シュンク・カーボン・テクノロジー・ジャパン List of Products and Services

In the tourism industry, railways are chosen by customers as a comfortable means of transportation. To provide a pleasant journey, the safety and reliability of the vehicles are essential. Especially on long-distance routes and those frequented by many tourists, stable operation of the vehicles is required. Our various products for railways enhance the reliability of current transmission, supporting safe and comfortable railway operations. 【Usage Scenarios】 - Stable operation of vehicles on tourist routes - Ensuring safety during long-distance travel - Improving reliability on routes used by many tourists 【Effects of Implementation】 - Reducing the risk of vehicle failure - Achieving safe operations - Increasing customer satisfaction

• Charger

In urban development, the establishment of infrastructure is essential for building a transportation system that is safe and reliable. In particular, railways are a crucial infrastructure for mass transportation, and their safe operation is vital for urban development. The reliability of various products related to current transmission, such as pantographs, grounding devices, and current collection devices, is important for the safe operation of railways. Malfunctions of these products can lead to service interruptions or accidents. Our products contribute to enhancing the safety, economy, and reliability of railways based on years of experience and technology. 【Application Scenarios】 - Electrification projects for railways - Upgrading existing railway systems - New line construction projects 【Benefits of Implementation】 - Improved safety of railway operations - Reduced maintenance costs - Enhanced system reliability

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In the field of research and development, innovative technologies are required to improve the safety, economy, and reliability of railway technology. In particular, the advancement of current transmission technology is a crucial challenge in the development of next-generation railway systems. Our products provide solutions to enhance the safety, economy, and reliability of railways, including pantographs, grounding devices, third rail collection devices, and carbon fiber grounding systems (CFG systems). These products contribute to improving the charging efficiency of railway vehicles, reducing maintenance costs, and enhancing safety, thereby accelerating technological innovation. 【Usage Scenarios】 * Improvement of railway vehicle performance * Development of next-generation railway systems * Construction of safe and reliable railway infrastructure 【Effects of Implementation】 * Enhanced safety of railway systems * Reduction of operational costs * Promotion of technological innovation

• Charger

In the manufacturing industry, particularly in the railway sector, strict quality control is required to ensure the safety and reliability of products. In the operation of railway vehicles, the quality of components such as pantographs and grounding devices is directly linked to safety. Malfunctions can lead to operational stoppages or accidents. Our products contribute to improving the reliability of current transmission and support quality control. 【Usage Scenarios】 - Quality inspection in the manufacturing process of railway vehicles - Durability testing of components - Monitoring the current transmission status during vehicle operation 【Effects of Implementation】 - Improved product reliability - Ensured safety - Cost reduction

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For maintenance personnel in the railway industry, extending the lifespan of equipment is essential for cost reduction and improved safety. In particular, consumable parts such as grounding devices, sliding plates, and carbon brushes that support train operations require regular replacement, and reducing the frequency of these replacements leads to more efficient maintenance work. Our products are equipped with high durability and reliability, contributing to the longevity of railway equipment by lowering replacement frequency. 【Usage Scenarios】 - Maintenance of railway vehicles - Maintenance of station facilities - Inspection of track equipment 【Benefits of Implementation】 - Reduction in the frequency of part replacements - Reduction in maintenance costs - Improvement in safety

• Charger

In the Shinkansen industry, there is a constant demand for further acceleration and improvement in safety. In particular, stable power supply during high-speed operation is extremely important for train operations. The performance of pantographs and current collection devices affects the speed and safety of trains. Our products contribute to addressing these challenges by achieving reliable current transmission. 【Usage Scenarios】 - Stable power supply during high-speed operation - Improvement in safety and reliability - Enhanced maintainability 【Effects of Implementation】 - Realization of higher speeds - Stabilization of operations - Reduction in maintenance costs

