MIL-STD-810, SALT SPRAY TEST

The objective of the salt spray test is to determine the effectiveness of protective coatings and surface finishes, and is used to determine the effects of salt deposicones in electrical and physical materials.

The  samples will be placed in the chamber, and they will be exposed to an indirect salt spray with neutral pH (beween 6.5 to 7.2). the concentration must to be 5±1%, and the falla-out rate must to be between 0.5 and 3 ml/80cm2/hour. The temperature of the test will be +35ºC. After 48 hours of test, the samples will be dried another 48 hours.

SSC-400, SALT SPRAY CHAMBER (400 liters)

DYCOMETAL, company with over 25 years experience in developing simulation chambers for environmental testing, offers customers SALT SPRAY CHAMBERS  to carry out climatic tests.

MIL-STD-810 Method 506.4, RAIN TESTRAIN TEST CHAMBER

The Rain tightness tests are performed to different components to evaluate the IP degree of protection, in the Rain test Chambers.

MIL-STD-810 test method in its method 506.4, to evaluate any element to be exposed to rain, spraying or dripping water during storage or transport operation.

Its goal is to determine:

-      The effectiveness of covers, housings and seals to prevent water penetration into the material

-       The ability of the material to satisfy the requirements before and after exposure to water

-       Determine whether there is any physical deterioration of the material caused by rain

-       The effectiveness of any system of water extraction 

-       The effectiveness of protection offered by the material.

CLL-512, Rain Test Chamber (512 liters)

DYCOMETAL, company with over 25 years experience in developing simulation chambers for environmental testing, offers customers RAIN TEST CHAMBERS CHAMBERS  to carry out climatic tests.

MIL-STD-810 Method 510.4, Dust and Sand Test

The dust tightness tests are performed to different components to evaluate the IP degree of protection, in the  Dust Chambers.

MIL-STD-810 test method in its method 510.4, set the test parameters to assess any mechanical, optical, electrical, electronic, electromechanical and electrochemical element which may be exposed during use or storage in dusty atmospheres or sand.

This standard establishes two parts:

 •  Small particles of dust (˂149 microns) to assess the system's resistance to dust against obstructions, cracks, etc. 

 •    Blowing sand (150-850 microns) to evaluate the systems and determine whether the material can be stored and operated under conditions of blowing sand without degrading performance.

CP-216, DUST TEST CHAMBER (216 liters)

DYCOMETAL, company with over 25 years experience in developing simulation chambers for environmental testing, offers customers DUST TEST CHAMBERS CHAMBERS  to carry out climatic tests.