T4 Mini spark optical emission spectrometer creatively combined with world leading argon circulation technology enables the analysis of Fe, Al, Cu, Zn, Ni, Pb, Mg etc. bases materials. It is an ideal solution to fast and accurate quantitative analysis near the furnace, metal material quality control and scientific research.
Argon Circulation
* Excellent sealing of optics keeps long time internal argon purity.
* Advanced argon purged optics, optimized performance for UV elements.
* Argon circulation filter device eliminates the air molecules and improves the reliability of optics.
* Stable pressure of optics avoids the optical drift and enhances long-term stability of the instrument.
* Low argon consumption and economic efficiency.
CMOS Full Spectrum Analysis Technology
* Abundant spectrums, better accuracy of the analysis.
* Full spectrum distinguishing background to improve analysis accuracy.
* Intelligently selecting appropriate sensitive wavelength, applied multi-spectrum fitting technology, outstanding performance for general value of content.
* Application of multi-spectrum fitting technology eliminates the interference of the spectrum and achieves accurate measurement.
Original Real-time Intelligent Drift Correction Technology
* Real time spectrum drift correction when analyzing, enhances the stability of instrument.
* Automatic calibration, easier operation.reduce frequency of standardization.
Professional And Simplified Operating Software
* Intelligently select the matching program to obtain more accurate analysis results
* Enable Quantitative analysis of unknown samples.
* Easily set the upper and lower limits according to user's quality standards.
* Automatically determine whether sample composition pass or fail.
* Identify sample grade fast and easily classify unknown materials.
* Software interface indicating real time instrument running status.
* Warning the instrument maintenance and cleaning time.
One-button Operation
* One-button operation for quick and easy handling, adjusted to factory requirement.
| Optical System | Paschen-Runge system;
High resolution.Multi-CMOS detectors;
Wavelength:175-520 nm;
Constant temperature |
| Spark Stand | Open spark stand reduces the gas consumption;
Sample clamp :Customized;
Four-way argon flushing design;
Easy to clean and maintain |
| Spark Source | Programmable digitalized source;
Maximum discharge frequency: 1000Hz;
Maximum discharge current: 400A;
Spark Excitation Pulse: 20-230V;
Aperture: 13mm |
| Argon | Purity: 99.999%;
Import pressure: 0.5 MPa;
Excitation flow:3.5L/min;
Standby flow: 0.1L/min |
| Power Supply | (220±20)V AC,(50±1)Hz |
| Working Environment | 10℃ to 30℃ |
| Dimension | 818 x 590 x 396 mm |
| Weight | 70kg |
* Foundry Metallurgical Industry
T4 is a quick assistant for rapid quantitative analysis and metal material quality monitoring in front of metallurgical furnace. Its analytical precision can meet the requirements of laboratory level with stable and reliable data. T4 is applied to incoming materials inspection and quality control for metallurgy, casting, machining and other industries.
* Machining
T4 provides production guidance for metal parts manufacturing and ensure that the quality of critical metal parts meets application requirements. T4 has advantage of high analysis precision, low detection limit and fast analysis speed. It can provide brand identification and element detection, product quality control.
* Laboratory Research
In the development of alloy materials, the ratio of raw materials to distribution is required. T4 can help to improve the quality of alloy materials and provide material basis for advanced equipment manufacturing.
