Walk-in Salt Spray Chamber

Application:

 

The corrosion of metal materials with or without protection is affected by many environmental factors, which mainly depend on the type of metal materials and environment. It is not possible to design laboratory accelerated corrosion laboratories include all environmental factors that influence corrosion resistance, so design laboratory tests that simulate the factors that play a major role in corrosion of metallic materials.

 

Walk-in Salt Spray Chamber is designed to simulate and increase the environmental impact on metallic materials exposed to salt-contaminated outdoor atmospheres that can accelerate corrosion.

Corrosion test (salt spray at 35˚C continuously, which refer to test standard ASTM B117) is one way to simulate corrosion in our labtorary. Salt Spray Chamber includes a test method for cyclic exposure of samples to salt spray, dry, humid and hot environments.

 

Walk-in Salt Corrosion test is a comparative test, the results which cannot predict the long-term corrosion resistance of the same metal material used under such environmental conditions.

However, this method can still provide valuable information about the properties of materials exposed to salt pollution conditions similar to the test conditions

Salt spray exposures Continuously is widely specified for testing coatings and components for corrosion resistance. 

 

The major tests are performed to particular test standard such as IEC60068-2-11 , ASTM B117 and so on. 

Compared with traditional accelerated corrosion tests, such as neutral salt spray test (NSS), Acetate spray test (AASS), and Copper accelerated acetate spray test (CASS), Salt Spray Chamber has the greatest advantage that it can reproduce the corrosion in outdoor salt pollution environment better.

 

Design Standards:

ASTM B117, IEC60068-2-11

 

Specification:

Internal dimension (W*D*H)	1500*1600*1600mm (Customized)
External dimension (W*D*H)	1700*2300*2300mm
Door structure	Single door with one observing window One door size: W65cm*H150cm, two doors size: W130cm*H150cm
Temperature uniformity	≤±2℃
Temperature fluctuation	≤±0.5℃
Temperature range	(RT+10℃) to 80℃, nature air cooling
Temperature sensor	Pt100 Ohm A-Class
Controller	PLC Touch screen
Timing setting for test	1-999hr, adjustable
Heater	Heater for room: 2.5KW, 3 pcs, titanium alloy type Heater for pressure barrel: 500W, stainless steel type
Equipment material	PP rigid plastic plate, thickness 10mm
Equipment structure	1. Spray tower: 4 groups 2. Spray systems: 4 groups 3. Demist systems: 1 group
Salt water filtration	Salt water filter near the suction tubes for easy operation
Salt fog collecting	Salt fog collector and fog measuring cylinder
Spraying method	Continuous and periodic spray type
Test chamber temperature	Salt Spray Method (NSS ACSS)35±1℃ Corrosion-resistant Testing Method (CASS) 50±1℃
Saturated air barrel temperature	Salt Spray Method (NSS ACSS)47±1℃ Corrosion-resistant Testing Method (CASS) 63±1℃
Brine temperature	35℃±1℃
Fog collection rate	1.0~2.0 ml / 80cm2 / hr
PH value	Salt Spray Method (NSS ACSS6.5~7.2) Corrosion-resistant Testing Method(CASS)3.0~3.2
Salt solution tank capacity	100L
Water supply	Test chamber with tap water automatic supply, no need to add by manual
Multiple safety protection devices	Current discharge protection, over pressure protection, over temperature protection, over load fuse protection
Accessories	1. Nacl: 6 bottles 2. Glacial acetic acid: 1 bottle 3. Cucl: 1 bottle 4. PH test trips: 1 box 5. Salt solution barrel: one pc with 5L 6. Demist tube: 3m 7. Spray Nozzle: 4 pieces

 

Advantages: