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Comprehensive solutions for the electroplating industry
Category ： Solution1
Release time： 2014-03-17 16:46
1. Comprehensive solutions for electroplating industry
Electroplating is an indispensable basic process industry in the national economy, and it is also a heavy polluting industry. The exhaust gas, waste water and waste residue caused by electroplating seriously affect people's life and health. In order to improve the strength of electroplating companies, it is necessary to start from the hardware of the enterprise. Internal control testing is an indispensable link, among which product film thickness detection, RoHS harmful element detection, electroplating solution analysis, electroplating industrial wastewater, heavy metal detection in waste residue and water quality online testing are the most important. Based on strong R&D and application capabilities, Tex Instruments Co., Ltd. has developed an effective test solution especially for the electroplating industry.
Coating film thickness detection: Effectively carry out product quality control of coating thickness
Plating solution analysis: Accurately detect the composition and concentration of the plating solution to ensure the quality of the plating
On-line monitoring of water quality: Effectively monitor the content of harmful substances in industrial wastewater generated by electroplating, which has reached the discharge standard
RoHS harmful element detection: For electroplating products to meet RoHS standards, strict quality control
Heavy metal and bath impurity detection: effectively detect the heavy metal content in electroplating finished products, as well as industrial wastewater and waste generated by electroplating
2. The energy dispersive X fluorescence spectrometer series produced by Depu Instrument Co., Ltd. is applied to the above five needs in the electroplating detection industry:
(1) The coating film thickness detection and electroplating solution analysis can be accurately analyzed;
(2) RoHS harmful element detection, heavy metal detection, tank impurity detection, and online monitoring of water quality can be quickly detected to detect whether heavy metals in the environment exceed the standard.
At the same time, it has the following characteristics
Fast: The thickness of the sample coating can be determined in 1 minute and the measurement accuracy requirements can be achieved.
Convenient: Some models of X fluorescence spectrometer use the most advanced electrically cooled semiconductor detector imported internationally, with an energy resolution better than 135eV and higher test accuracy. And no liquid nitrogen refrigeration, no regular replenishment of liquid nitrogen, more convenient operation and use, and lower operating costs than other products of the same kind.
Non-destructive: Before and after the test, there is no change in the sample in any way.
Intuitive: Real-time spectra to visualize elemental content.
Wide test range: X-fluorescence spectrometer, is a physical analysis method independent of the chemically bound state of the sample. Elements that are chemically homogeneous can also be analyzed, and vacuum can test from Na to U.
High reliability: Due to the absence of human factors in the test process, the analysis accuracy, repeatability and stability of the instrument itself are high. As a result, the measurement reliability is higher.
TO MEET DIFFERENT NEEDS: THE TEST SOFTWARE IS WINDOWS OPERATING SYSTEM SOFTWARE, EASY TO OPERATE, POWERFUL, THE SOFTWARE CAN MONITOR THE STATUS OF THE INSTRUMENT, SET THE INSTRUMENT PARAMETERS, AND THERE ARE A VARIETY OF ADVANCED ANALYSIS METHODS, THE WORKING CURVE PRODUCTION METHOD IS FLEXIBLE AND DIVERSE, CONVENIENT TO MEET THE TESTING NEEDS OF DIFFERENT SAMPLES OF DIFFERENT CUSTOMERS.
Cost-effective: Compared with chemical analysis instruments, X fluorescence spectrometer has advantages in the overall cost of use, which can be accepted by more enterprises and manufacturers.
Simple: low technical requirements for personnel, simple and convenient operation, and simple and convenient maintenance.
3. Depu has been committed to the cause of analytical instruments, and believes that Depu will provide competitive solutions and services for customers in the electroplating industry.
As a comprehensive instrument supplier integrating instrument research and development, system design, product production and service provision, Depu Instrument has always strictly followed the customer service concept of "360° quality service", with the fundamental goal of improving customer satisfaction, and providing customers with a full range of quality services from various aspects such as service strength, service process and service content.
Our company provides customers with technical consultation, scheme design, technical exchange, product manufacturing, system integration, site investigation, project implementation, technical training, service hotline, fault handling, return visit, patrol inspection and other whole process, all-round and full series of services. These not only allow customers to experience the high-quality service of Depu Instruments, but also create higher value for customers.
"Fast, accurate and on-the-spot service"
Minimum delivery time
Fastest installation
Shortest maintenance intervals
Maximum warranty period
The most personalized service
Minimum maintenance costs
Inspection solutions
Coating film thickness IDP3200 coating thickness gauge
1. Instrument overview
The IDP3200 Coating Thickness Gauge is a new high-end instrument specially designed for coating thickness measurement. Mainly used in: thickness measurement of metal coating, determination of electroplating solution and coating content; Content detection of gold, platinum, silver and other precious metals and various jewelry.
Performance benefits
1. Precision three-dimensional mobile platform
2. Excellent sample observation system
3. Advanced image recognition
4. Easily realize the detection of deep tank samples
5. Four kinds of microhole focusing collimator, automatic switching
6. Double protection measures to achieve seamless collision prevention
7. The use of large-area high-resolution detector can effectively reduce the detection limit and improve the test accuracy
Fully automatic intelligent control mode, one-button operation!
Automatic self-test and reset at startup;
Open the lid to automatically exit the sample stage, and raise the Z-axis test platform to facilitate lofting;
Close the lid to advance the sample stage, lower the Z-axis test platform and automatically complete the focus;
Directly click the panoramic or partial image to select the test point;
Click the Software Interface Test button to automatically complete the test and display the results.
