrated chambers and high-performance gas cooling up to 1MPa, ensuring space efficiency and stable quality. The VF/VFV Series Vacuum Heat Treatment Furnace is designed for versatile thermal processing in a space-saving, integrated system. Supporting heat treatments such as hardening, tempering, solution treatment, annealing, recrystallization, and brazing, it adapts to a wide variety of industrial needs. The VF series (horizontal type) is optimal for general heat treatment applications, while the VFV series (vertical type) is ideal for long parts. Both models feature a combined heating and cooling chamber that improves operational efficiency and reduces installation space. With gas cooling capability up to 1MPa and a patented cooling control system, the VF/VFV Series ensures rapid cooling, thermal consistency, and high product quality. ■ Features ・ Supports a wide range of heat treatment processes ・ Integrated heating and cooling in one chamber for compact installation ・ Gas cooling up to 1MPa for fast, efficient temperature control ・ Patented cooling control ensures consistent treatment quality ・ VF (horizontal) for standard parts, VFV (vertical) for long materials ■ Specifications ・ Model Types: VF (horizontal), VFV (vertical) ・ Cooling System: Gas cooling up to 1MPa ・ Chamber Design: Integrated heat/cool chamber ・ Key Function: Patented cooling control ■ Applications Ideal for precision heat treatment in industries like: ・ Automotive: Heat treatment of gears, shafts, and structural parts ・ Aerospace: Annealing and brazing of lightweight, high-strength materials ・ General Metalworking: Hardening, tempering, recrystallization ・ Long Material Processing: VFV model efficiently handles lengthy components With its flexibility, space efficiency, and thermal precision, the VF/VFV Series helps manufacturers meet modern production demands with stability and energy savings. ■ For more details, please download the PDF or contact us directly. #vacuumfurnace #VFseries #VFVseries #heattreatment #solutionhardening #gasquenching #brazingfurnace #compactfurnace #automotiveheattreatment #thailandindustry

Low-Pressure Vacuum Furnace VFL Series｜Space-Saving Design & 50% Gas Reduction

The VFL Series Low-Pressure Vacuum Furnace offers efficient heat treatment for steel components with a compact design, square vacuum chamber, and reduced gas usage by about 50%. The VFL Series Low-Pressure Vacuum Furnace is engineered for hardening, brazing, and melting of materials such as tool steel, alloy steel, and stainless steel. Featuring a square vacuum chamber, the system optimizes internal space while cutting gas consumption by approximately half compared to traditional vacuum furnaces. Its compact structure also reduces installation area by about 50%, making it ideal for factories with limited floor space. The use of graphite insulation prevents moisture absorption, reducing the risk of oxidation—especially important for sensitive materials like SUS (stainless steel). Equipped with an RC fan for uniform heat distribution and an inverter-controlled cooling fan, the furnace supports energy-efficient, precise thermal processing. ■ Features ・ Square vacuum chamber reduces gas use by about 50% ・ Compact installation footprint (approx. 50% smaller) ・ Graphite insulation minimizes oxidation risk ・ RC fan ensures even heating in low to medium temperatures ・ Inverter-controlled fan optimizes cooling for each workpiece ■ Specifications ・ Chamber Shape: Square ・ Insulation: Graphite ・ Heating Method: RC fan-enhanced distribution ・ Cooling System: Inverter-controlled fan ■ Applications The VFL Series excels in applications that require precision heat treatment with high efficiency: ・ Tool steel hardening and tempering for enhanced durability ・ Brazing and melting of alloy and stainless steel for high-quality finishes ・ Oxidation-sensitive processing using graphite insulation to protect workpieces By combining energy efficiency, space-saving design, and high heat-treatment quality, this furnace is a powerful solution for modern, cost-conscious manufacturing. ■ For more details, please download the PDF or contact us directly. #lowpressurefurnace #vacuumfurnace #VFLseries #energyEfficientFurnace #toolsteelharden #brazingfurnace #graphiteinsulation #compactheatfurnace #industrialheattreatment #thailandmanufacturing

