Tianjin Yinke Maintenance Service
Based on our company's independently developed pulse eddy current precise scanning technology, we independently carry out daily corrosion prevention and control work for different risk prone areas in the production equipment of petrochemical enterprises. Through effective identification, on-site detection, timely feedback, mechanism analysis, and continuous follow-up of high-risk areas in each device, we identify the weakest part of the device's corrosion hazard, establish corresponding corrosion risk level classification for each device, and provide a clear corrosion risk detection plan for pulse eddy current precise scanning detection ..
Technical advantages
The surface of the on-site pipe fittings does not require special treatment, and dust, insulation cotton shavings, rust layers, etc. do not affect the detection accuracy, making the operation more convenient. No need to park, online detection is available for construction testing, with temperatures ranging from -30 ℃ to 500 ℃. Replacing surfaces with points
Technical Parameter
Pipeline materials: ordinary carbon steel, stainless steel, alloy steel, etc
Wall thickness range: 0-40mm
Working temperature: -30 ℃ -500 ℃
Detection accuracy: ± 0.01mm
Minimum pipe diameter detected: DN15
Service advantages
Continuity: Long term service to specific devices, with sufficient understanding of the risk areas of the devices.
Systematic: It can be checked one by one for each device and circuit to avoid potential hazards.
Timeliness: Personnel are on standby for a long time and can timely discovery
Tianjin Yinke Boiler Testing
Tianjin Yinke Boiler Inspection uses our company's independently developed pulse eddy current precise scanning technology as a means to comprehensively scan and inspect the water-cooled wall and its pipelines of the boiler through specific sensors. The distribution of wall thickness is directly displayed through computer software algorithms to determine the size and range of defects. Finally, ultrasonic thickness measurement technology is used to review the defect area and mark and photograph the problem area for disclosure. The scanning of water-cooled walls and their associated pipelines can detect internal and ..
Technical advantages
Accurate positioning: On site mapping provides a visual representation of the reduction in wall thickness and the size of the location.
Surface scanning: Surface scanning has high efficiency, detecting the entire surface of pipelines to avoid missed inspections.
Technical Parameter
Pipeline materials: ordinary carbon steel, stainless steel, alloy steel, etc
Wall thickness range: 0-40mm
Detection accuracy: ± 0.01mm
Minimum pipe diameter detected: DN15
Technical Comparison
Traditional ultrasonic thickness measurement can only detect a point like area the size of a probe, and cannot detect wall thickness corrosion and thinning defects in other parts of the pipeline, making it easy to miss detection.
Tianjin Yinke Hidden Danger Investigation Technology
The Tianjin Yinke hidden danger investigation technology is based on our company's independently developed pulse eddy current precise scanning technology, equipped with specific sensors, to perform pulse eddy current precise scanning and detection on equipment and pipelines that are prone to corrosion in key areas of the device...
Technical advantages
On site mapping provides a visual representation of the thinning of wall thickness and its location and size. The surface of the on-site pipe fittings does not require special treatment, and dust, insulation cotton shavings, rust layers, etc. do not affect the detection accuracy, making the operation more convenient and efficient.
Technical Parameter
Pipeline materials: ordinary carbon steel, stainless steel, alloy steel, etc
Wall thickness range: 0-40mm
Working temperature: -30 ℃ -500 ℃
Detection accuracy: ± 0.01mm
Minimum pipe diameter detected: DN15
Technical Comparison
Traditional ultrasonic thickness measurement can only detect a point like area the size of a probe, and cannot detect wall thickness corrosion and thinning defects in other parts of the pipeline, making it easy to miss detection.
Pulse eddy current scanning technology for Tianjin Yinke heat exchanger tube bundle
The pulse eddy current scanning technology for Tianjin Yinke heat exchanger tube bundles is based on our company's independently developed pulse eddy current precise scanning technology. It is equipped with specific tube bundle detection sensors and dedicated spectrum analysis software..
Technical advantages
Accurate positioning: On site mapping provides a visual representation of the reduction in wall thickness and the size of the location.
Surface scanning: Surface scanning has high efficiency, detecting the entire surface of pipelines to avoid missed inspections.
Technical Parameter
Pipeline materials: ordinary carbon steel, stainless steel, alloy steel, etc
Wall thickness range: 0-40mm
Working temperature: -30 ℃ -500 ℃
Detection accuracy: ± 0.01mm
Minimum pipe diameter detected: DN15
Technical Comparison
Traditional ultrasonic thickness measurement can only detect a point like area the size of a probe, and cannot detect wall thickness corrosion and thinning defects in other parts of the pipeline, making it easy to miss detection.
Tianjin Yinke Corrosion Data Platform
Tianjin Yinke Corrosion Data Platform is a corrosion management auxiliary software independently developed by Tianjin Yinke and has relevant intellectual property rights. It is mainly based on the actual corrosion cases discovered on site by Tianjin Yinke since 2014 through pulse eddy current precise detection technology, as well as the corresponding detection data and process parameters established in a big data system. Through certain logical relationships and algorithms, it realizes 8 modules and more than 20 sub functions including equipment pipeline risk assessment, auxiliary development of detection plans, and prediction of equipment pipeline remaining life.
Software Highlights
Corrosion Case Database
100000+testing data, supported by 3000+corrosion cases.
Development of testing plan
Rate and score risk factors, and scientifically develop testing methods
Major function
Asset ledger management
Equipment pipeline risk assessment
Corrosion risk warning
Auxiliary development of testing plan
Prediction of remaining service life of equipment pipelines
Tianjin Yinke Elementary School takes over the testing
Introduction to Small Takeover Testing: Tianjin Yinke Small Takeover Testing uses our company's independently developed pulse eddy current precise scanning technology as a means. Through specific sensors, small takeover pipes with a diameter of DN50 or less are scanned, and signals are analyzed and processed using specific algorithms. The distribution of wall thickness can be directly displayed, and the size, range, and degree of corrosion of defects can be determined on site.
Technical advantages
1. Compared to other detection techniques, the special tooling equipment of this technology has a higher degree of adhesion with the surface of the small nozzle; 2. High detection efficiency, rapid scanning can simultaneously detect thinning of the body and subtle surface defects without the need for paint removal or embroidery;
Technical Parameter
Pipeline materials: ordinary carbon steel, stainless steel, alloy steel, etc
Wall thickness range: 0-40mm
Working temperature: -30 ℃ -500 ℃
Detection accuracy: ± 0.01mm
Minimum pipe diameter detected: DN15
Service advantages
Traditional ultrasonic thickness measurement can only detect a point like area the size of a probe, and cannot detect wall thickness corrosion and thinning defects in other parts of the pipeline, which is prone to missed detection and has low detection efficiency; The temperature for phased array detection cannot exceed 100 ℃ and can only be detected at room temperature;
Product Center
In petrochemical production, it is difficult to monitor corrosion in easily corroded areas, confined spaces, and high-altitude areas, and traditional detection methods are difficult to obtain data regularly and accurately. To address the monitoring gaps in these scenarios and assist enterprises in predicting risks through data-driven means, Tianjin Yinke New Creation relies on pulse eddy current technology to develop online monitoring equipment, achieving regular data collection and wall thickness trend analysis of key parts, and providing support for safety production.

