CDINDUSTRY ( INTERNATIONAL ) . INC

Indian customers visited CDI on October 14th to deepen cooperation and seek common innovation!

On October 14, 2025, Indian customer Mr.Mohan, Mr. Reddy and his party visited CDI.Under the introduction of the company's leaders, they visited and learned about the company's development history and project cases. Then the two sides had in-depth exchanges on business development, market demand, etc., and then visited the production site of the ChuanYi factory of a well-known automation company under the leadership of our team. This visit marks the further expansion of CDI in the international market and the further deepening of business cooperation with the Indian region! China's foreign trade up 4 percent in first 9 months China's total goods imports and exports rose to 33.61 trillion yuan ($4.73 trillion) in the first nine months of 2025, up 4 percent year on year, official data showed Monday. Exports reached 19.95 trillion yuan ($2.81 trillion), increasing by 7.1 percent year-on-year; imports were 13.66 trillion yuan ($1.92 trillion), decreasing by 0.2 percent year-on-year, according to the General Administration of Customs (GAC). In September alone, China's goods imports and exports increased by 8 percent year on year to 4.04 trillion yuan, marking the highest monthly increase so far this year. Since the beginning of 2025, China's foreign trade has sustained a steady and positive development trend amid a complex external environment, said Wang Jun, deputy head of the GAC, at a press conference. The expansion of China's goods trade has accelerated quarter by quarter, with the growth rate amounting to 6 percent in the third quarter of this year, following 1.3-percent and 4.5-percent increases in the first and second quarters, respectively, Wang said. The main reason is the continuous optimization and innovation of export product structures, stated Wang. For instance, AI robots have achieved great success in the international market, with the export of industrial robots increasing by 54.9 percent, he added. Additionally, Wang also highlighted that China's foreign trade market has become more diversified. In the first nine months of 2025, China's goods trade with Belt and Road partner countries totaled 17.37 trillion yuan, 6.2 percent higher than a year earlier, GAC data revealed. China's trade with the economies in the Asia-Pacific Economic Cooperation increased by 2 percent, reaching 19.41 trillion yuan, accounting for 57.8 percent of the total foreign trade value, said Lv Daliang, director general of the Department of Statistics and Analysis of the GAC. Cover via VCG CDI latest partial shipment showcase   1.MOTEUR ELECTRIQUE MT-YRKK 2.Plate 3.Steel half coupling

National Day Holiday Notice

As the 2025 National Day and Mid - Autumn Festival approach, CDI team's extends warm wishes for harmony, prosperity, and joyful reunions during this unique dual - celebration season! China Announces No Pursuit of New Special Treatment in WTO Negotiations, Demonstrates Resolve to Uphold Multilateral Trading System On 23 September 2025, China announced at the High - Level Meeting on the Global Development Initiative that, as a responsible major developing country, it would no longer seek new special and differential treatment in current and future WTO negotiations. The Ministry of Commerce emphasised that this move aims to encourage the WTO to focus on development issues, enhance the inclusiveness of international trade, and bridge the development gap between the North and South. China explicitly affirmed its status as the largest developing country, with no change to its identity or position. It will continue to defend the rights and interests of developing members while advocating for the incorporation of agreements on investment facilitation and e - commerce into the WTO framework. China plans to promote development - oriented outcomes at the 14th WTO Ministerial Conference in 2026, opposing unilateralism and upholding the principle of non - discrimination. CDIndustry Company conducts the assembly of rotary kiln tooth rings at Russian Cement Plant. CDIndustry Company has maintained a long - standing partnership with the Russian cement plant. In September 2025, the company once again dispatched a technical team to the Russian cement plant to assist with the assembly and commissioning of the rotary kiln ring gear. During this on - site engagement, both parties not only collaborated amicably but also conducted technical exchanges. CDI latest partial shipment showcase 1,BLOWER MJL200b - I 2,BELT 3,VALVE,BUTRLY;NOM 250 MM,FLNGD,165 MM,CI BIC "B" 4,SUBMERGIBLE PUMP

The CDI260Ex explosion-proof infrared thermal imager has been launched with great impact.

The CDI260Ex explosion-proof infrared thermal imager has been launched with great impact. It has strengthened the safety defense line for detecting high-risk scenarios. – CDINDUSTRY, a leading enterprise specializing in industrial safety and automation solutions, announced today the launch of its latest generation CDI260Ex explosion-proof infrared thermal imager. This product is specifically designed for special environments such as chemical, petroleum, natural gas, and metallurgy industries where there are high temperatures and risks of flammability and explosion. With its outstanding explosion-proof safety performance and powerful detection capabilities, it provides a solid guarantee for the safe production of industry users. 1.Core Advantage: The Perfect Integration of Safety and Performance The CDI260Ex is not just an ordinary thermal imaging device; it is an intrinsically safe detection tool that has been certified by authoritative national standards. Its core advantages are as follows: The highest level of explosion-proof safety: The explosion-proof rating of this product reaches Ex ic IIC T6 Gc, and the explosion-proof code is EETI24.0158X. This means it can operate safely in the most hazardous environments with flammable and explosive gases, fundamentally eliminating potential safety hazards caused by the equipment.  Sturdy and durable industrial design: The product has an IP65 high-level of protection, which can completely prevent dust from entering and resist water jetting. At the same time, its body can withstand a 2-meter drop test, sufficient to cope with demanding on-site working environments. Precise and efficient detection capability: Equipped with a high-performance non-cooled infrared detector, the infrared resolution is 256 x 192, and the thermal sensitivity (NETD) is ≤ 50mK, enabling the clear capture of minute temperature differences. The wide temperature measurement range of -20°C to 550°C can meet various needs, from routine equipment inspections to the identification of high-temperature fault points. 2.Main functional features: Empowering intelligent detection The CDI260Ex integrates a variety of practical functions, significantly enhancing the efficiency and convenience of the detection process:  Dual-lens fusion imaging: Equipped with infrared and visible light lenses, it supports thermal imaging, visible light, dual-lens fusion, and picture-in-picture modes, facilitating quick identification of thermal hazard points.  Intelligent analysis and alarm: It supports automatic high/low temperature alarms and automatic tracking of hot/cold spots, helping users detect abnormalities at the earliest possible time.  Convenient data management: Supports external SD card storage and is equipped with a powerful PC-based analysis software, allowing for easy export of professional test reports. It also supports super-resolution analysis to enhance image details.  Humanized design: Equipped with a 2.8-inch LCD display, LED auxiliary lighting, and seven selectable color palettes, ensuring clear observation under various lighting conditions. 3.Market Application and Value "Security has always been the top principle in the product design of CDINDUSTRY," said the CDINDUSTRY product manager. "The launch of CDI260Ex is precisely to directly address the pain points of high-risk industries in preventive maintenance and safety monitoring. It not only helps customers detect potential faults such as overheating of equipment in advance, but also ensures the safety of the detection process itself. It is a key tool for achieving 'predictive maintenance' and 'intrinsic safety'."  This thermal imager is highly suitable for various scenarios such as electrical equipment inspection in explosion-proof areas, pipeline insulation assessment, liquid level detection in reaction vessels, and bearing condition monitoring.

Core tool, reliable assistant | Application of CDI384G Infrared Thermal Imager in Distribution System Operation and Main