• Charger

In the subway industry, high reliability is required for safe and stable operations. Particularly in the current transmission systems essential for train operations, failures or malfunctions can lead to delays or stoppages, making the assurance of reliability crucial. Our various railway products have been developed based on years of experience and know-how to support the safe operation of subways. 【Usage Scenarios】 * Wear measures for pantographs, contact strips, carbon brushes, etc. * Stabilization of electrical systems through grounding devices and CFG systems * Improvement of reliability for third rail current collection devices 【Effects of Implementation】 * Enhanced operational stability * Reduction in maintenance costs * Improved safety

• Charger

In the railway industry, the reliability of electrical systems is extremely important to ensure safe operations. In particular, failures of components involved in current transmission, such as pantographs and grounding devices, can lead to service interruptions or accidents. Our company leverages years of experience and expertise to provide solutions that address these challenges. Our products offer innovative operational methods that enhance safety, cost-effectiveness, and reliability in the railway industry. 【Application Scenarios】 - Power collection systems for railway vehicles - Carbon fiber grounding systems (CFG systems) - Grounding devices and grounding brushes 【Benefits of Implementation】 - Improved operational safety - Reduced maintenance costs - Enhanced system reliability

• Charger

Silicon carbide 'IntrinSiC (R)' is a cutting-edge material that combines the high rigidity and low thermal expansion characteristics of RBSiC with the freedom of 3D printing. It is suitable for telescope mirror substrates and structural components of precision measuring instruments, maintaining optical performance over a long period with high stability and machining accuracy. 【Features】 ■ Ensures optical stability with low thermal expansion ■ Capable of integrally molding large optical substrates ■ Achieves precision surfaces through polishing and lapping finishes ■ Accuracy assurance and redesign through non-contact measurement *For more details, please refer to the product catalog available for download as a PDF. *Feel free to contact us with any inquiries.

• Ceramics
• Other machine elements
• Composite Materials

"IntrinSiC (R)" leverages the excellent heat resistance of reaction-bonded silicon carbide (RBSiC) to achieve high design freedom in 3D printing. It is ideal for components in solar thermal power generation systems, such as concentrators and high-temperature heat exchangers, supporting long-lasting and highly efficient power generation systems. 【Features】 ■ Capable of withstanding high-temperature environments around 1000°C ■ Efficient manufacturing of complex shapes through integrated molding ■ High-precision surface finishing through polishing and lapping ■ Measurement data can be digitized and redesigned *For more details, please refer to the product catalog available for download as a PDF. *Feel free to contact us with any inquiries.

• Ceramics
• Other machine elements
• Composite Materials

"IntrinSiC (R)" leverages the excellent properties of reaction-bonded SiC (RBSiC) to enable the production of complex and high-precision structures through 3D printing. It is optimal for thermal processing in semiconductor manufacturing equipment and precision measurement components, achieving design freedom and shorter delivery times that surpass conventional methods. 【Features】 ■ Stable properties that withstand high-temperature environments ■ Integrated fabrication of large and complex structures ■ Improved smoothness through polishing and lapping finishes ■ Quality assurance and redesign through measurement technology *For more details, please refer to the product catalog available for download as a PDF. *Feel free to contact us with any inquiries.

• Ceramics
• Other machine elements
• Composite Materials

Silicon carbide 'IntrinSiC (R)' is shaped into free forms using 3D printing technology, featuring RBSiC with the durability and wear resistance required in the defense sector. It demonstrates stable performance even in harsh environments and can be utilized as a new design and manufacturing method for equipment and high-strength components. 【Features】 ■ Excellent durability and wear resistance of RBSiC ■ Capable of creating complex shapes that were difficult with conventional methods ■ High-quality surface finish through precision polishing ■ Reverse design using non-contact measurement *For more details, please refer to the product catalog available for download as a PDF. *Feel free to contact us with any inquiries.

• Ceramics
• Other machine elements
• Composite Materials

"IntrinSiC (R)" is an innovative solution for 3D printing silicon-infiltrated and reactive-bonded SiC (RBSiC). It is lightweight and high-strength, making it ideal for engine components and structures in the aerospace field that are exposed to extreme environments. It enables complex designs that were impossible with conventional methods, enhancing development speed and reliability. 【Features】 ■ Capable of large and complex monolithic molding ■ Lightweight, high-strength, and excellent high-temperature resistance ■ Shape verification possible through contact and non-contact measurement ■ Development data digitized and shared *For more details, please refer to the product catalog available for download as a PDF. *Feel free to contact us with any inquiries.

• Ceramics
• Other machine elements
• Composite Materials

Silicon carbide "IntrinSiC (R)" is a 3D printing technology that maximizes the heat resistance, strength, and wear resistance of RBSiC. It dramatically enhances design freedom in fields such as defense equipment, solar thermal power generation, and optical measurement, creating new market value. 【Features】 ■ Efficiently capable of forming integrated structures ■ Precision surface treatment through polishing and lapping ■ Product optimization based on non-contact measurement ■ Easy digital conversion of design data *For more details, please refer to the product catalog available for download as a PDF. *Feel free to contact us with any inquiries.

• Ceramics
• Other machine elements
• Composite Materials

"IntrinSiC (R)" is an innovative technology that combines the excellent properties of reaction-bonded silicon carbide (RBSiC) with the design freedom of 3D printing. It provides precise and durable components in a short period for aerospace equipment, semiconductor devices, and defense applications. 【Features】 ■ High-precision reproduction of large and complex designs ■ Improved smoothness through precision grinding and polishing ■ Shape verification through contact and non-contact measurement ■ Support for reverse engineering *For more details, please refer to the product catalog available for download as a PDF. *Feel free to contact us with any inquiries.

• Ceramics
• Other machine elements
• Composite Materials

Silicon carbide "IntrinSiC" is a next-generation solution that combines silicon infiltration and reactive bonding type SiC (RBSiC) with 3D printing. It enables the production of complex and large integrated shapes that were previously difficult to achieve, realizing new structural designs in fields such as heat treatment equipment, optical devices, and solar thermal power generation. 【Features】 ■ Manufacturing of integrated and complex shapes in a single process ■ High-precision finishing through lapping, grinding, and polishing ■ Existing products can be redesigned using non-contact measurement ■ Supports the digitization of evaluation data *For more details, please refer to the product catalog available for download as a PDF. *Feel free to contact us with any inquiries.

• Ceramics
• Other machine elements
• Composite Materials

Electromagnetic static electricity, system harmonics, and modern power electronics used in combination with motors and generators can potentially cause unwanted high-frequency currents. These currents often wander in search of a path to ground and circulate throughout the system. The problems caused by these currents can lead to issues such as: ● Electromigration of components like bearings and shafts ● System communication noise ● Damage to large-scale system electrical circuits ● Ground loop feedback Schunk Carbon's grounding solutions will solve your problems!

• EMC countermeasure products

It is the most modular device for battery manufacturing. The BW20 offers customers a wide range of possibilities. It can reliably weld over 150 layers of foil, providing customers with exceptional flexibility.

• Other processing machines

In the field of vehicle harness and battery manufacturing technology, ultrasonic metal welding technology (a type of solid-state bonding) is gaining attention as an excellent joining technique. Schunk Sonosystems is a leader in this field, providing cutting-edge ultrasonic welding machines that revolutionize the assembly methods for wire harnesses and battery packs. "Why ultrasonic?" Unmatched safety, precision, and efficiency [Clear advantages in demanding automotive and battery applications] • Safe and clean: There are no direct flames or melting, such as from burner flames, so sparks, debris, and smoke are not generated. The process is much safer for operators and maintains cleanliness even with delicate components. • Consistent strong joints: Precise control and monitoring ensure uniform welding quality with low electrical resistance. Each joint is a solid metallurgical bond, free from loosening or degradation like soldering or crimping. • Fast and efficient: Basic welds are formed in under one second, surpassing traditional joining methods. Energy-efficient and requiring no filler materials or consumables, ultrasonic welding supports high-volume, cost-effective production.

