Micro Rapid Closed Cup Flash Point Tester(Pensky Martens)
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Whats/App: +86 181 0160 0864
Web: gellowen.co.uk
Automatic Flash Point Tester designed for accurate and repeatable determination of the flash point of petroleum products using the Pensky-Martens closed cup method, fully compliant with ASTM D93.
The flash point of a material is the lowest temperature at which it emits enough vapor to ignite in air in the presence of an ignition source. It is a critical parameter for determining the flammability and safety classification of fuels, oils, solvents, and other volatile substances.
Applications
(1)Petroleum & Petrochemical Industry – Testing fuels, base oils, lubricants
(2)Paints & Coatings – Verifying solvent flash points
(3)Pharmaceuticals & Chemicals – Assessing flammability characteristics
(4)Transport & Safety Compliance – Ensuring materials meet regulatory flash point requirements
(5)Environmental & Quality Labs – Standardized material classification
Standards
(1)SN/T 3077.1-2012: Chemicals—Determination of flash point—Part 1: Closed-cup equilibrium method
(2)SN/T 3077.2-2012: Chemicals—Determination of flash point—Part 2: Closed-cup rapid equilibrium method
(3)SH/T 0768-2005: Determination of total contaminants in middle distillate fuel oils—High-temperature filtration method
(4)DL/T 1354-2014: Preparation method of working standard oil for analysis of dissolved gas components in transformer oil
(5)ASTM D93: Pensker-Martins closed-cup flash point determination
(6)ASTM D6450: Small closed-cup flash point determination method
(7)ASTM D3828: Small closed-cup device method for determining the flash point of liquids
(8)ASTM D7094: Improved continuous closed-cup flash point determination method
(9)ASTM D7236: Improved Abel closed-cup flash point determination method
(10)ASTM D56: Tiger closed-cup flash point determination method
(11)ISO 2719: Petroleum products—Determination of flash point—Pensker- Martins Closed Cup Method
(12)ISO 13736: Petroleum Products - Determination of Flash Point - Abel Closed Cup Method
(13)ISO 1516: Petroleum Products - Determination of Flash Point - Tiger Closed Cup Method
(14)ISO 1523: Petroleum Products - Determination of Flash Point - Small Closed Cup Method
(15)IP 34: Determination of Flash Point - Abel Closed Cup Tester Method
(16)IP 304: Determination of Flash Point - Small Closed Cup Method
(17)IP 170: Determination of Flash Point - Pensker-Martins Closed Cup Tester Method
(18)DIN EN 22719: Petroleum Products - Determination of Flash Point - Pensker-Martins Closed Cup Method
(19)JIS K2265: Petroleum Products - Determination of Flash Point
(20)NF M 07-019: Petroleum Products - Determination of Flash Point - Pensker-Martins Closed Cup Method
Features
(1)It adopts the advanced continuous closed - cup flash - point test method, which is more accurate and efficient.
(2)It requires a small sample amount, resulting in low test costs and minimal pollution.
(3)With continuous closed - cup operation, there is no open flame, ensuring high safety.
(4) It has a built - in refrigeration module, offering a wide flash - point test range and a fast cooling rate.
(5)Standard test methods are preset and can be associated with other closed - cup methods.
(6)It features fully automated detection and automatically corrects the flash - point based on atmospheric pressure.
(7) It displays temperature and pressure curves in real - time, making the test process more intuitive.
(8)The test results include a temperature - pressure rise curve, providing more information about flash combustion.
(9) Key components are from well - known international brands, ensuring long - term stable operation.
(10) It supports user - level management, enabling the management and control of accounts at different levels.
(11)The USB interface is plug - and - play. An optional thermal printer is available for convenient data management.
(12)It is equipped with a 7 - inch color touch screen that supports Chinese input, making the operation intuitive and simple.
Technical Parameters
|
Operating Environment |
(5～40)℃, <85%RH |
|
Temperature Range |
(0～260)℃ |
|
Rising Rate |
(-30～260)℃ (with low-temperature module) |
|
Temperature Detection Accuracy |
(0～420)℃ (with high-temperature module) |
|
Pressure Detection Range |
(-30～420)℃ (with low-temperature and high-temperature modules) |
|
Sample Volume |
(2.5±0.3)℃/min, (5.5±0.5)℃/min, |
|
Ignition Method |
(0.5～12)℃/min Customized |
|
Stirring Speed |
±0.1℃ |
|
Storage Space |
(0～200)kPa |
|
Interface |
1mL or 2mL |
|
Power |
High-pressure electronic ignition |
|
Power |
(50~300)rpm software can be set |
|
Dimensions |
5000 test results |
|
Weight |
RS232*1. RJ45*1. USB*2 |
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