| Parameter | Specification |
|---|---|
| Product Name | Semi-Automatic Cleveland Flash Point Apparatus |
| Product Type | Flash Point Testing Instrument |
| Test Method | Cleveland Open Cup (COC) Method |
| Measurement | Flash Point and Fire Point |
| Operation | Semi-Automatic |
| Temperature Control | Digital Temperature Control |
| Heating System | Controlled Electric Heating |
| Installation | Benchtop |
| Applications | Petroleum testing, lubricating oils, fuels, bituminous materials, quality control, research laboratories |
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Semi-Automatic Cleveland Flash Point App
The Semi-Automatic Cleveland Flash Point Apparatus is designed to determine the flash and fire points of petroleum products using the Cleveland Open Cup (COC) test method. It provides controlled heating and accurate temperature monitoring for routine quality control and laboratory analysis.
- Designed for flash point and fire point determination using the Cleveland Open Cup method.
- Semi-automatic operation enhances testing efficiency and repeatability.
- Digital temperature control provides accurate monitoring during testing.
- Controlled electric heating ensures uniform sample heating.
- Suitable for petroleum products, lubricants, fuels, and bituminous materials.
- Benchtop design offers convenient operation in laboratory environments.
- Ideal for petroleum testing, research, refinery, and quality control laboratories.
The Semi-Automatic Cleveland Flash Point Apparatus is a laboratory instrument used to determine the flash point and fire point of petroleum products and other combustible liquids using the Cleveland Open Cup (COC) method. The instrument gradually heats the test sample under controlled conditions while applying a test flame at specified temperature intervals to identify the temperature at which vapors ignite.
Widely used in petroleum testing laboratories, refineries, lubricant manufacturing facilities, research institutions, and quality control laboratories, the apparatus supports routine evaluation of fuels, lubricating oils, bituminous materials, and related products. Its semi-automatic operation, digital temperature control, and precision heating system improve testing consistency while reducing operator effort. The benchtop design and user-friendly controls make it suitable for standardized laboratory testing, providing reliable results for product evaluation and quality assurance.