• Other processing machines

The Minic-III is the world's most advanced and fastest user-friendly ultrasonic welding machine, with low maintenance frequency. In benchmarks from the world's largest wire harness manufacturers, the Minic-III has achieved excellent results not only in appearance finish but also in strength, machine capability (Cmk), and process capability (Cpk). It is a versatile and high-speed ultrasonic welding machine that meets almost all wire harness needs, capable of bundling cables from thin wires up to approximately 30 mm². It features an intuitive interface, quick setup, and low maintenance, consistently delivering strong and stable splice joints. *The Minic-III offers optional features such as Cable Fit-In (CFI), welding area lighting, laser positioning systems, and digital picking. Please feel free to contact us.

• Other processing machines

The rotating propeller shaft of the ship is electrically insulated from the hull by the use of a lubricating oil film within metal bearings or non-metal bearing materials. A potential is formed between the propeller and the hull, resulting in a current that returns to the hull through the gearbox. In this situation, a large current flows through the bearings and gearbox, causing these components to suffer from pitting and damaging the bearings, gearbox, and shaft. Schunk's grounding system prevents these phenomena.

• Other electronic parts

Electrostatic discharge from the generator causes stray currents to occur in the shaft. If this current is not diverted, it can cause significant damage to the bearings; however, our high-quality two-layer carbon brushes handle it safely and reliably. Rollers and bearings are protected, avoiding costly repairs and system downtime. The advantages include: - Individually tailored materials for two-layer carbon brushes - High reliability and efficiency - Excellent protection for bearings and gearboxes

• Generators and transmission motors

Our wind turbine shaft grounding system features the latest grounding brushes and a carbon fiber-based system. It is also an appropriate solution for high-frequency currents. It reliably diverts capacitive currents from the shaft, effectively preventing damage to bearings and gearboxes. This minimizes downtime and repair costs for wind farms.

• Wind turbine

The Schunk brush holder for wind power plants always positions the carbon brushes on the slip ring accurately, even under the most severe conditions. The wear indicator also improves the efficiency of maintenance and replacement.

• Wind turbine

Our lightning protection system is certified by safety certification organizations. Our lightning protection components meet the latest standards and have high reliability against lightning strikes. This reduces downtime for wind power plants and minimizes repair costs.

• Wind turbine

Our carbon brake pads differ from conventional organic brake materials due to their excellent acoustic properties. Using our brake pads eliminates squeaking noises. With extremely low wear, the nacelle interior and critical components are not contaminated by brake dust. Additionally, the excellent wear resistance makes the brake pads almost maintenance-free. This significantly reduces maintenance costs and intervals, especially for offshore maintenance.

• Wind turbine

Exhibit 1 【Features of Graphite Separator】 Manufactured by Schunk Kohlenstofftechnik ● Excellent corrosion resistance ● High conductivity ● Extremely good mechanical strength ● Very high design flexibility compared to other materials and manufacturing methods ● Gas sealing properties ● In-house mold design and manufacturing Exhibit 2 【Features of SiC Major Components for Solar Thermal Power Plants】 Manufactured by Schunk Ingenieurkeramik ● High thermal conductivity ● High thermal conductivity ● Low thermal expansion rate ● Heat resistance ● Media resistance ● Non-abrasive ● High hardness ● Elasticity, etc. ※ There is no other material that combines as many valuable functions for industrial applications as Schunk's technical ceramics. Exhibit 3 【Features of Ultrasonic Welding Device LS-C】 Manufactured by Schunk Sonosystems ● Cross-sectional area range: 6mm² to 200mm² Suitable for a wide range of terminal applications such as tubular cable lugs and busbars ● Welding of copper and aluminum wires and terminals ● Equipped with coating crimping and cutting mechanism ● Can be integrated with automatic production systems ● Maximized welding work area

