Micro Rapid Closed Cup Flash Point Tester(Pensky Martens)
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
Petroleum & Petrochemical Industry – Testing fuels, base oils, lubricants
Paints & Coatings – Verifying solvent flash points
Pharmaceuticals & Chemicals – Assessing flammability characteristics
Transport & Safety Compliance – Ensuring materials meet regulatory flash point requirements
Environmental & Quality Labs – Standardized material classification
Standards
SN/T 3077.1-2012: Chemicals—Determination of flash point—Part 1: Closed-cup equilibrium method
SN/T 3077.2-2012: Chemicals—Determination of flash point—Part 2: Closed-cup rapid equilibrium method
SH/T 0768-2005: Determination of total contaminants in middle distillate fuel oils—High-temperature filtration method
DL/T 1354-2014: Preparation method of working standard oil for analysis of dissolved gas components in transformer oil
ASTM D93: Pensker-Martins closed-cup flash point determination
ASTM D6450: Small closed-cup flash point determination method
ASTM D3828: Small closed-cup device method for determining the flash point of liquids
ASTM D7094: Improved continuous closed-cup flash point determination method
ASTM D7236: Improved Abel closed-cup flash point determination method
ASTM D56: Tiger closed-cup flash point determination method
ISO 2719: Petroleum products—Determination of flash point—Pensker- Martins Closed Cup Method
ISO 13736: Petroleum Products - Determination of Flash Point - Abel Closed Cup Method
ISO 1516: Petroleum Products - Determination of Flash Point - Tiger Closed Cup Method
ISO 1523: Petroleum Products - Determination of Flash Point - Small Closed Cup Method
IP 34: Determination of Flash Point - Abel Closed Cup Tester Method
IP 304: Determination of Flash Point - Small Closed Cup Method
IP 170: Determination of Flash Point - Pensker-Martins Closed Cup Tester Method
DIN EN 22719: Petroleum Products - Determination of Flash Point - Pensker-Martins Closed Cup Method
JIS K2265: Petroleum Products - Determination of Flash Point
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 |
Accessoriess
1. Binsky-Martin Closed Cup Kit (includes a dedicated cup body and sealing cap, suitable for closed cup testing requirements)
2. Micro-sample pipette (matches the instrument's micro-sample volume injection requirements)
3. Spare ignition needle/igniter assembly (a spare part to ensure stable ignition function)
4. Sealing ring for closed cup (a consumable sealing component for closed cup testing)
5. Spare temperature sensor probe (a core spare part for temperature detection)
6. Standard flash point sample for calibration (a known flash point standard oil compatible with ASTM D93, used for instrument calibration)
7. Dedicated cleaning tools (such as brushes and wiping cloths, for cleaning and maintenance of components such as the cup body)
Test Procedures
Procedure A: For fuels and liquids with flash points between 40°C and 360°C
Procedure B: For materials with potential surface films or those prone to forming skin
Procedure C: For biodiesel blends and other specified fuel mixtures
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