In recent years, with the continuous expansion of the power system scale and the growth of energy demand, the safe and stable operation of the distribution system has become an important issue. The problem of high temperature in the distribution system is a huge potential risk that may lead to equipment overload, insulation damage, poor contact and many other problems. By using infrared thermal imagers, we can quickly and accurately detect and monitor abnormal temperature changes in the distribution system, thereby taking corresponding measures for maintenance and repair in a timely manner to ensure the safe and stable operation of the power system.  On one hand, by scanning electrical equipment, the infrared thermal imager can visually display the thermal distribution map of the equipment, as well as the location and temperature value of the high-temperature areas. This way, the operation and maintenance staff can take timely measures to repair or replace potential faulty equipment, avoiding power outages and accidents caused by equipment failures. On the other hand, by regularly detecting the thermal maps of distribution equipment, the operation and maintenance staff can identify potential problems with the equipment, such as loose cable connections, overloaded wires, and poor contact, so that the operation and maintenance staff can adjust and maintain the equipment in advance to ensure its normal operation and avoid greater damage and power outages caused by failure to handle them in time. 1. Product Introduction The CDI384G infrared thermal imager has a resolution of 384×288, resulting in clearer imaging and the ability to display more details. Its measurement range is from -20℃ to 550℃, which can easily adapt to various equipment maintenance scenarios. Additionally, the CDI384G is equipped with a 3.5-inch touch screen and supports digital zoom. The 2x and 4x zoom functions enable users to observe details more clearly. What's worth mentioning is that the product also adopts its own image fusion technology, which can display the thermal radiation information in the infrared image and the texture information in the visible light image in real time, thereby significantly improving the imaging effect.  Focusing and video recording capabilities: Enables clear and intuitive identification of potential faults.  Touchscreen quick operation enables adding analysis objects and conducting comparative analysis;  The video records the dynamic temperature status.  Automatic temperature tracking: Quickly identify abnormal high-temperature points in the testing equipment and conduct evaluation and analysis.  On the APP: Quickly generate reports through the mobile app, providing a reliable basis for maintenance assessment. 2. Applications Distribution Cabinet Inspection Using an infrared thermal imager can quickly observe the heating equipment and wire contacts in the distribution cabinet, thereby locking in potential fault hidden spots. This provides convenience for operation and maintenance personnel to accurately judge fault hidden spots and carry out maintenance and replacement in a timely manner, effectively improving the efficiency and accuracy of operation and maintenance work. CDI384G Distribution Cabinet Temperature Screening Capacitor testing Using an infrared thermal imager can detect abnormal conditions of capacitors, such as bulging, shell cracking, and excessive temperature. By observing the temperature changes on the surface of the capacitor, fault phenomena can be discovered in a timely manner, and maintenance and replacement can be carried out promptly. This can prevent power outages in the power supply system due to capacitor failures and also avoid safety accidents, ensuring the stable and safe operation of the power supply system. CDI384G Capacitor Testing Power control cabinet inspection By using infrared thermal imagers for detection, the temperature changes of switch lines in the power system can be observed intuitively, efficiently and accurately. By analyzing the thermal images, the staff can quickly identify abnormal temperature changes, locate potential fault points, and arrange maintenance in a timely manner. CDI384G Power Control Cabinet Inspection Line fuse detection Through infrared thermal imaging, the heating conditions and heat distribution of the equipment can be visually displayed, effectively helping maintenance personnel quickly identify problems and screen out abnormal components. This provides maintenance personnel with a reference basis for timely repair and replacement of fuses. CDI384G Circuit Breaker Detection

CL-JSY-F301 Triple-Band IR/UV Flame Detector for Enhanced Industrial Safety

1. Product IntroductionCDINDUSTRY(INTERNATIONAL) is proud to announce the launch of the CL-JSY-F301 Point-Type Triple-Band Infrared and Ultraviolet Flame Detector. Designed with a robust metal silver/nickel housing, this explosion-proof detector offers superior protection against corrosion, moisture, and harsh industrial conditions. 2. Advanced Detection TechnologyThe CL-JSY-F301 integrates two infrared sensors and one ultraviolet sensor, combined with sapphire optical filters and multi-spectral signal processing technology. It accurately identifies flames from various fuel types. Utilizing proprietary time-frequency analysis and Fourier fuzzy algorithms, the detector effectively eliminates interference from ambient light and thermal radiation, significantly reducing false alarms and improving response accuracy. 3. Compliance & ApplicationsCompliant with Chinese national standards GB 15631-2008 and GB 12791-2006, the detector is ideal for use in: Petroleum and chemical processing Natural gas plants and power facilities Chemical storage and transport Printing and drying processes Semiconductor manufacturing 4. Performance SpecificationsWith a maximum detection range of 34 meters for a 0.4m² fire, the detector maintains high performance even under extreme temperatures. The device supports multiple installation and wiring options, providing clear fault diagnosis and alarm output signals for easy integration and maintenance. 5. Corporate CommitmentCDINDUSTRY(INTERNATIONAL) remains committed to delivering efficient and reliable safety solutions. The introduction of the CL-JSY-F301 reinforces our leadership and technological expertise in the flame detection market.

