CHUGAI RO (THAILAND) CO., LTD.

CRism®: Smart Facility Operations with Remote Monitoring and Data Analysis Thailand

The CRism® Maintenance System monitors facility conditions remotely, offering convenient threshold setting and a variety of data analysis features to enhance operational efficiency. Overview The CRism® Maintenance System is a high-functionality system developed to streamline facility management. It provides visualization of numerical data, convenient threshold setting functions, and various data analysis options, enabling real-time remote monitoring of facility operations. Features - Visualization feature that makes numerical data easy to understand visually. - Easy-to-set and effective threshold setting function. - Comprehensive analysis based on facility data. - Remote monitoring of facility conditions, allowing for timely responses, even from afar. Specifications - System Name: CRism® Maintenance System - Main Functions: Data visualization, threshold setting, data analysis, remote monitoring - Applicable Equipment: Various industrial facilities The CRism® Maintenance System reduces the burden of maintenance tasks and maximizes both the operational efficiency and lifespan of equipment.

EBC-i Automatic Air-Fuel Ratio Control System: Combustion Efficiency Through Precise Flow Control

The EBC-i automatic air-fuel ratio control system utilizes temperature and pressure compensation features to perform high-precision flow control, achieving optimal combustion efficiency. Overview The EBC-i automatic air-fuel ratio control system is equipped with advanced temperature and pressure compensation capabilities, enabling precise flow control and measurement. This system maintains a stable furnace atmosphere without deviations in the air-fuel ratio, even with changes in combustion levels. Features - High-precision flow control and measurement through temperature and pressure compensation. - Prevents deviations in air-fuel ratio during transient phases of combustion changes. - Enables stable control of the furnace atmosphere. - Allows up to eight patterns of burner combustion and air-fuel ratios to be freely set. - Records and outputs system anomalies, contributing to safety measures. Specifications - Product Name: EBC-i Automatic Air-Fuel Ratio Control System - Features: Temperature and pressure correction, high-precision flow control, furnace atmosphere management - Configurable Patterns: Control of eight burner patterns - Safety Features: Anomaly recording and output The EBC-i system greatly enhances operational efficiency for industrial furnaces due to its accuracy and flexibility.

Hydrogen Burner Series: Zero CO2 Emissions for an Eco-Friendly Heat Source Solution Thailand

The Hydrogen Burner Series achieves zero CO2 emissions and offers the next generation of clean thermal energy with low NOx and high safety. Overview The Hydrogen Burner Series does not use fossil fuels and therefore emits zero CO2, providing an environmentally friendly thermal processing solution. With low NOx emission technology, it can be used in areas with strict environmental regulations and is designed with high safety features. Features - Zero CO2 emissions to minimize environmental impact. - Low NOx technology significantly reduces harmful substances in exhaust gases. - High safety with multiple safety features. - Utilizes hydrogen as a clean energy source, contributing to a sustainable energy system. - Technologically equipped to meet environmental regulations, applicable across a wide range of industries. Specifications - Model: Hydrogen Burner Series - Key Features: Zero CO2 emissions, low NOx emissions - Safety Features: Equipped with multiple safety systems - Applications: Industrial furnaces, power generation, and other diverse thermal energy demands The Hydrogen Burner Series is the optimal choice for combating global warming and reducing industrial environmental impact.

HSGB Gas Burner: Easy Installation and Simple Maintenance Thailand

The HSGB high-speed gas burner combines easy installation with simple maintenance, serving as an efficient heat source for various types of furnaces. Overview The HSGB high-speed gas burner is a compact, lightweight, direct ignition burner that offers high flame speed and flexibility in combustion. It can handle anything from low-air-ratio combustion to excessive air combustion, meeting diverse thermal processing needs. Its easy installation and maintenance are also key features, contributing to time and cost savings. Features - Flame speed can be adjusted freely, accommodating everything from low to high speeds. - Capable of a wide range of adjustments from low air ratio to excessive air combustion. - Despite its compact design, it delivers high thermal efficiency. - Easy to install, can be quickly set up in furnaces as needed. - Designed for easy routine maintenance. Specifications - Model: HSGB - Design: Slim, tile-less - Ignition type: Direct ignition - Compatible fuel: Gas - Suitable applications: Continuous kilns for ceramics, batch furnaces, metal heating furnaces, glass heating furnaces Applications - Continuous kilns for ceramics: roller hearth kilns, tunnel kilns - Batch furnaces: shuttle kilns, corner jet kilns - Metal heating and thermal processing furnaces - Glass heating and processing furnaces The HSGB high-speed gas burner, with its thermal efficiency and flexibility, is the optimal choice as a heat source for any furnace.

HI-SHIFTER™ Batch Type Gas Carburizing Furnaces Thailand

The HI-SHIFTER™ is a batch type gas carburizing furnace that represents an innovation in heat treatment technology. Its vacuum cleaning function enhances safety and efficiency, thereby saving labor and energy. ■ Overview "HI-SHIFTER™" is a batch type gas carburizing furnace that meets a variety of heat treatment needs. It is the first gas carbon-adding machine in Japan and remains widely used today due to its high efficiency. Beyond carburizing processes, we have expanded its application to include clean processes as well. The 'Flameless HI-SHIFTER™' has been developed as a state-of-the-art device for 21st-century heat treatment processes, featuring an optimal vacuum removal system that increases safety and saves both labor and energy. ■ Features Versatile for various heat treatment processes: Suitable for a variety of uses, such as carburizing and clean treatments. Market leader: A leader in the Japanese gas carbon-adding machinery market. Increased safety: A vacuum chamber enhances operational safety. Saves labor and energy: The introduction of the latest technology has successfully reduced both labor and energy consumption. ■ Specifications Type: Multipurpose batch furnace Applicable treatments: Gas carburizing, clean heat treatment Feature: Includes a vacuum chamber Objective: To improve safety, save labor, and conserve energy HI-SHIFTER™, the future of heat treatment processes, not only meets all heat treatment needs but also caters to modern factories seeking to reduce energy consumption and enhance safety.

Mesh V-belt Furnace for Hardening: From Hardening to Tempering Thailand

The Mesh V-belt hardening furnace offers automated heat treatment and preserves the shape of small parts, ranging from tiny screws to bearings. Additionally, its energy-saving technology helps to reduce costs. ■ Overview Designed for hardening, tempering, and carburizing hardening, the Mesh V-belt furnace is ideal for small parts like screws, loose bearings, and needle bearings. We offer various mesh belts to suit the size of the parts being processed, and the natural hardening process prevents deformation of the parts. This furnace is designed for automatic operation from conveyance to consistent tempering, along with energy-saving measures. ■ Features Supports a variety of parts: Capable of hardening, tempering, and carburizing a wide range of small parts. Design prevents deformation: The natural hardening process minimizes shape changes. Automated process: The entire process is automated from the feeding of hardening agents to tempering, making control easier. Energy saving: The design maximizes energy efficiency, reducing energy costs. ■ Specifications Functions: Hardening, tempering, carburizing Type: Mesh V-belt hardening furnace Automation level: Fully automated Energy-saving measures: High-efficiency and energy-saving design For companies that require precision heat treatment processes for small parts, the Mesh V-belt furnace is an ideal solution. Consider this high-efficiency and cost-reducing equipment that also prevents part deformation.

Press Quenching Equipment for High-Precision Parts Thailand

Press quenching equipment for thermal processes is ideal for automotive gears and bearings that require precise dimensional accuracy. We offer state-of-the-art technology to ensure high quality. ■ Overview This press quenching equipment is used for the heat treatment of parts requiring dimensional precision in all dimensions, such as automotive gears and bearings. It can be used with mesh belt types, rotary furnaces, and roller hearth furnaces, as well as induction heating and tempering ovens. Press quenching is performed after the induction process, ensuring the dimensional accuracy of the parts after heat treatment. ■ Features Precision and Accuracy: Maintains the dimensional accuracy of parts after heat treatment. Compatible with Various Furnaces: Can be used with mesh belt furnaces, rotary furnaces, and roller hearth furnaces. Supports Induction: Offers rapid heat treatment after induction. Quality Assurance: Consistent quality control to produce high-quality parts. ■ Specifications Compatible Furnace Types: Mesh belt, rotary, roller hearth Suitable Parts: Automotive gears, bearings, etc. Function: Press quenching after heat treatment Heating System: Supports induction Our press quenching equipment is a suitable thermal process solution for parts requiring precision, offering high accuracy results with the latest technology.

Wire Rod Coil Annealing Furnace: Energy-Efficient Quality Improvement Technology Thailand

Our company has developed a specific annealing furnace for wire rod coils, aiming for continuous annealing processes for coils that have undergone hot rolling or cold drawing. This furnace uses combustion products from radiant tubes as an atmospheric gas (N Gas) and utilizes vacuum chambers and radiant tubes that recover heat to significantly improve both quality and energy efficiency. ■ Highlights The production of N Gas from the combustion products of radiant tubes stabilizes product quality. Using recovered heat from vacuum chambers and radiant tubes significantly enhances energy efficiency. Capable of supporting both mass production and diverse small-scale production, meeting a wide range of needs. Improvements in the quality and efficiency of the annealing process help reduce overall production costs. ■ Specifications Gas used: N Gas (combustion product from radiant tubes) Chamber type: Vacuum chamber Radiant tubes: Designed to utilize recovered heat Supported products: Wire rod coils that have undergone hot rolling or cold drawing Our company's annealing furnace supports both high-volume and diverse small-scale production with high quality and efficiency. Use this furnace to simultaneously enhance product quality and production efficiency.

Radiant Tube Fired Annealing Furnaces for Cold Forming Materials

Radiant tube fired furnaces, designed specifically for the annealing of cold forming materials, reduce fuel consumption by 20% for quality improvement and support sustainable production processes. ■ Overview Our radiant tube fired furnaces are specifically designed for the annealing of cold forming materials, featuring a Roller Hearth system and reduced weight trays and baskets. This design reduces fuel consumption by 20% compared to traditional furnaces. Additionally, utilizing energy from the heat generated during material cooling and gases from combustion in the preheat and carbon hydrate soaking zones improves overall energy efficiency. The installation of vacuum chambers at the material loading and unloading ends reduces the use of atmospheric gases, further saving energy. ■ Highlights A 20% reduction in fuel usage through the Roller Hearth system and lighter trays and baskets. Improved energy efficiency by using the heat from material cooling and combustion gases in the preheat and carbon hydrate soaking zones. Vacuum chambers installed at the material loading and unloading ends to reduce atmospheric gas usage and save energy. ■ Specifications Material: Cold forming materials Fuel reduction technology: Roller Hearth system, lighter trays, and baskets. Energy recovery usage: Heat from material cooling and combustion gases. Vacuum chambers: Installed at the material loading and unloading ends. Enhanced energy efficiency and reduced fuel consumption improve the quality of cold forming materials and support sustainable production processes.

Vacuum Heat Treating Furnaces VF/VFV Series Thailand

The VF/VFV Series vacuum heat treating furnaces support a wide range of processes from hardening to welding, featuring space-saving designs with maximum cooling control features for high-quality outcomes. ■ Overview The VF/VFV Series vacuum heat treating furnaces are high-performance furnaces suitable for various heat treatment processes such as hardening, hardness recovery, case hardening, annealing, restructuring, and welding. The integrated baking and cooling chamber design makes the equipment compact, reducing installation space. Additionally, these furnaces offer a high-pressure gas cooling function up to 1MPa and patented cooling control features. The VF series is the horizontal model catering to general heating requirements, while the VFV series is the vertical model designed for heating long materials. ■ Highlights Supports a wide range of heat treatment processes: hardening, hardness recovery, case hardening, annealing, restructuring, and welding. Baking and cooling function: The compact design minimizes the installation space required. High-pressure gas cooling up to 1MPa: Ensures rapid cooling and enhances material quality. Patented cooling control feature: Guarantees consistent heating quality. ■ Specifications Series: VF (horizontal), VFV (vertical) Baking and cooling chamber: Integrated design Cooling function: High-pressure gas up to 1MPa Patent: Specialized cooling control feature The VF/VFV Series vacuum heat treating furnaces combine leading heat treatment technology and space-efficient designs to support high-quality product manufacturing across all industries.

Low Pressure Vacuum Furnace VFL Series Thailand

Using a square vacuum chamber, the VFL Series significantly reduces gas usage by half compared to traditional furnaces. The VFL Series is a space-saving and highly efficient low-pressure vacuum furnace that ensures high-quality heating. ■ Overview The VFL Series low-pressure vacuum furnace is distinguished by its use of a square vacuum chamber, which optimizes the furnace capacity and reduces gas consumption by about half compared to traditional furnaces. This design also means the furnace is more compact, requiring about half the installation space of conventional furnaces. Additionally, the use of graphite insulation materials helps reduce moisture absorption and the risk of oxidation for materials like SUS. ■ Highlights The square vacuum chamber significantly reduces gas usage and installation space. Graphite insulation materials reduce moisture and the risk of oxidation. The use of RC fans for increased warming speed and good heat distribution at low to medium temperatures. The ability to control the cooling fan speed with an inverter, allowing for optimal cooling speed adjustment for the workpiece and material. ■ Specifications Vacuum chamber shape: Square Insulation material: Graphite Heating method: RC fan heating Cooling method: Cooling fan speed control with an inverter The VFL Series low-pressure vacuum furnace combines space-saving design with high efficiency to meet high-quality heating requirements in all processes.