• Automotive Connectors

In addition to our headquarters factory in Germany, we have established technical bases in the United States, Morocco, China, and other locations, providing comprehensive services worldwide. 【Our Technology】 The ultrasonic welding technology that utilizes ultrasound for metal bonding is a forward-looking method. In addition to bonding copper and aluminum materials, it is also possible to bond metal and glass. By stacking the workpieces to be joined and applying mechanical vibrations at high frequency with low pressure, a permanent, strong, and metallurgically pure bond with excellent physical properties is achieved in an instant. 【Welding Technology】 ● Spot Welding: The most versatile application of ultrasonic welding, typically ranging from a few square millimeters to 100 square millimeters in size. ● Bending Sonotrode: Suitable for hard-to-reach welding spots. ● Rotary Seam Welding: Enables continuous linear metal seam welding, applicable in solar thermal power, photovoltaic power generation, and composite material pipe manufacturing. 【Advantages】 ● No thermal stress on components. ● Higher quality and superior cost performance compared to other welding and joining methods. ● No additional materials such as filler are required. ● Digital monitoring of the welding process is possible. ● We provide a complete system solution.

• Other Connectors

We would like to introduce our technology related to "ultrasonic metal welding." Ultrasonic welding is a forward-looking method that uses ultrasonic waves for metal bonding. In addition to bonding copper and aluminum materials, it is also possible to bond metal to glass. Our products are a total system solution from a single source. In addition to standalone standard equipment, we design our products around a modular system concept, achieving integration into fully automated production systems for ultrasonic welding equipment. Please feel free to contact us if you have any inquiries. 【Advantages】 ■ No thermal load on components ■ Higher quality with excellent cost performance ■ No need for additional materials such as filler ■ Digital monitoring of the welding process is possible ■ We provide a complete system solution *For more details, please refer to the PDF materials or feel free to contact us.

• Welding Machine

Schunk's grounding system effectively protects bearings from damage by directly discharging the capacitive discharge current generated from the rotor of the drive motor's shaft. It also minimizes noise emitted from the motor shaft.

• Drive system parts

Our CFRE sleeves can achieve a high level of manufacturing precision, allowing for reduced thickness and minimizing eddy current losses. They have been adopted for mass production by many leading manufacturers around the world. 【Product Features】 ■ No thermal expansion during temperature rise ■ Reduction or elimination of eddy current generation ■ Capable of supporting high-speed motors ■ High density and lightweight ■ Product options tailored to specific applications

• Drive system parts

University research labs, development labs, medical institutions, and researchers, take note! Graphite tube technology (GF-AAS) for measuring trace elements provides the highest evidence accuracy among common analytical processes. Schunk Carbon Technology has years of experience in the development and manufacturing of graphite components, tubes, cuvettes for atomic absorption spectroscopy (AAS), and CVD thermal decomposition carbon coating technology, offering a wide range of products. Our development and production processes, from formulation, mixing, and shaping to graphitization and high-temperature cleaning, establish quality standards for applications in analytical technology. Key features: ■ Premium graphite components that achieve the highest measurement accuracy ■ Excellent heat resistance ■ High purity ■ Long lifespan

• Other electronic parts

In the field of measurement technology, our company has been developing and manufacturing specialized materials for demanding measurement instruments for many years. Our measurement cells and components made from carbon-based materials are particularly suitable for use in harsh environments, such as those found in dialysis equipment. They are especially well-regarded for their excellent chemical resistance and their ability to handle highly corrosive cleaning media. Additionally, they possess high biocompatibility, consistently high conductivity, and a long operational lifespan. Key features: ■ Measurement cells made from specially developed materials ■ High chemical resistance ■ Excellent biocompatibility ■ Consistently high conductivity ■ Long lifespan If you would like to learn more about blood dialysis devices and analytical carbon, please feel free to contact us.

• Other electronic parts

Our excellent synthetic resin-impregnated electrical graphite has the advantages of being non-oxidizing, physiologically harmless, free from bacterial growth, and highly resistant to chemicals. It can be used for accurate measurements over a long period in many fields, including the food and pharmaceutical industries, agriculture, and wastewater treatment plants. We offer a selection of superior graphite materials, as well as options for shapes and contact designs.