Vacuum Heat Treating Furnaces CF/QF Series｜Precision Hardening & Flexible Cooling

The CF/QF Series Vacuum Heat Treatment Furnace provides precision heat treatment for tool steel, alloy steel, and stainless steel, with customizable gas and oil cooling systems for optimal processing. The CF/QF Series Vacuum Heat Treatment Furnace is engineered for high-precision firing, brazing, and melting of tool steel, alloy steel, and stainless steel. Designed with multiple chamber configurations and cooling systems, it ensures tailored solutions for a wide range of industrial heat treatment applications. The CF model offers gas cooling, the QF model supports both gas and oil cooling, and the CF-Q separates the cooling mediums into different chambers. CF-C and QF-C provide direct gas or gas/oil cooling, enabling precise thermal control. These configurations help optimize heat treatment for various materials and part geometries. ■ Features ・ Supports precision firing, brazing, and melting of tool steel, alloy steel, and stainless steel ・ Model flexibility: Choose gas cooling (CF), gas/oil cooling (QF), or specialized chamber configurations (CF-Q, CF-C, QF-C) ・ High-precision temperature control for stable, repeatable quality ・ Customizable cooling options based on part requirements ■ Specifications ・ Materials: Tool steel, alloy steel, stainless steel ・ Processes: Firing, brazing, melting ・ Cooling Models: ・ CF: Gas cooling ・ QF: Gas + oil cooling ・ CF-Q: Gas and oil cooling in separate chambers ・ CF-C: Direct gas cooling ・ QF-C: Direct gas and oil cooling ■ Applications Widely used in high-performance industries for: ・ Automotive parts: Gear and shaft hardening with dimensional precision ・ Tool manufacturing: Heat treatment of tool and alloy steels for durability and accuracy ・ Stainless steel assembly: Uniform brazing and melting with corrosion resistance By offering flexible cooling control, temperature accuracy, and material adaptability, the CF/QF Series enhances productivity and part quality in advanced metal processing. ■ For more details, please download the PDF or contact us directly. #vacuumfurnace #heattreatment #toolsteelprocessing #alloysteel #stainlesssteelbrazing #CFQFseries #precisionhardening #gasandoilcooling #automotivecomponents #thailandindustry

Low-Temperature Vacuum Furnaces T.VT Series｜Fast Cooling & Treatment for Cold-Formed Components

The T.VT Series Low-Temperature Vacuum Furnace features a built-in inter-cooler for rapid cooling, enabling efficient processing and softening of cold-formed parts and high-quality steel wires. The T.VT Series Low-Temperature Vacuum Furnace is designed for quality improvement, softening treatment, and precision heat processing of cold-formed components and high-quality steel wires. Operating efficiently at up to 750°C—and 950°C for certain models—this furnace ensures uniform heat treatment at lower temperatures. A key feature is its built-in inter-cooler, which shortens cooling time and supports high-throughput production while maintaining consistent quality. Its energy-efficient design helps reduce operational costs, making it ideal for manufacturers focused on both performance and sustainability. ■ Features ・ Low-temperature processing up to 750°C (up to 950°C for select models) ・ Supports softening and quality enhancement of cold-formed parts and steel wires ・ Built-in inter-cooler accelerates cooling for improved productivity ・ Stable low-temperature heat treatment ensures processing precision ・ Energy-saving system design for cost efficiency ■ Specifications ・ Temperature Range: Room temperature to 750–950°C (model dependent) ・ Cooling Method: Direct inter-cooling system ・ Target Materials: Cold-formed components, high-grade steel wires ・ Applications: Softening, quality enhancement, low-temperature heat treatment ■ Applications This series is ideal for: ・ Automotive & metalworking industries needing fast cooling of formed parts ・ Steel wire processing where uniform softening improves material properties ・ Precision components requiring stable, low-temperature heat treatment By reducing cooling time while ensuring consistent heat control, the T.VT Series enhances production speed, material integrity, and operational efficiency across industries. ■ For more details, please download the PDF or contact us directly. #lowtemperaturefurnace #vacuumfurnace #TVTseries #coldformedcomponents #steelwireprocessing #heattreatment #intercoolerfurnace #softeningtreatment #energyEfficientFurnace #thailandindustry