Technical indicators
Analytical element range: sulfur (S) ~ uranium (U)
Simultaneous detection of elements: up to 24 elements, up to 5 coatings
Detection limit: up to 2ppm, the thinnest can be tested 0.005μm
Analytical content: typically 2ppm to 99.9%
Coating thickness: generally within 50μm (different for each material)
Repeatability: up to 0.1%
Stability: up to 0.1%
SDD detector: resolution down to 135eV
Advanced microhole collimation technology: minimum aperture up to 0.1mm, minimum spot up to 0.1mm
Sample observation: Equipped with two industrial HD cameras, panoramic and local
Collimator: 0.3× 0.05mm, Ф0.1mm, Ф0.2mm and Ф0.3mm four collimator combinations
Instrument dimensions: 690(W) x 575(D) x 660(H)mm
Sample chamber dimensions: 520(W) x 395(D)x150(H)mm
Sample stage size: 393(W) x 258 (D)mm
X/Y/Z platform moving speed: rated speed 200mm/s Maximum speed 333.3mm/s
X/Y/Z platform repeatability positioning: less than 0.1um
Operating ambient humidity: ≤90%
Operating environment temperature: 15 °C ~ 30 °C
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FAQ
Can ROHS testing instruments test metal elements?
ROHS detection instrument is a professional equipment used to detect whether electronic components, household appliances, toys and other products contain harmful substances. These harmful substances may pose a long-term threat to humans and the environment, so the application of ROHS detection instruments is of great significance.
The answer to the question of whether ROHS detection instruments can test metal elements is affirmative. Because the scope of ROHS testing not only includes harmful substances, but also includes the detection of metal element components in qualified products. These metal elements include lead, cadmium, mercury, etc., which are widely used in product manufacturing. Although these elements are necessary, excessive use poses great harm to human health and environmental protection. Therefore, the emergence of ROHS detection instruments has brought great convenience to our detection of metal elements.
Which is the best gas chromatograph?
Gas chromatograph is a commonly used analytical instrument, which is widely used in chemistry, biology, medicine and other fields. However, there are many gas chromatograph brands on the market, and the prices are far from the same, making it difficult to choose. So, which gas chromatograph is better?
First of all, we need to understand the basic principles and performance indicators of gas chromatographs. Gas chromatograph uses samples to evaporate into a gaseous state at high temperatures, separate them by column, and then detect the degree and content of different components by detectors. Common performance metrics include resolution, sensitivity, linear range, repeatability, and more.
When choosing a gas chromatograph brand, we can consider the following aspects:
1. Brand awareness and word of mouth. Well-known brands usually have high technical strength and after-sales service guarantee, and have a better reputation.
2. Technological innovation and R&D capabilities. Gas chromatograph technology is constantly updated, and brands with strong R&D capabilities and technological innovation capabilities are more competitive.
3. Product performance and price. The performance and price of different brands of gas chromatographs vary greatly, and you need to choose according to your actual needs and budget.
4. After-sales service and technical support. Various problems may occur during the use of the gas chromatograph, and after-sales service and technical support can solve the problem in time to ensure that the instrument is running.
Which is the best service provider for RoHS spectrometers?
RoHS spectrometer is an instrument used to detect harmful substances in products. It can detect whether products contain lead, mercury, cadmium, Hexavalent chromium and other harmful substances to ensure human health and environmental safety. So, which one is the best service provider for RoHS spectrometers?
Firstly, we need to understand the basic principles and detection methods of RoHS spectrometers. RoHS spectrometer is an instrument based on the principle of spectral analysis, which can determine whether a sample contains harmful substances by analyzing the elements and compounds in the sample. The detection method of RoHS spectrometer is generally X-ray fluorescence spectroscopy (XRF).
What instruments are used to detect RoHS in electronic and electrical products?
RoHS (Restriction of the Use of Certain Hazardous Substances Directive) is a regulation established by the European Union aimed at limiting the content of harmful substances used in electronic and electrical products. These harmful substances include lead, mercury, cadmium, Hexavalent chromium, polybrominated biphenyls and polybrominated diphenyl ethers. To ensure product compliance with RoHS regulations, specific instruments need to be used for testing.
RoHS testing instrument is a device specifically designed to detect the content of harmful substances in electronic and electrical products. These instruments can detect the content of lead, mercury, cadmium, Hexavalent chromium, polybrominated biphenyls, Polybrominated diphenyl ethers and other harmful substances in products. RoHS test instruments are usually tested with X-ray fluorescence (XRF).
What is ROHS testing?
ROHS testing, full name Restriction of Hazardous Substances testing, refers to the testing of the content of specific hazardous substances in electrical and electronic products and wire and cable products to ensure that the products comply with relevant regulations and standards, thereby protecting consumers and the environment from harmful substances.
The origin of ROHS testing can be traced back to the European Union's Restriction of the Use of Certain Hazardous Substances Directive (RoHS Directive) issued in 2003, which requires companies to limit the content of harmful substances such as lead (Pb), mercury (Hg), cadmium (Cd), hexavalent chromium (Cr6+), polybrominated biphenyls (PBB) and polybrominated diphenyl ethers (PBDE) in electrical and electronic products and wire and cable products sold in the European market, and requires enterprises to test the content of their products.
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