Overview
| brand | Derrick | weight | |
| material | purpose | Salt spray corrosion-resistant box | |
| packing | Number of channels | ||
| resolving power | structural style | Vertical type | |
| Applicable medium | Imported or not | yes | |
| working voltage | 230 ± 10% 50 Hz | Processing customization | no |
| Installation method | measuring range | ||
| Thickness detection | Measurement time | ||
| LCD display update | Repeatability error | ||
| Input signal voltage | Measurable sample status | ||
| Monitoring objects | Continuous working hours | ||
| Lattice value | field | ||
| noise | colour | ||
| serial number | twenty million two hundred and thirty thousand six hundred and six | Smoothness | |
| Crosshair | Number of boxes packed | ||
| Effective diameter | Magnification factor | ||
| Pupillary distance | Dielectric strength | ||
| Measurement repeatability | Scale circle diameter | ||
| Closest working distance | line type | 1/N/PE | |
| Type of water | Minerals | Air type | Filtration, oil-free |
| Temperature range of the test chamber | Environmental temperature~50 ℃ | Humidifier temperature range | Environmental temperature~70 ℃ |
Product Details
Worldwide, materials used in the construction industry are exposed to various natural or industrial corrosive conditions, such as acid mist, humidity, salt mist, and automotive exhaust. In the laboratory, corrosion resistance testing is usually used to test and select materials and their surface corrosion resistance on a large scale. If you are looking for materials that can be evaluated for corrosion resistance, such as coatings or coatings, the CO.FO.ME.GRA Italian vertical salt spray corrosion test chamber is what you want!
CO.FO.ME.GRA. Italian vertical salt spray corrosion resistant box, product features:
The cabin structure is made of 10mm thick polypropylene as a whole. Option in PPS plastic, compliant with CSA flame testing. The test chamber is insulated with double walls. The passage into the laboratory is made through windows and glass doors. The control panel and all necessary control equipment are located in an ergonomic position on the right side. Open the salt solution storage tank on the left side. The distribution board is enclosed in a dedicated area: next to it is the area for electric valves, humidifiers, and salt solution dosing pumps. Each component is easy to access for quick maintenance.
CO.FO.ME.GRA. Italian vertical salt spray corrosion resistance test chamber, related experiments:
1. Salt spray test:
The corrosive solution becomes a vapor mist through a nozzle located on the back of the chamber. The fog diffusion structure distributes the fog throughout the entire testing area. The compressed air required to generate fog is heated and saturated with water in a pressurized humidifier before reaching the nozzle. According to the capacity of the laboratory, one or more heating elements can ensure uniform temperature in the laboratory. The exhaust gas solution collected at the bottom of the laboratory is discharged to the floor through a drainage pipe. The salt spray test can be conducted on all laboratory models.
2. Condensate test:
The bottom of the laboratory is filled with desalinated water. Water is heated and evaporated to condense on the surface of the sample. The combustion chamber temperature is 40 ° C. The continuous condensation test can be conducted on all laboratory models.
3. Cyclic corrosion test:
A large number of cyclic corrosion tests can be conducted in environments with condensation humidity and air dryness by combining salt spray. Cyclic corrosion testing has become increasingly necessary in recent years. Dry corrosion is the most common popular cyclic test that involves alternating salt spray and air drying. The cyclic test can be conducted using all enhanced model laboratories. Depending on the cycle type, certain options must be installed during the chamber manufacturing process.
Note: Due to technological progress, the information is subject to change without prior notice. The actual product in the future shall prevail.