Vacuum Heat Treating Furnaces CF/QF Series for Tool Steel, Alloy Steel, and Stainless Steel Thailand

The CF/QF Series vacuum heat treating furnaces are widely used for treating tool steel, alloy steel, and stainless steel, including sintering, brazing, and solution treatment processes to achieve optimal heat treatment. ■ Overview The CF/QF Series vacuum heat treating furnaces are high-efficiency heat treatment equipment for tool steel, alloy steel, and stainless steel. They are also suitable for sintering, brazing, and solution treatment processes. This series includes a standard front chamber (gas quenching chamber) and a hot chamber, along with an oil quenching chamber, allowing for the precise selection of the furnace that best suits the material and heat treatment purpose. The CF model uses gas quenching, the QF model can use both gas and oil quenching in the same chamber, the CF-Q model conducts gas and oil quenching in separate chambers, the CF-C model offers direct gas quenching, and the QF-C model allows for direct gas and oil quenching. ■ Features Supports heat treatment of tool steel, alloy steel, and stainless steel, including sintering, brazing, and solution treatment. Combined gas and oil cooling treatment offers flexible options for application. Models include CF, QF, CF-Q, CF-C, QF-C to meet specific heat treatment needs. Precisely selects the suitable furnace for the material and heat treatment purpose, improving process speed and quality. ■ Specifications Applicable materials: Tool Steel, Alloy Steel, Stainless Steel Supported heat treatment processes: Hardening, Sintering, Brazing, Solution Treatment Models available: CF (gas quenching), QF (gas and oil quenching), CF-Q (gas and oil quenching, separate chambers), CF-C (direct gas quenching), QF-C (direct gas and oil quenching) The CF/QF Series vacuum heat treating furnaces offer both flexibility and high performance to meet all heat treatment needs, trusted across industries requiring precise heat treatment.

Low-Temperature Vacuum Furnaces T.VT Series Thailand

The T.VT Series low-temperature vacuum furnaces come equipped with advanced cooling technology, ideal for processing high-quality materials. With operating temperatures below 750°C, they are perfect for quality improvement and annealing of cold-formed parts and high-quality steel wires. ■ Overview The T.VT Series low-temperature vacuum furnaces are designed for specific processing tasks such as quality improvement and annealing of cold-formed parts and high-quality steel wires, especially at temperatures below 750°C. Some models can even reach maximum temperatures of 950°C. A key feature of this series is the built-in intercooler, which significantly reduces cooling times, allowing for efficient material processing directly linked to product quality improvement. ■ Features Designed for low-temperature operation (up to 750°C), with some models capable of reaching 950°C. Ideal for quality improvement and annealing of cold-formed parts and high-quality steel wires. The built-in intercooler reduces cooling times while increasing material processing efficiency. High cooling performance allows for full utilization of material properties. Energy-efficient design reduces operational costs. ■ Specifications Operating temperature range: Room temperature to a maximum of 950°C (depending on the model). Cooling method: Direct cooling with a built-in intercooler. Applicable materials: Cold-formed parts, high-quality steel wires, etc. Applications: Quality improvement, annealing, etc. The T.VT Series low-temperature vacuum furnaces feature advanced cooling technology, enabling efficient low-temperature material processing. With this technology, rapid cooling of cold-formed parts is possible, allowing for the production of products that fully utilize the properties of the materials.

Multi-Function Pressurized Gas High-Temperature Furnaces Capable of Reaching up to 2800°C Thailand

Suitable for sintering and refining ceramics and graphite, these furnaces can adapt to all processing conditions flexibly, from vacuum environments to high pressures of 0.99 MPa. ■ Overview Our high-temperature pressurized gas furnaces are standard equipment for sintering and refining top-grade materials, supporting maximum temperatures up to 2800°C. They can operate in environments ranging from vacuum (0.01 Pa) to high pressure (0.99 MPa), making them ideal for processing ceramics and graphite. The furnaces use safe gases such as nitrogen, argon, and helium to create the optimal environment for each material. ■ Features Capable of maintaining high temperatures up to 2800°C in a multi-function pressurized gas furnace. Supports a wide range of working environments, from vacuum to high pressure of 0.99 MPa. Ideal for sintering and refining ceramics and graphite. Uses safe gases (nitrogen, argon, helium) to create the optimal environment according to the material. Offers a variety of options, including halogen gas refining furnaces for use in high pressure/vacuum environments and low-pressure hot isostatic pressing (HIP) furnaces. ■ Specifications Temperature range: Room temperature to a maximum of 2800°C. Pressure range: Vacuum (0.01 Pa) to 0.99 MPa. Gases used: Nitrogen, argon, helium, air, oxygen. Applications: Sintering and refining ceramics and graphite, dewaxing, and simplified sintering processes. This multi-function high-temperature pressurized gas furnace is a trusted device for supporting advanced material processing technology, providing an ideal environment for sintering and refining special materials like ceramics and graphite, facilitating the production of high-quality products.

