COFOMEGRA, Italy Corrosion, Solar and UV Simulation Test System
CORROSION
CORROSIONBOX VERTICAL MODEL
Description:
Innovative compact vertical models with front door and Italian design for corrosion testing.
Innovative Space Saving vertical and horizontal Salt spray chambers : Providing salt fog, Humidity and cyclic prohesion and dry corrosion tests for realistic simulation of natural corrosion.
CORROSIONBOX HORIZONTAL RECTANGULAR MODEL
Description:
Traditional horizontal Salt Spray chambers from 400 to 2000 litres basic and also enhanced models for cyclic accelerated corrosion tests.
SOLARBOX
Radiant energy in the SOLARBOX is provided by a single superior air-cooled Xenon Lamp generating an irradiance level up to two times the sun one. Irradiance is the rate at which light energy falls onto the samples. A weathering tester must control irradiance if it is to achieve accurate and reproducible test results.
SOLARBOX offers constant measurement and control of irradiance during every test, compensating for lamp and UV filter ageing via a closed loop irradiance narrow-band sensor control system.
Irradiation uniformity is guaranteed by a parabolic reflector chamber with the Xenon Lamp in the focus, the best design for a reliable flat-bed xenon exposure system and very good agreement with rotating drum xenon exposures.
SOLARBOX 3000
SOLARBOX 3000 E
SOLARBOX 1500 E with FLOODING
UV BOX
UV Tester for UV-Condensation Acceleration Aging Tests, UV BOX simulates the effects of sunlight with ultraviolet rays using UV fluorescent lamps and reproduces dew and rain using moisture condensation and water spray. The accelerated UV aging test reproduces the damage caused by sunlight, rain and dew. In a few days or weeks of exposure of the samples inside the UV BOX, damages occurring in months or years of outdoor exposure can be reproduced.
Lamps UVA-340:
UVA-340 lamps offer the best simulation of sunlight in the critical wavelength region from 365 nm up to the solar cut-off value of 295 nm.
Lamps UVB-313:
UVB-313 lamps maximize acceleration through the use of the most aggressive UV short waves compared to those normally arriving on the earth’s surface. As a result, for some materials these lamps can produce too severe and unrealistic results.