• Other electronic parts

This is a separator specifically designed for PEMFC and DMFC types. We invite you to learn about our attractive product range and the latest technologies (such as hydrophilic surface treatment for high-output fuel cell stacks, and core thickness < 250 micrometers) and utilize them in your company. 【Exhibited Product: Features of Graphite Separator】 ■ Excellent corrosion resistance ■ High conductivity ■ Extremely good mechanical strength ■ Very high design flexibility compared to other materials and manufacturing methods ■ Gas sealing properties ■ In-house mold design and manufacturing *For more details, please download the PDF or feel free to contact us.

• Fuel Cells

Our CFRP sleeves secure the rotating assemblies of surface-mounted permanent magnet synchronous motors (SPM) and synchronous motors (ESM), minimizing eddy current losses. In addition to using reinforced carbon fibers with high tensile strength characteristics, our high level of manufacturing precision allows us to keep the wall thickness to a minimum. We can also produce sleeves with a wall thickness of 10mm or more, similar to CFRP flywheels. 【Customer Benefits】 ■ Reduction or elimination of eddy current generation ■ Capability to support high-speed motors ■ Weight reduction ■ Improvement in the aesthetic design of motor designs Schunk provides a consistent service from prototyping to evaluation. ■ Assembly planning ■ Conducting sleeve factor (FE) analysis ■ Prototype production ■ Test assembly and evaluation ■ Chemical resistance evaluation For more details, please refer to our brochure and video. Feel free to contact us.

• Other polymer materials

Silicon carbide "IntrinSiC" is an excellent innovation aimed at the production of large and complex integrated structural components made from silicon infiltrated/reaction-bonded silicon carbide (RBSiC). By combining the superior material properties of RBSiC with the unique advantages of the 3D printing process, it offers new structural design possibilities in the markets of ring graphing, measurement, and heat treatment technology. 【Features】 Large and complex integrated structures can be shaped in a single manufacturing process Advanced surface finishing achieved through grinding, polishing, and lapping Reverse engineering of existing products realized through contact and non-contact measurement methods Data evaluation and digitization are possible *For more details, please refer to the product catalog available for download as a PDF. *Feel free to contact us with any inquiries.

• Ceramics
• Other machine elements
• Composite Materials

"Transit Systems" is a charging solution for electric vehicles that enables automatic charging. Unlike plug-in systems, there is no need for operators to manually plug in each vehicle, nor is there a requirement to secure additional space between vehicles for plugs and cables. By installing the charging equipment on the roof, efficient charging is possible even in narrow garages. Additionally, during the operation of electric buses, ultra-fast charging can occur while the bus is stopped. 【Features】 ■ High power transmission of up to 1MW ■ Multi-pole design and contact sequence for reliable charging ■ Compatible with kneeling, ensuring no obstruction for passengers boarding and alighting ■ For electric buses, charging can be completed in just a few seconds whether in service or waiting in the garage ■ Significant reduction in battery size achieved *For more details, please refer to the materials. Feel free to contact us with any inquiries. ★ We plan to exhibit at the "2022 Yokohama Automotive Technology Exhibition." Please see the basic information below for details.

• Charger

The "Electric Vehicle Charging Solution" is a transit system that reliably charges batteries in just a few seconds, whether the vehicle is in operation on a route or waiting in the garage. By using the "Ultra-Fast Charging Rooftop Pantograph," it can be adapted to meet your requirements regarding power transmission and application range. Schunk is developing technology to contribute to solving the challenges of insufficient charging infrastructure. This charging technology is available for future charging stations, including those for public use. 【Product Lineup】 ■ Ultra-Fast Charging Rooftop Pantograph SLS102 ■ Ultra-Fast Charging Rooftop Pantograph SLS103 ■ Ultra-Fast Charging Reverse Pantograph SLS201 ■ Depot Charger SLS301 *For more details, please refer to the PDF document or feel free to contact us.