Corrosion Monitoring and Management System

The Corrosion Monitoring and Management System integrates risk assessment, recommended investigation, detection management, and data processing. Combining the accumulated detection data of petroleum and chemical groups...

Yinke Eagle Eye Online Corrosion Monitoring Equipment

In high-risk, high-altitude, and confined space areas, traditional manual inspections are difficult to reach and pose high risks. Thanks to the online corrosion monitoring equipment of the Science Eagle Eye, intelligent technology has reshaped the safety defense line!

About Us
Tianjin Yinke Xinchuang was founded in 2014, with a mission to tackle corrosion challenges with passion and technological innovation. We are committed to providing corrosion monitoring and testing solutions for production sites, and ensuring safety in production. The company's main business is precise pulse eddy current scanning, with 55 independent intellectual property rights. Currently, it has been granted 6 invention patents, 43 utility model patents, and 6 computer software copyrights. It is a participant in the formulation of the guidance for pulse eddy current scanning by Sinopec's Refining Division and a major provider of recommended key scanning areas. It has strong technical strength in pulse eddy current scanning. At present, the company's main business types include equipment high-risk area investigation services, equipment corrosion maintenance services, heating furnace tube and bundle detection services, wall thickness online real-time monitoring services, corrosion management platform development services, etc.
10th Anniversary Zone
Annual Meeting Ceremony