High-Pressure Hot Presses Thailand

Our high-pressure hot presses enable research and development under high heat and pressure conditions, offering superior theoretical and operational capabilities, including movement of the assembly chamber for enhanced operability and safety. ■ Overview Our high-pressure hot presses utilize precisely machined thick plates for high accuracy and are built with a frame pressing method unique to our manufacturing process, preventing changes due to wear such as distortion or deformation. This ensures long-term stable performance, especially for R&D applications requiring high pressure and temperature. They can operate under pressures up to 0.99MPa and temperatures up to 2,800°C, making them ideal for processing ceramics and graphite. ■ Features Uses a finely processed press frame that prevents distortion and deformation over time, unlike welded structures. The movable assembly chamber enhances operational efficiency and safety. Capable of operating at temperatures up to 2,800°C and pressures up to 0.99MPa. Models suitable for R&D use include the "Twin Hot Press" (two furnaces, one press) and "Single Hot Press" (one furnace, one press), along with a box-type transformer. ■ Specifications Pressure: Up to 0.99MPa Temperature: Up to 2,800°C Models: Twin Hot Press, Single Hot Press, Box-type transformer Operation: Capability for moving assembly chamber Safety: Safe operation in high-pressure, high-temperature environments ■ Applications These high-pressure hot presses are perfect for R&D in fields requiring specific high heat and pressure conditions. They can be used for developing new materials, evaluating material properties, and studying material reactions at high temperatures. This technology opens new opportunities in research and development, advancing the frontiers of material science.

Vacuum Sintering Furnaces VS Series Thailand

The VS Series vacuum sintering furnaces provide efficient and high-quality sintering performance for steel, high alloys, and magnetic alloys through processes ranging from oxygen reduction to vacuum sintering and cooling. ■ Overview The VS Series vacuum sintering furnaces are specifically designed for the sintering and refining of leading materials, accommodating temperatures up to 2800°C. Capable of operating from vacuum conditions to high pressures of 0.99 MPa, these furnaces are ideal for processing ceramics and graphite. They utilize safe gases such as nitrogen, argon, and helium to create the optimal environment for each material. ■ Features Seamless process (oxygen reduction → vacuum sintering → cooling) significantly reduces sintering time. Maintains strict temperature uniformity within the sintering chamber for high-quality sintering results. Specially designed to prevent the evaporation of alloying elements, perfect for sintering high alloy steels and magnetic alloys. Roller hearth transport system minimizes the size of the moving parts and reduces the space required. ■ Specifications Processes: Oxygen reduction, vacuum sintering, cooling Target materials: Steel and high alloys, magnetic alloys Special features: Temperature uniformity, prevention of alloying elements evaporation, roller hearth transport system Benefits: Reduced sintering time, quality improvement, efficient space usage ■ Applications The VS Series vacuum sintering furnaces are particularly suitable for the automotive industry and the aerospace industry, where high-quality sintered parts are required. They are also beneficial for producing electronic devices and medical equipment demanding precise material properties. With the innovative sintering technology of the VS Series, it is possible to enhance both the quality of the products and the efficiency of production simultaneously.

Continuous Hot Presses Thailand

Continuous hot pressing technology allows for the simultaneous processing of multiple pieces at high temperatures, significantly increasing productivity. ■ Overview Continuous hot pressing is an advanced technology capable of processing multiple pieces simultaneously, operating at temperatures up to 2,400°C. This enables continuous pressing of workpieces, with a distinctive feature being the use of separate cylinders for pressing each piece, allowing for precise control over the density of the sintered products. The result is a significant increase in productivity while maintaining consistent product quality. ■ Features High-temperature continuous pressing: Enables the simultaneous pressing of multiple pieces at temperatures up to 2,400°C. Precise density control: The use of separate cylinders for each workpiece ensures consistent density of the sintered products. Significant productivity increase: Continuous processing leads to a substantial increase in production volume, resulting in enhanced productivity. ■ Specifications Maximum temperature: 2,400°C Processing method: Continuous hot pressing Key features: Separate pressing cylinders for each workpiece, consistent product density Application fields: Industries requiring large volume production of high-quality parts ■ Applications This continuous hot pressing technology is ideal for industries that require the production of high-quality parts in large volumes, such as the automotive, electronics, and aerospace industries. Utilizing this technology can significantly improve the efficiency and quality of products. This technology elevates production performance and product quality in the manufacturing industry to a new dimension.

Atmosphere Sintering Furnaces Thailand

Atmosphere sintering furnaces are specialized in handling complex-shaped materials created through molding processes, achieving sintered densities over 95% with precise computer-controlled temperature and pressure management for consistent quality assurance. These fully automated operations support surface improvement, finishing processes, including Hot Isostatic Pressing (HIP) and resizing. Overview Our atmosphere sintering furnaces excel in processing complex-shaped materials formed by molding, allowing for sintering with densities greater than 95% under normal atmospheric conditions. The furnaces offer precise control over temperature and pressure, fully automated operations, and support for surface enhancements and production finishing, including HIP and resizing. Features Capable of sintering complex-shaped materials with densities over 95% Precise computer-controlled temperature and pressure for consistent quality Fully automated operations for efficient sintering processes Suitable for surface improvement and production finishing, such as HIP and resizing Specifications Sintered Density: Over 95% Control: Computer-controlled temperature and pressure Operation: Fully automated Supported Processes: Sintering, HIP, resizing Applications Ideal for industries requiring complex-shaped parts with high density, such as automotive, aerospace, and medical equipment industries. Also suitable for products needing surface improvement and production finishing, enhancing manufacturing capabilities. Atmosphere sintering technology elevates product quality and manufacturing efficiency to a new level.

Continuous baking furnaces that meet diverse processing needs Thailand

Continuous furnaces capable of reaching temperatures up to 2800°C, enabling a variety of processes from fat reduction to graphitization in a continuous manner. These furnaces achieve goals of rapid product delivery and energy savings simultaneously. Overview Continuous furnaces can operate under various gas environments such as nitrogen, argon, air, and vacuum. With a maximum operating temperature of up to 2800°C, they can continuously perform processes such as fat reduction and burning, rubber reduction and burning, carbonization, and graphitization. This helps reduce lead times and energy usage in the manufacturing industry. Features Supports various gas environments: Can be used with nitrogen, argon, air, and vacuum. High-temperature processing capabilities: Capable of processing at temperatures up to 2800°C to meet the needs of special material burning. Energy-saving: Continuous processing operations significantly reduce energy usage. Quick product delivery: Managing multiple processes in a single equipment reduces production process time. Versatile applications: Can process from fat reduction and burning to carbonization and graphitization. Specifications Temperature Range: Room temperature to 2800°C Supported Gas Environments: Nitrogen, argon, air, and vacuum Possible Processes: Fat reduction and burning, rubber reduction and burning, carbonization, and graphitization This continuous furnace is an ideal choice for manufacturers looking for efficient burning processes to reduce costs and simultaneously increase productivity.

Aluminum Solution Heat Treating Furnaces Thailand

Enhance the performance of aluminum products, such as engine cylinder heads and car wheels, with heat treating furnaces that can accommodate mass production to specialized products. Increase the strength and durability of products. Overview This tool is used for solution heat treatment of aluminum products, aiming to increase the strength of engine cylinder heads and car wheels. Roller Hearth furnaces are suitable for handling long or thick objects and can support mass production. Additionally, Tray Pusher or Batch types can be selected based on material requirements. These furnaces play a crucial role in enhancing the performance of aluminum products. Features Increase strength and durability: Solution heat treatment of aluminum products enhances strength and durability. Supports mass production: Roller Hearth furnaces are ideal for mass production and improve the efficiency of the heat treating process. Handling of long or thick materials: Suitable for materials that are long or thick, meeting the demands of various product forms. Specifications Applicable Products: Engine cylinder heads, car wheels, and other aluminum products. Type of Heating: Solution heating. Main Types: Roller Hearth, Tray Pusher, Batch Type. Scope of Application: From mass production to specialized shaped products. These heat treating furnaces are essential technology that helps enhance the competitiveness of products for companies looking to improve the performance of their aluminum products.