The reasons for the continuous increase in the price of explosion-proof high-speed balls

The price trend of raw materials directly affects the price of explosion-proof high-speed balls. We can see from the steel plates, rods, steel pipes, electronic components, packaging boxes, etc. required to produce explosion-proof high-speed balls, which are all the reasons for the continuous increase in production costs of explosion-proof high-speed balls.Faced with such a harsh market environment, we have always insisted on effective communication with upstream suppliers, responding to the soaring material prices by increasing order quantities, signing price agreements, and other means; At the same time, we also hedge against the increase in production costs by improving production plans and processes, insisting on not raising prices or making minor adjustments, and striving to benefit customers as much as possible for win-win cooperation.In addition, the price of explosion-proof high-speed balls is closely related to product requirements. For example, some customers require 1.3 million pixels, while others require 2 or 3 million pixels; Some customers require starlight level; Some customers require a 20x zoom, while others require a 30x zoom; Some customers require AC24V power supply, while others require AC220V power supply, etc The requirements are different, and of course, there will also be differences in prices. If you only inquire about prices based on the model ZTSQ Ex, it is not possible to quote a price. There will be significant differences in requirements and prices! So, in order to understand the actual price of explosion-proof high-speed balls, it is necessary to first clarify the project plan and the specific requirements of Party A for the product, so as to make a good selection and quotation.Although the price of explosion-proof high-speed balls is constantly rising, Changzhou DERKE still insists on quality first and provides high-quality explosion-proof high-speed balls to meet your needs.

Explosion proof pan tilt camera | Encyclopedia

With the continuous progress of technology, the role of safety monitoring equipment in daily life and the workplace is becoming increasingly important. Explosion proof pan tilt camera, as a special monitoring equipment, is widely used in various high-risk or special environments due to its excellent explosion-proof performance and flexible pan tilt rotation function, providing solid protection for people's life and property safety.1、 What is an explosion-proof pan tilt camera?This is a special monitoring equipment that combines explosion-proof technology and pan tilt rotation function. During design and manufacturing, relevant explosion-proof standards are strictly followed to ensure stable operation in flammable and explosive environments. At the same time, its pan tilt rotation function allows for a wider monitoring range, enabling all-round and dead angle monitoring of specific areas.2、 Characteristics1. Excellent explosion-proof performance: It adopts explosion-proof materials and special processes to ensure its normal operation in flammable and explosive environments. Its explosion-proof level is high, which can effectively prevent explosion accidents caused by electric sparks and other reasons.2. Flexible pan tilt rotation: Through the built-in high-precision motor and precise transmission mechanism, the explosion-proof pan tilt camera can achieve flexible horizontal and vertical rotation, thereby achieving all-round monitoring of specific areas.3. Clear and stable image quality: Adopting high-definition lenses and advanced image processing technology, it can ensure clear and stable images even under complex lighting conditions, providing high-quality video sources for monitoring.4. Rich intelligent functions: Modern explosion-proof pan tilt cameras usually integrate various intelligent functions, such as facial recognition, behavior analysis, motion tracking, etc. These functions greatly improve the intelligence level and practicality of monitoring systems.3、 Application field1. Petrochemical industry: Due to the presence of a large amount of flammable and explosive substances in the petrochemical production process, explosion-proof pan tilt cameras can work stably in such environments, providing important guarantees for safety production.2. Coal mining industry: The underground environment of coal mines is complex, with a large amount of dust and flammable gases, which can effectively monitor the safety production situation underground and timely discover potential safety hazards.3. Public safety field: It can also be used for monitoring important infrastructure, public transportation, densely populated areas, and other public safety fields in cities, to improve the city's security and prevention capabilities.4、 Selection and usage precautions1. Ensure that the explosion-proof level meets the actual environmental requirements: Different environments and places have different requirements for explosion-proof level. Therefore, when selecting explosion-proof pan tilt cameras, it is necessary to ensure that the explosion-proof level of the selected product meets the actual environmental requirements.2. Consider monitoring range and image quality requirements: Based on actual monitoring needs, select appropriate lenses and image processing techniques to ensure clear and stable monitoring images.3. Reasonably configuring intelligent functions: Based on actual needs, reasonably configure the intelligent functions of explosion-proof pan tilt cameras to improve the practicality and intelligence level of the monitoring system.In summary, explosion-proof pan tilt cameras, as a special type of safety monitoring equipment, play an important role in multiple fields. Through a comprehensive understanding of its characteristics, application areas, and selection precautions, we can better utilize explosion-proof pan tilt cameras to provide solid protection for people's lives and property safety.

Explosion proof infrared thermal imaging | Knowledge Encyclopedia

Explosion proof infrared thermal imaging is an advanced technology applied in hazardous environments, which combines infrared thermal imaging and explosion-proof technology, aiming to provide comprehensive thermal image detection and monitoring solutions. This technology is a rapidly developing new technology in recent years, and its application in hazardous environments is becoming increasingly widespread.Principle:Using the principle of infrared radiation, the detector perceives the infrared radiation emitted by the target object and converts it into a thermal image. At the same time, in order to meet the needs of hazardous environments, this technology adopts explosion-proof design to ensure safe operation in flammable and explosive gas or dust environments.It has the following characteristics:Explosion proof performance: Adopting specialized explosion-proof design and construction, ensuring that it will not cause sparks or explosions when used in flammable gas environments.Infrared thermal imaging: By utilizing infrared radiation, it can capture and display the temperature distribution on the surface of the target object in real time, providing non-contact temperature measurement and monitoring functions.Temperature detection: It can accurately measure the surface temperature of an object and present it in the form of a heat map, allowing users to quickly identify abnormal temperature areas or hotspots.Real time monitoring: Through continuous temperature scanning and image processing, equipment, pipelines, storage tanks, etc. can be monitored in real time to detect potential faults or problems early.Safety: Explosion proof infrared thermal imaging equipment can operate for a long time and stably in hazardous environments, providing safety protection for personnel and facilities.Application field:Widely used in hazardous environments such as petrochemicals, coal mines, and aerospace. In the petrochemical industry, it is used to detect temperature anomalies in pipelines and equipment in order to promptly detect potential fire hazards. In coal mines, this technology can be used to monitor temperature changes inside the mine and warn of potential gas explosion risks. In the aerospace field, it can be used to detect the heat distribution of engines and aircraft, ensuring flight safety.Industrial Safety and Monitoring:Explosion proof infrared thermal imaging plays an important role in industrial safety and monitoring. It can monitor the temperature changes of equipment and systems in real-time, thereby helping to provide early warning of potential faults or accidents. For example, in the power industry, it can be used to detect temperature anomalies in transformers and take timely measures to prevent overheating from causing fires. In the manufacturing industry, this technology can be used to monitor the operational status of machinery and equipment, ensuring their normal operation and avoiding hazards.Summary:Explosion proof infrared thermal imaging technology combines infrared thermal imaging with explosion-proof design, providing a comprehensive solution for thermal image detection and monitoring in hazardous environments. It plays an important role in fields such as petrochemicals, coal mines, aerospace, and has wide applications in industrial safety and monitoring. With the continuous advancement of technology, it will continue to create a safer and more reliable working environment for us.