EIE-VIS-11 Viscometer & Viscosity Index Integrated Intelligent Analyzer

ASTM D455-2010
Analyze the viscosity and viscosity index of the sample in real-time
Unique capillary analyzer
Small size, lightweight, flexible and convenient installation
Explosion-proof
Light maintenance work

Viscosity and viscosity index is the key technical indicators of lubricating oil and its base oil. The Viscometer&Viscosity Index Integrated Intelligent Analyzer, developed by Canada Etech International Enterprises Inc. (EIE), is an intelligent online analysis instrument for the lubricating oil process. It can continuously analyze the viscosity and viscosity index of lubricating oil and its base oil. Continuous detection of these two indicators can continuously monitor oil quality and

SNT 2943-2011, SHT 0231-1992
Improving accuracy and repeatability
Reducing human interaction
The instrument can connect airbags and cylinder samples
Choosing different combinations of high, medium, and low
The built-in inert gas purge function ensures cleanliness.

The auto hydrogen sulfide tester developed by Canada Etech International Enterprises Inc. (EIE) replaces manual operation since the sampling rate of manual sampling is unstable. The traditional hydrogen sulfide detection tube has low accuracy. And the human observes the scale to read the value causes a relatively large error. In terms of efficiency, manual work can only make one sample at

The EIE-RG-22 C9 C10 Aromatic Hydrocarbon Gas Chromatography Analyzer, developed by Canada Etech International Enterprises Inc. (EIE), is composed of an oven, a sampling system, a detection system, AFC gas control system, an autosampler, and workstation/data processing software. The analyzer is dedicated to determining the composition of aromatics in reformed raw materials, reformed gasoline, straight-run gasoline, naphtha, and aromatics separated fractions with a distillation range of less than 210°C.

Technical Features

The analyzer is based on chromatographic column-switching technology to analyze C9 C10 aromatic hydrocarbons and their mixed fractions. After the sampling,

ASTM D93-2010, ISO 2719, GB/T 261-2008
One-Button Start. The tester can automatically perform the ignition, heating , stirring, detection, pressure correction at flash point, printing, and colling.
An advanced 32-bit ARM processor, a high-precision platinum resistor, and 24-bit analog-to-digital converter.
The first non-contact stirring method.
Build-in the atmospheric pressure sensor.

The Touchless Automatic Pensky Martens Flash Point Tester, developed by Canada Etech International Enterprises Inc. (EIE), uses the most advanced international design concepts and test methods in the world, which improves the automation degree of the flash point tester, guarantees the measurement accuracy, and minimized

ASTM D92, ISO 2592:2017, IP 36, GB/T 3536
One-key start
Machine Vision Technology to detect flash point
Widely used in petroleum, electric power, railway, aviation, water transportation, national defence and scientific research etc.

EIE-FP92-3, the Cleveland Open Cup Flash Point Tester, is developed by Etech International Enterprises Inc. (EIE) Canada. It adopts advanced design concepts and combines machine vision image recognition technology, which pushes the automation of the flash point tester to a higher level. It ensures the accuracy, repeatability and reproducibility of the measurement. The traditional flash point method, electrode ion detection, which

ASTM D1322, ISO 3014, GB 382
One-Button start
“Machine Vision” technology adopted
Automatic ignition system
Automatic atmospheric pressure adjustment
Improving the measurement accuracy, repeatability, reproducibility, and making the data more realistic and reliable.

The Jet Fuel Smoke Point Tester, developed by Canada Etech International Enterprises Inc. (EIE), uses the most advanced international design concepts and test methods in the world, which improves the automation degree of the smoke point tester, guarantees the measurement accuracy, and minimizes the adverse consequences caused by operator errors.

The instrument adopts the “Machine Vision” technology at the forefront of

➢ Advanced software can simultaneously run two analyzers doing the analysis automatically in proper sequence

➢ Ensure that the sample enters the instrument as a liquid

➢ Passivated and deactivated piping system prevents the adsorption of trace sample

➢ Inert gas blowing function, to ensure the purification of the injection system, to avoid the sample interference in the pipeline

➢ Processing sample cylinders of 3 or 6.

The unique self-developed software system can automatically run the sample sequence and start the gas chromatography, and also can save/select different analysis methods. One button run to reduce human operation and errors.

Has

➢ Advanced software can simultaneously run two analyzers doing the analysis automatically in proper sequence

➢ Run gas or liquid samples

➢ Passivated and deactivated piping system prevents the adsorption of trace sample

➢ I nert gas blowing function, to ensure the purification of the injection system, to avoid the sample interference in the pipeline

➢ The capacity of working with different gas chromatography (please check with us)

➢ Processing sample cylinders of 3 or 6.

The unique self-developed software system can automatically run the sample sequence and start the gas chromatography, and also can save/select different analysis methods. One button run

➢ Advanced software can simultaneously run two total sulfur analyzers to do the analysis automatically in its own sequence

➢ Run multiple samples automatically without manual operation

➢ Passivated and deactivated piping system prevents the adsorption of trace sample

➢ Inert gas blowing function, to ensure the purification of the injection system, to avoid the sample interference in the pipeline

➢ Processing sample cylinders of 3

The unique self-developed software system can automatically run the sample sequence and start the gas chromatography, and also can save/select different analysis methods. One button run to reduce human

➢ Advanced software can simultaneously run two different analyzers doing the analysis automatically in proper sequence

➢ Run multiple samples automatically without manual operation

➢ Passivated and deactivated piping system prevents the adsorption of trace sample

➢ All sampling functions indicated by “methods” for simple operation

➢ Internal sub-assembly modular, easy troubleshooting, easy maintenance

➢ The filter system can effectively prevent pipeline blockage or pollution

➢ The heating system ensures that the vaporized sample enters the instrument in a gas state.

The unique self-developed software system can automatically run the sample sequence and start the gas chromatography,