List of Testing Equipment and Devices products

For those who have isolators. Achieving high chemical resistance and workability. Low cost and short delivery times are also possible for glove box and isolator gloves.

• Work gloves

Decompose and oxidize the sample using a combustion tube! Quantitative analysis of the nitrogen content in the sample.

• Testing Equipment and Devices

The target oil type is gasoline! Samples with an electrical conductivity range of 5 μS/m to 200 S/m (at 25°C) will be measured.

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Using potentiometric titration! Test to determine the acidity in fuel ethanol.

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The target oil type is gasoline! Measuring the evaporation residue of fuel ethanol.

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Oxygen is sealed until the specified pressure! A test to evaluate the oxidative stability of fuel oil.

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Measure the heat quantity (J/g) that includes the latent heat of condensation and sensible heat of the water vapor in the combustion gas!

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A test to measure the mass of particulate contaminants contained in aviation fuel!

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The subject oil type is heavy oil! A test to measure the mass of fine particulate contaminants in heavy oil A.

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Observe the changes in thermal energy of the sample! Temperature and other conditions can be adjusted according to your requests.

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Observe the trends of weight loss rate, decomposition, oxidation, combustion, etc., when heat is applied to the sample!

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Add ultrapure water to the sample to extract anions! Measure using ion chromatography.

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Measure the concentration of additives in new oil and the wear metal content in used oil! Dilute the sample in kerosene and introduce it into the plasma.

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The target oil type is FAME and others! Measure the intensity of light emitted when returning from an excited state to the ground state.

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Classified as monocyclic aromatic, bicyclic aromatic, and polycyclic aromatic! Also applicable to BDF blended light oil.

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Qualitative and quantitative analysis of additives in the sample! The target oils include engine oils and automotive gear oils.

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We will calculate based on the height of the absorption bands observed in fatty acid methyl esters!

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Analyzing the spectrum obtained from infrared spectroscopy (K526)! Conducting speculation on foreign substance contamination, etc.

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Mainly targeting organic compounds! Samples can be measured in either liquid (liquid film method) or solid (ATR method).

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Measuring the distillation characteristics of the sample! We will determine the temperature and the distillate percentage for each 1% of the distillate volume based on the number of carbon atoms.

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Mainly conduct qualitative and quantitative analysis of base oils for lubricants and the components of the additives contained!

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Mainly measuring light-colored samples such as kerosene and white oil! Introducing fuel testing analysis.

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Testing the density of samples at 4℃ to 60℃! Various oils are the subjects.

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A test to measure kinematic viscosity at 30℃! Calculate the kinematic viscosity by multiplying the capillary's specific constant.

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A test to measure the minimum temperature at which the sample flows! Various oils are the subjects.

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Test to measure the vapor pressure of fuel oil! Measuring the pressure of the vapor present in the sample in the air.

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Measuring with a dedicated CFR engine! We will investigate the anti-knock properties.

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Test for measuring the cetane number of diesel fuel! The target oil types are diesel fuel and FAME (fatty acid methyl esters).

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The target oil types are light oil and heavy oil! Measuring the coke-like carbon residue remaining after combustion.

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We will calculate the density, sulfur content, ash content, and moisture content at 15℃ using the measurement results and formulas!

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The target oil types are heavy oil and light oil (including mixed light oil)! We will determine the heat value (J/g) of the sample.

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Calculate using a formula based on the measurement results! It is also called low calorific value.

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Heating and measuring at 775℃! A test to measure the mass of residual carbonaceous material.

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The target oil types are gasoline and kerosene! A test to measure evaporative residues.

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The required amount is 100ml! A test to measure the residual substances of gasoline evaporation.

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Measure the mass of the sludge generated when the sludge in heavy oil and heavy oil are accelerated to degrade!

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Crude oil, raw oil, and additives are the targets! Calculate the water content based on the volume of the water layer after separation.

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A test to measure the concentration of coumarin in the sample! It emits fluorescence when exposed to ultraviolet light.

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Measuring the time until the pressure drop point! A test to measure the oxidation stability of automotive gasoline.

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Mainly measuring the presence of acids and bases in heavy oil! Adding indicators to the separated water layer and observing the color changes.

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The target oil types are engine oil, automotive gear oil, etc.! The kinematic viscosity is measured at the specified temperature below 0°C.

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Quantitative analysis of sulfur content by measuring the intensity of element-specific X-rays generated!

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The target oils are kerosene and light oil! Quantitative analysis of chlorine content in the sample.

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The target oil type is gasoline! Measuring the pH in fuel ethanol.

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Quantification of methanol and other organic impurities in fuel ethanol!

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Measuring the density of the sample (15°C)! Test to determine the alcohol content in fuel ethanol.

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Filtration of FAME! A test to measure the amount of solid impurities contained in the sample.

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Quantification of fatty acid methyl esters (FAME) and triglycerides in diesel fuel!

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Measure the heat value (J/g) excluding the latent heat and sensible heat of the water vapor in the combustion gas!

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The target oil type is gasoline! A test to measure the moisture content in ethanol used for automotive fuel blending.

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A test to quantify the carbon, hydrogen, and nitrogen components in the sample! We will determine the elemental concentrations.

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Quantification of chlorine content in the sample! The target oil types are diesel (including mixed diesel) and kerosene (including jet fuel).

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After burning and ashing the sample, perform alkaline fusion treatment to obtain a solution! Measure the light intensity for quantitative analysis.

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The required amount is 10ml! Determine the ratio of the saturated fraction, aromatic fraction, resin fraction, and asphaltene fraction.

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Classified into saturated fractions, olefin fractions, monocyclic aromatics, bicyclic aromatics, and polycyclic aromatics!

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Estimate the mass-to-charge ratio of organic compounds! The measurable molecular weight is approximately 200 to 1600.

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The target oil types include gasoline and kerosene (including jet fuel)! Consultation is required for the details of your request.

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Determine the ratio of each n-paraffin to others in fuel oil! This includes kerosene and diesel.

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This is a driver's aid controller. A commercially available LCD monitor can be used for the display that shows the driving mode.

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Complies with the concrete compressive strength testing method of JIS A 1108. Operability, reliability, and information processing capabilities are improved through computer control.

• Testing Equipment and Devices

Metal test specimens are the subject. Compliant with 'JIS B 7722', 'JIS Z 2242', or 'ASTM E23', 'ASTM A370'.

• Testing Equipment and Devices