Empowering the Oil& Gas Industry: CDINDUSTRY-OG.COM Official Website is Now Live

[August 2025]-CDINDUSTRY-OG.COM is now officially live! The platform is dedicated to delivering high-quality equipment and technologies to the oil and gas industry worldwide. Our product portfolio includes Oil Gas Pipeline Orbital Welding Machine,Chemical injection Package,Pressure Test Equipment,Pressure Vessel & Storage Tank,and industrial Valve. For more details or to explore our products,please visit: https://www.cdindustry-og.com/ China's Foreign Trade Demonstrates Sustained "Resilience" Facing a complex and ever-changing international environment, foreign trade enterprises have actively taken steps to expand their business horizons. In July, the total value of China's goods imports and exports increased by 6.7% year-on-year, accelerating by 1.5 percentage points compared to the previous month. During the January-July period, China's mechanical and electrical product exports rose by 9.3% year-on-year, with integrated circuit exports surging by 21.8%,Exports of high-tech products also showed positive trends, increasing by 7.2% during the same period. In the first seven months, private enterprises achieved imports and exports totaling 14.68 trillion yuan, a year-on-year increase of 7.4% accounting for 57.1% of China's total foreign trade value-an increase of 2.1 percentage points compared to the same period last year. The number of private enterprises with actual import and export performance reached 570,000,an increase of 8.5% representing 87.2% of all enterprises in China with actual import and export activity. Data shows that in the first seven months of this year, China's total goods trade import and export value reached 25.7 trillion yuan, a year-on-year increase of 3.5%. Despite external challenges, China's goods imports and exports have sustained growth, demonstrating strong resilience and vitality, and injecting Chinese strength into the global economic recovery. Showcase For Partial Goods Shipment MIXER;OXY,28500NM3/H,28000NM3/H,SS304,HG BIC " A" BUCKETELEV;BDY,WORKING EOUIPMENT 7 BIC" B " MACHINE;HYDRAULIC WET SHOTCRETE,440V/60H BIC " A " PUMP; TYPE: SINGLE SUCTION, POSITIVE SUCTION HEAD HYDRO CYLINDER FORLIMESTONE RECLAIMER.D768-2-1PW

6.FAQs Related to Gas Detectors

Installation Principles:   1. The sealing sleeve of the cable terminal and the connection status of each connecting part must ensure its sealing effect, and there shall be no water leakage. 2. The outer casing of the detector must be reliably grounded to prevent interference from external radio frequency and electromagnetic noise. 3. Ensure that the grounding point of each detector and the grounding point of the controller are connected to a reliable grounding point through the shielding layer. It is prohibited for the detectors and controllers of the same system to be independently grounded at different locations. 4. For detectors sampling by diffusion, their sensors must come into contact with the target gas in order to respond and conduct detection. 5. It is prohibited to directly install the detector on a heat source or a vibration source.   Wiring Requirements:   1. Meet the relevant requirements of GB3836.15-2000 "Electrical Apparatus for Explosive Gas Atmospheres - Part 15: Electrical Installations in Hazardous Areas (Excluding Mines)". It is recommended that the relay output wires adopt RVS twisted-pair wires with a cross-sectional area of ≥1.0 mm²; the power supply wires and communication wires adopt RVVP wires with a cross-sectional area of ≥1.5 mm². 2. Inlet Requirements: Use explosion-proof connectors. Installation Precautions   1. During installation, the sensor of the detector should be fixed facing downwards to prevent it from being immersed in water or other liquids and getting damaged. 2. After correctly connecting the wires, the top cover of the detector should be completely closed to meet the explosion-proof requirements. 3. The working voltage of the external live terminals and the power plug of the detector is less than 36V. Therefore, there is no insulation requirement between them and the casing. When checking whether the cable is short - circuited to the ground, the detector should not be connected to prevent misjudgment! Grounding Instructions   Ensure that the grounding bolt of the detector housing is reliably connected to the ground (the wire diameter of the grounding wire for the housing: 4 mm²). Since the system adopts comprehensive grounding, the grounding resistance should not be greater than 1Ω. After confirming that the grounding resistance meets the requirements, the power can be turned on for debugging. Otherwise, you will be responsible for any relevant consequences. Detector Installation (Figure 1) 1. Fix the mounting bracket to the wall with at least four M5x25 expansion bolts. (To achieve the best performance, the detector should be installed on a hard surface in an area with minimal vibration.) 2. Securely fasten the detector assembly to the mounting bracket using M6 bolts of appropriate length. Remove the front cover. 3. Pass the cable through the G3/4 explosion - proof cable gland and connect it to the terminal block (see wiring diagram in Figure 2). 4. Screw on the detector front cover to complete the installation. 5. Connect the standard 4 mm² grounding wire to the M4x6 grounding bolt. Wiring Diagram (Figure 2, Figure 3)   1. For the power cable, use a cable with a wire diameter of more than 1.5 mm², and for other cables, use those with a wire diameter of more than 1.0 mm². 2. Refer to Figure 2 for the wiring of the four-bus system and Figure 3 for the wiring of the two-bus system, and connect the cables to the terminal blocks. Power Supply Voltage:   1. To ensure the reliable operation of the detector, it is essential to ensure that the power supply voltage of the detector is within the range of DC 20.4-27.6 V! 2. If the power supply voltage is lower than 20.4 V, the detector will be in an unstable working state. Please replace the power supply in a timely manner! Note:   1. To guarantee the safety performance of the product and meet the requirements of type certification, please do not modify this product! 2. To ensure the product performance and the accuracy of the test, the product must run for 20 minutes when it is powered on for the first time!

