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Aniline Point Tester LMAPT-A100 determines the aniline point of a petroleum product, particularly hydrocarbons like oils, fuels, and lubricants that help to predict the solubility and miscibility. Equipped with a heating system that allows precise temperature control from room temperature to 150°C to ensure accurate measurements. It features a continuously adjustable speed regulation motor for enhanced operational smoothness.
Specifications
| Measurement Range | Room temperature to 150°C |
| Stirring Speed | 0 to 1200 r/min |
| Heating Power | 25W |
| Interior Dimension | 360 × 250 × 545 mm |
| Exterior Dimension | 370 × 320 × 630 mm |
| Power Supply | AC 220 V ± 10 %, 50 Hz |
Pricing
| Product | Price | Unit | Action |
|---|---|---|---|
| Aniline Point Tester LMAPT-A100 | $ 2075 | Each of 1 |
Features
Enhanced with an automatic alarm system, complete with both audible and visual alerts, to detect the endpoint accurately
Incorporated with an electric sample heater to ensure the reliable and convenient heating of samples
Allows for manual adjustment of temperature control, offering a high degree of precision and accuracy
Meticulously crafted in strict adherence to the ASTM D611 standard which delineates the "Test Methods for Aniline Point of Petroleum Products"
Applications
It plays a crucial role in the petroleum industry, chemical industries, and research and development laboratories by determining the aniline point of hydrocarbon products, which is essential for quality control, product classification, and process optimization in petroleum.
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$ 3187.5 / Each of 1
Frequently Asked Questions
1 What is an Aniline Point Tester LMAPT-A100?
An Aniline Point Tester LMAPT-A100 is an apparatus designed to measure the aniline point of petroleum products.
2 How does Aniline Point Tester LMAPT-A100 work?
Aniline Point Tester LMAPT-A100 heats a mixture of the test sample and aniline until fully miscible to determine the aniline point as per standard procedures.
3 What types of samples can be tested using Aniline Point Tester LMAPT-A100?
Aniline Point Tester LMAPT-A100 is used to test petroleum-based liquids, including diesel, jet fuels, and lubricating oils.
4 Is Aniline Point Tester LMAPT-A100 suitable for laboratory use?
Aniline Point Tester LMAPT-A100 is specifically designed for laboratory environments and offers precise, repeatable measurements ideal for quality control and research.
5 Why is Aniline Point Tester LMAPT-A100 important in fuel testing?
Aniline Point Tester LMAPT-A100 is important in fuel testing because it helps evaluate the aromatic content of fuels, which affects combustion quality and engine performance.
6 How does Aniline Point Tester LMAPT-A100 benefit petrochemical research?
Aniline Point Tester LMAPT-A100 benefits petrochemical research by offering accurate aromatic content data essential for developing new fuel blends and materials.
7 Is Aniline Point Tester LMAPT-A100 used in the development of military or aviation fuels?
Aniline Point Tester LMAPT-A100 is used in the development of specialized fuels like military and aviation grades, where aromatic balance is critical to performance and safety.
8 What role does Aniline Point Tester LMAPT-A100 play in hydrocarbon structure-property analysis?
Aniline Point Tester LMAPT-A100 helps correlate molecular structure with miscibility behavior, supporting structure-property relationship analysis in hydrocarbon research.
9 Is Aniline Point Tester LMAPT-A100 suitable for testing experimental or synthetic fuel prototypes?
Aniline Point Tester LMAPT-A100 is widely used to analyze experimental or synthetic fuels, providing data essential for verifying aromatic content and chemical behavior.
10 How does Aniline Point Tester LMAPT-A100 integrate with spectroscopic or chromatographic analysis?
Aniline Point Tester LMAPT-A100 complements spectroscopy and chromatography by providing a physical miscibility property that correlates with aromatic compound presence.
11 What is an Aniline Point Tester?
An Aniline Point Tester is an apparatus designed to determine the aniline point of petroleum products, which is the lowest temperature at which equal volumes of aniline and the test sample are completely miscible.
12 Why is Aniline Point Tester important in the petroleum industry?
It is important in the petroleum industry because it helps assess the aromatic content in fuels and lubricants, which influences ignition quality and solvency characteristics.
13 How does Aniline Point Tester work?
It works by gradually heating a mixture of aniline and the test sample while stirring, until the two substances become fully miscible, indicating the aniline point.
14 How is Aniline Point Tester used in diesel fuel analysis?
It is used in diesel fuel analysis to determine the aromatic content, which affects the combustion quality and cetane number of the fuel.
15 What role does Aniline Point Tester play in lubricant formulation?
It helps in lubricant formulation by identifying the solvency properties of base oils, aiding in the compatibility assessment with additives and seal materials.
16 Can Aniline Point Tester be used in quality control of aviation fuels?
It is used in quality control of aviation fuels to ensure aromatic content stays within safe limits, impacting thermal stability and combustion performance.
17 How does Aniline Point Tester assist in determining fuel blending ratios?
It assists in fuel blending by measuring the miscibility of different fuel components, ensuring optimal performance and stability of the blend.
18 Is Aniline Point Tester applicable in rubber and polymer industries?
It is used in the rubber and polymer industries to assess the solvency characteristics of oils used as plasticizers or processing aids.
19 Can Aniline Point Tester be used in environmental testing?
It is used in environmental testing to screen petroleum products for high aromatic content, which can be more toxic and less biodegradable.
20 How does Aniline Point Tester contribute to material compatibility testing?
It contributes to material compatibility testing by indicating solvent aggressiveness, helping manufacturers choose appropriate rubber, plastic, or elastomer materials.