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Country Of Origin : India
In the realm of laboratory equipment, the PYROLYTIC ASPHALT CLEANING OVEN from EIE 470 stands as a paradigm of innovation and convenience. Built to stringent national and international standards, this state-of-the-art oven is designed to cater to the specific needs of cleaning bitumen from glassware, eliminating the manual and often hazardous traditional cleaning methods. The oven promises a safer, cleaner, and more efficient lab environment, taking the toil and risk out of the cleaning process.
1. Automated Cleaning Process:
Gone are the days of manually scraping, wire brushing, or hand heating to dislodge bitumen residues. The PYROLYTIC ASPHALT CLEANING OVEN automates the entire process. Operators simply place the contaminated glassware into the oven, press the start button, and the machine handles the rest. This feature drastically reduces labor and enhances a laboratory's operational efficiency.
2. High-Temperature Range:
The oven is capable of reaching a maximum temperature of 482°C. Cleaning temperatures range from 426°C to 482°C, ensuring effective burning off of organic contaminants while consolidating only carbonized residues. High heat ensures complete purification of glassware without the danger of damage caused by excessive temperatures.
3. Compliance with Standards:
The oven is built and tested to conform to both national and international standards, ensuring unparalleled reliability and performance.
4. Enhanced Safety:
By automating the cleaning process, the oven mitigates the risks associated with manual cleaning methods, such as exposure to high temperatures and harmful chemicals. This not only protects the personnel but also minimizes the potential for accidental injury.
5. Time Efficiency:
Automating the cleaning protocol saves valuable time for lab technicians, allowing them to focus on more critical tasks. Reduced downtime translates to higher productivity.
6. Minimal Mess:
Traditional manual cleaning methods tend to be messy, often leading to spillage and the generation of secondary waste. The pyrolytic cleaning process confines the mess within the oven chamber, providing a cleaner lab environment.
Maximum Oven Temperature: 482°C
Cleaning Temperature Range: 426°C - 482°C
Compliance: Conforms to national and international standards
Dimensions: Outer Dimensions: Dimensions vary based on model. Please refer to specific model details on the website.
Material: Chamber Material: High-grade stainless steel with reinforced insulation to sustain high temperatures.
Power Requirements: Voltage: Depends on the specific model configurations. Typically, standard lab electricity supply suffices.
Safety Features: Overheat Protection: Integrated sensors automatically cut power if temperatures exceed safe limits. Automatic Shut-off: The oven powers down upon completion of the cleaning cycle. Insulated Handle: Prevents accidental burns when handling glassware post-cleaning.
User Interface: Control Panel: Easy-to-use interface with digital readout for temperature and cycle duration. Programmable Settings: Customizable cleaning cycles based on specific laboratory needs.
Compliance:
Built in conformity to multiple national and international regulations and standards, ensuring that the product meets rigorous quality control and safety benchmarks.
Maintenance and Care: Cleaning the oven chamber post-process is straightforward, usually requiring a simple wipe-down with a non-abrasive cloth to remove carbonized residues. The stainless-steel build resists corrosion, enhancing longevity.
Environmentally Friendly: This product has been designed with sustainability in mind. The burning off of organic contaminants occurs with minimal pollution, ensuring that the oven's operation does not significantly contribute to environmental degradation.
The primary usage of the PYROLYTIC ASPHALT CLEANING OVEN is within laboratories involved in materials testing, particularly where bitumen and asphalt samples are pervasive. Specific sectors include:
1. Civil Engineering and Construction Materials Labs: Used to clean glassware used in testing bitumen content and quality in construction materials.
2. Research and Development Institutes: Key asset for institutions working on the development of new asphaltic compounds or studying bituminous material behaviors.
3. Quality Control Laboratories: Essential for maintaining the purity of glassware used in various quality control tests related to asphalt and bitumen.
4. Educational Institutions: Integral equipment for university and college labs in educating future engineers and chemists on bitumen handling and testing.
Step-by-step Cleaning Process:
Place the glassware items into the oven chamber ensuring they do not overlap to allow unrestricted airflow and even heating.
Setting the Parameters:
