Cleanliness analysis Cleanliness detection Pressure extraction detector

》Laminar air purification

The equipment integrates a ventilation device with air circulation and filtration function. Create a clean space of Class 1000 or Class 100 in the cleaning work area (the air level in ordinary laboratories is Class 1 million), providing a good cleaning operating environment for component cleanliness testing and reducing the impact of external environment on testing results.

》Four wall spray self-cleaning

The upper area of the equipment pressure cleaning tank is equipped with multiple wide-angle nozzles, which can automatically clean the four walls of the cleaning tank, conveniently and quickly obtain the blank value of the equipment, and prepare for the experiment in advance.

》Pressure jet cleaning

Clean, extract and collect residual particles of the product to be inspected with a spray gun at a certain pressure or flow rate and angle. You can set the spray pressure (national standard) or flow rate (European standard), and operate it in a quantitative or timed manner with a set flow rate, depending on the cleanliness operation specifications of different products.

》Ultrasonic pressure cleaning (optional)

Ultrasonic vibration cleaning utilizes the cavitation, acceleration, and direct flow effects of ultrasonic waves in liquids to directly and indirectly affect liquids and pollutants. It generates a pressure of 1012-1013pa and local temperature around bubbles, destroys the adhesion of insoluble particles and pollutants, and separates them into solution, ultimately achieving the effect of cleaning surface particles and pollutants of parts. The cleaning effect is better than pressure cleaning, and the cleaning uniformity is better. The equipment integrates this function internally, which can achieve fully automatic ultrasonic cleaning and a higher degree of automation in cleaning and detection.

》Irrigation cleaning

Reserved pipeline access port for equipment, used for product flow cleaning; Pour the liquid back into the equipment compartment and place it at the liquid outlet (instead of directly connecting it with the filter membrane for sample preparation); To avoid the vacuum in the chamber caused by the direct connection of the inlet and outlet to the filter membrane for sample preparation, as well as the flow resistance caused by the pore size of the filter membrane, and prevent particle collection;

》Filter membrane sampling device

After cleaning the parts, the cleaning agent can be synchronously and automatically filtered and recycled through an online filter, and the surface particles and pollutants of the parts in the cleaning solution can be collected on the surface of the detection filter membrane in a timely manner. No manual operation is required to filter the cleaning solution.