Multi-Function Pressurized Gas Furnaces｜Up to 2800°C for Ceramic & Graphite Processing

This high-pressure gas high-temperature furnace operates up to 2800°C and 0.99 MPa, enabling precise sintering and refining of ceramics and graphite using inert gas environments. The Multi-Function Pressurized Gas High-Temperature Furnace is designed for advanced processing of ceramics, graphite, and complex-shaped materials, especially those formed via injection molding. It operates under extreme conditions ranging from vacuum (0.01 Pa) to 0.99 MPa pressure, and room temperature to 2800°C, making it highly versatile. Using inert gases like nitrogen, argon, and helium, it provides an optimal environment for sintering, wax removal, and refining. Optional support for halogen gases and low-pressure hot isostatic pressing (HIP) adds further flexibility. The furnace ensures stable, high-quality output suitable for both industrial manufacturing and R\&D. ■ Features ・ Wide operational range: Vacuum (0.01 Pa) to 0.99 MPa and up to 2800°C ・ Ideal for high-quality sintering and refining of ceramics and graphite ・ Supports nitrogen, argon, helium, air, and oxygen environments ・ Enables wax removal and optimized sintering in a single process ・ Optional support for halogen gases and low-pressure HIP ・ Suitable for materials with complex geometries ■ Specifications ・ Temperature Range: Room temp to 2800°C ・ Pressure Range: 0.01 Pa vacuum to 0.99 MPa ・ Gases Supported: Nitrogen, argon, helium, air, oxygen ・ Processes: Sintering, refining, wax removal, low-pressure HIP ■ Applications Perfect for high-spec applications such as: ・ Ceramic and graphite sintering for industrial and electronic components ・ Refining of materials for advanced uses ・ Research and development of new ceramic and composite materials By delivering stable, high-performance material processing, this furnace improves production efficiency, material properties, and process flexibility in advanced manufacturing environments. ■ For more details, please download the PDF or contact us directly. #hightemperaturefurnace #gasfurnace #ceramicsintering #graphiterefining #hipprocessing #vacuumfurnace #advancedmaterials #inertgasfurnace #rdmaterials #thailandindustry

High-Pressure Hot Presses｜Up to 2800°C & 0.99 MPa for Advanced Material Research & Processing

This high-pressure hot press operates at up to 2800°C and 0.99 MPa, enabling advanced material research, property evaluation, and continuous processing of high-alloy and magnetic materials. The High-Pressure Hot Press is a high-performance system designed for R\&D, new material development, and precision material processing. Operating continuously under extreme conditions—up to 2800°C and 0.99 MPa—it provides excellent stability thanks to its thick, precision-machined plates and robust press frame structure, which resists warping and deformation even in long-duration operations. This device features a movable assembly chamber for improved safety and usability. With support for high-alloy steels, magnetic alloys, and chemical reaction research, it is a critical tool for cutting-edge research and manufacturing environments. ■ Features ・ Continuous operation at high temperature (2800°C) and high pressure (0.99 MPa) ・ Precise density control with independent cylinder system ・ Durable press frame maintains stability during long-term use ・ Prevents evaporation of alloy elements in high-temperature conditions ・ Compact roller hearth transport system saves floor space ・ Safe, operator-friendly design with movable assembly chamber ■ Specifications ・ Max Temperature: 2800°C ・ Max Pressure: 0.99 MPa ・ Press Models: Twin hot press, single hot press, box-type transformer ・ Key Functions: High-pressure processing, density control, advanced safety features ■ Applications This system is ideal for: ・ New material development under extreme thermal and pressure conditions ・ Material property evaluation for scientific research ・ High-alloy steel and magnetic alloy processing ・ Chemical reaction studies in controlled high-pressure environments The multifunctional high-pressure hot press significantly improves outcomes in specialized research, experimental processing, and high-spec production, combining durability, safety, and cutting-edge performance. ■ For more details, please download the PDF or contact us directly. #highpressurehotpress #materialresearch #newmaterialdevelopment #magneticalloys #highalloysteel #chemicalreactiontesting #thermalprocessing #rdpress #thailandindustry #precisionpressing

