Intelligent flash point tester

MINIFLASH FP VisionIntelligent flash point testerIt is a high-performance productIntelligent flash point testerSpecially designed for precise flash point testing of liquid and solid samples. The equipment adopts a professional flash point detection method originating from Grubner, Austria, and is equipped with an energy controllable arc ignition system. The entire process adopts a continuous closed cup testing process, and through real-time monitoring of instantaneous pressure changes in the testing chamber, the flash point is sensitively and accurately determined.

Product Features:

• Meets the flash point testing standards of ASTM D6450, SH/T 0768 (continuous closed cup flash point), and ASTM D7094 (modified continuous closed cup flash point)

• Equivalent to EN ISO 2719, well correlated with ASTM D56, ISO13736, IP170 flash point testing methods

• Automatic ignition cleaning method

• Higher safety ignition protection technology

• There are no open flames or irritating gases in the laboratory

• Higher accuracy (see precision)

• Remote operation function

• Large, full-color touch screen, convenient and intuitive menu navigation interface

• Due to the small sample volume, 1-2ml, and short measurement time (depending on the sample type)

• Combustion analysis

• By utilizing Peltier protection technology, the instrument is equipped with better thermoelectric heating and cooling regulation functions

Product Description: How to Translate

MINIFLASH FP VisionIntelligent flash point tester The use of a heating structure at the top of the testing chamber can effectively prevent high volatility samples from condensing during the testing process, ensuring the accuracy and reliability of the detection results in principle. At the same time, the instrument adopts a continuous closed cup innovative design, which only requires 1-2 mL of trace samples to complete the detection, significantly reducing sample consumption while improving testing safety and reducing harmful smoke volatilization. After the test is completed, the thermoelectric control system can achieve rapid cooling, convenient and efficient operation of the whole machine, significantly shorten the detection cycle, save labor costs, and is an ideal solution for flash point detection of oil and chemical samples.

Compliant with standards:

ASTM D56 Standard Test Method for Determining Flash Point with Tiger Closed Cup Flash Point Tester

ASTM D93 Standard Test Method for Determining Flash Point with Binsky Martin Closed Cup Flash Point Tester

ASTM D6450 Standard Test Method for Determining Flash Point with Continuous Closed Cup (CCCFP) Tester

ASTM D7094 Standard Test Method for Determining Flash Point with Modified Continuous Closed Cup (MCCCFP) Tester

ISO 13736/IP 170 Determination of flash point Abel closed cup flash point determination method

ISO 2719 Determination of flash point Binsky Martin closed cup flash point determination method

SH/T 0768-2005 Flash point determination method (normally closed closed cup method)

SN/T 3077.1-2012 Determination of flash point for normally closed closed cup

SN/T 3077.2-2012 Determination of Flash Point Improved Continuous Closed Cup Method

DL/T 1354-2014 Determination of Closed Flash Point of Electric Power Oil - Trace Normally Closed Method

Application fields:

1. Petrochemical industry: flash point testing of residues, oil sludge, asphalt, etc.... Quickly screen aviation fuel, diesel to check for the presence of low flash point pollutants.

2. Pharmaceutical industry: Flash point testing of solvent products containing ethanol, isopropanol, glycerol, etc.

3. Transportation industry: Conduct flash point testing on flammable materials to check if they comply with transportation safety regulations.

4. essence and fragrance industry: flash point test of aromatic products containing ethanol solvent.

5. Paint and coating industry: Conduct flash point tests on solvent based coatings, varnishes, and enamels to determine safer storage methods.

6. Waste disposal: Flash point testing of industrial waste, such as solid (filter slurry...) and unknown liquid hydrocarbon mixtures.