5.FAQs Related to Flame Detectors

Installation Principles:   1. When installing and laying out the wiring of the detector, the monitored area should be within the effective range of the detection perspective. 2. The installation of the detector should avoid the obstruction of obstacles as much as possible. For obstacles with horizontal and vertical dimensions not exceeding 0.5 meters, the distance between the detector and the obstacle should not be less than 2.5 meters. When the external dimensions of the obstacle exceed 0.5 meters and cannot be avoided, the number of detectors should be appropriately increased according to the on-site application situation. Wiring Requirements:   1. Meet the relevant requirements of GB3836.15-2000 "Electrical Apparatus for Explosive Gas Atmospheres - Part 15: Electrical Installations in Hazardous Areas (Excluding Mines)" It is recommended that the relay output wires use RVS type twisted-pair wires with a cross-sectional area of ≥ 1.0 mm²; and the power supply wires use RVVP wires with a cross-sectional area of ≥ 1.5 mm². 2. Inlet Requirements: Use explosion-proof connectors. Installation Precautions:   Do not install the detector near the following: 1. Where there are foreign objects blocking the "line of sight" of the detector. 2. Places where extremely large amounts of smoke will be generated at the fire scene (blocking the detector's field of vision will affect the detector's alarm sensitivity). Grounding Instructions:   Ensure that the grounding bolt of the detector housing is reliably connected to the ground (the wire diameter of the grounding wire for the housing: 4 mm²). Since the system belongs to a comprehensive grounding system, the grounding resistance should not be greater than 1Ω. Only after confirming that the grounding resistance meets the requirements can the power be turned on for debugging. Otherwise, you will be responsible for any related consequences. Slipping Hazard:   When installing the detector, please use a safety ladder or a lifting platform to ensure personal safety. Detector installation (Figure 1): 1. Fix the mounting bracket to the wall with 4 x M5x25 expansion bolts (for best performance, the detector should be mounted on a hard surface in a vibration less area). 2. Fasten the detector assembly and connectors, bracket 1 with M8 nut, 1 M8x45 inner hexagonal bolt, 1 M8x25 inner hexagonal bolt, well to the mounting bracket. 3. Remove the rear cover. 4. Pass the cable through the G3/4 explosion-proof stuffing box and connect it to the wiring terminal (wiring as Fig. 2). 5. Insert the wired terminals into the female terminals of the detector, screw the back cover of the detector, and the installation is completed. 6. Use the standard 4 mm² ground wire to connect to the M4x6 grounding bolt. 7. The bracket is allowed to rotate vertically±45°and horizontally ±60°, the detector angle can be rotated freely, adjust the appropriate detection angle according to the site, and be sure to fasten the bolts after adjustment. Wiring diagram (Figure 2)   1. Only cables with a wire diameter of 0.2~1.5 mm2can be used.  2. Only one cable can be connected to each terminal. 3. Refer to wiring diagram 2 to connect the cable to the terminals.  4. Terminal resistor resistance values are based on each manufacturer's module model. Supply Voltage:   1. To ensure reliable operation of the detector, it is important to ensure that the detector is supplied with a voltage in the range of DC 18-32 V! 2. If the supply voltage is lower than 18 V, the detector is in unstable operation, please replace the power supply in time! 3. If the detector is reset by a power failure, make sure that the power failure and power up time is≥5 s to ensure that the detector is reliably reset! Note:   To ensure the safety performance of the product and meet the requirements of the CCC certification, please do not modify this product!