Vacuum Sintering Furnaces VS Series｜Up to 2400°C with Precise Density Control & Oxidation Prevention

The VS Series Vacuum Sintering Furnace enables oxidation-free sintering at up to 2400°C, offering precise density control and high productivity for steel and alloy components. The VS Series Vacuum Sintering Furnace is engineered for high-precision sintering of steel, high-alloy steel, and magnetic alloys, particularly for complex-shaped parts created via injection molding. Operating in a vacuum environment at temperatures up to 2400°C, this system effectively prevents oxidation, preserves alloy integrity, and automates the entire process—from sintering to cooling. The furnace's independent cylinder structure enables precise control of material density, supporting consistent quality and high production output. Its compact roller hearth design also saves valuable factory floor space while maintaining advanced performance. ■ Features ・ High-temperature vacuum sintering up to 2400°C ・ Prevents oxidation and alloy volatilization ・ Precise density control with independent cylinders ・ Fully automated sintering and cooling process ・ Space-saving compact design with roller hearth system ■ Specifications ・ Max Temperature: 2400°C ・ Materials: Steel, high-alloy steel, magnetic alloys ・ Functions: Vacuum sintering, oxidation prevention, automated cooling ・ Design Benefits: Compact footprint, alloy retention, high-density output ■ Applications The VS Series is ideal for producing high-spec parts in: ・ Automotive: High-performance structural components ・ Aerospace: Heat- and oxidation-resistant alloy parts ・ Electronics & Medical: Precision components requiring high material integrity With its vacuum-based, high-temperature capability, this furnace ensures superior product quality, reduced material loss, and efficient mass production—supporting advanced manufacturing needs across industries. ■ For more details, please download the PDF or contact us directly. #vacuumfurnace #sinteringfurnace #VSseries #oxidationprevention #steelprocessing #highalloycomponents #injectionmolding #aerospaceparts #automotivecomponents #thailandmanufacturing

Continuous Hot Presses｜High-Precision Density Control at 2400°C for Mass Production

This continuous hot press enables high-precision processing at up to 2400°C, achieving consistent product density and quality for high-volume manufacturing. The Continuous Hot Press is a high-performance system engineered for precision pressing of complex-shaped materials at temperatures reaching 2400°C. Designed for mass production, it is ideal for demanding industries such as automotive, electronics, and aerospace. This system features independent pressing cylinders for each processing stage, allowing precise control over product density and ensuring stable post-sintering quality. The continuous processing capability improves productivity, consistency, and cost efficiency across large-scale production environments. ■ Features ・ Continuous operation at high temperatures up to 2400°C ・ Individual cylinder control for precise density management ・ Stable performance under high-pressure, high-temperature conditions ・ High throughput with excellent product quality ・ Ideal for mass production of high-spec components ■ Specifications ・ Max Temperature: 2400°C ・ Method: Continuous hot pressing with multi-cylinder control ・ Key Functions: Precise density control, consistent quality output ・ Industries Served: Automotive, electronics, aerospace ■ Applications Perfect for manufacturing high-density components such as: ・ Automotive: Engine components, electronic housings ・ Aerospace: Heat-resistant structural parts ・ Electronics: Stable, precision parts requiring thermal resistance The continuous hot press balances speed, accuracy, and reliability, making it an essential solution for companies seeking consistent quality in high-volume production. ■ For more details, please download the PDF or contact us directly. #hotpress #continuouspressing #highdensitycomponents #massproduction #automotiveparts #aerospaceparts #electroniccomponents #highheatpressing #precisionmanufacturing #thailandindustry