• Charger
• Other Auto Parts

Our company, a German manufacturer of carbon materials with a 100-year history, offers "carbon brushes" made from carbon-graphite materials that possess excellent electrical conductivity, thermal conductivity, and high heat resistance. These brushes are characterized by high reliability, operating stably in a wide range of environments, and have received high praise from customers in various industries. They can meet diverse requirements such as power surges, idling periods, light load operation, extreme ambient temperatures, chemicals, oil mist, and high dust loads. 【Features】 ■ High quality approved by major manufacturers for OEM ■ Increased cable diameter optimized for brushes ■ Special design for dust prevention ■ A wide range of grades available to accommodate various applications *For more details, please refer to the documentation. Feel free to contact us with any inquiries. ★ If you provide the part number of the current product, we can suggest alternative products. Please do not hesitate to reach out.

• Other polymer materials

The characteristics of carbon and graphite used in carbon brushes can generally be judged from the items of "electrical resistivity," "hardness," "bending strength," and "bulk density." In the case of metal graphite, the metal content is also noted in addition to the above items. All data are averages. The testing methods and equipment generally conform to IEC60413. These values can vary significantly due to various environmental factors and operating conditions. Therefore, based on experience, we have established a general range for the values of the two items and compiled them into a table by category. Please refer to the PDF document below for confirmation. *For more details, please refer to the PDF document or feel free to contact us.*

• Other Auto Parts

This document introduces charging pantographs for electric buses. It features the "ultra-fast charging reverse pantograph," which can automatically and reliably charge batteries in just a few seconds, whether the bus is in operation or waiting in the depot. This can be effectively implemented in charging facilities with limited installation space. Additionally, you can view the transit system "Depot Charger SLS301," which allows for automatic connection and overnight charging in the depot, by downloading the PDF below. [Contents] ■ Introduction ■ Ultra-fast charging rooftop pantograph ■ Ultra-fast charging reverse pantograph ■ !! New Product !! Depot Charger *For more details, please refer to the PDF document or feel free to contact us.

• Charger
• Other Auto Parts

Shunk Carbon Technology is a company that has cultivated experience and know-how for decades in the field of charging and power supply, where high reliability is required. In the road sector, our innovative Shunk smart charging system opens up new possibilities in terms of economy, performance, and flexibility, enabling a system that safely and reliably charges battery-powered vehicles with rapid charging in just a few seconds while in the garage or during operation. In the railway sector, our pantographs, grounding devices, third rail collection devices, and carbon fiber grounding systems (CFG systems) provide innovative operational methods that enhance safety, economy, and reliability in the railway industry. 【Products (partial list)】 ■ Charging pantographs for electric vehicles (smart charging system) ■ Pantographs and contact strips for railways ■ Carbon fiber grounding systems (CFG systems) ■ Grounding devices and grounding brushes ■ Third rail collection devices *For more details, please refer to the PDF materials or feel free to contact us.

• Charger

The "EmissionEvent" is a testing device that allows for the analysis of safe and reliable VOC conditions by reproducing environmental conditions of temperature and humidity. It features a device design based on CerTech standards, backed by over 100 successful installations. The device can analyze volatile VOC components using a spray cooling system, with a temperature range of +20 to +130°C and a humidity range of 5 to 95% rh. 【Features】 ■ Analysis of volatile VOC components using a spray cooling system ■ Temperature range: +20 to +130°C ■ Humidity range: 5 to 95% rh ■ Device design based on CerTech standards, backed by over 100 successful installations *For more details, please refer to the PDF document or feel free to contact us.

• Environmental Test Equipment

The "SWT Series" is an IP waterproof testing device capable of testing protection levels IPX3 and IPX4. With the integration of a built-in timer, the automated testing process time can be set from 3 seconds to 30 hours. As an option, a water circuit system that minimizes water consumption can be installed. Additionally, we also offer the "VSPT Series," which complies with the standards ISO 20653 and IEC/EN 60529. Please feel free to contact us if you have any inquiries. 【Features】 ■ Tests protection levels IPX3 and IPX4 ■ Complies with DIN VDE 0470 T1 or EN 60529 ■ Automated testing process time can be set from 3 seconds to 30 hours ■ Option to install a water circuit system that minimizes water consumption *For more details, please refer to the PDF materials or feel free to contact us.

• Environmental Test Equipment