Combined salt spray and condensation test device
Corrosion test device
Corrosion test cabinet
Corrosion test chamber
Corrosion cycle test device
Corrosion cycle test cabinet
Salt spray chamber
Salt spray test devices for material testing
Salt spray chamber
DIN EN ISO 9227-NSSAASS/CASS Salt spray test with 5% NaCl
ASTM B 117 Salt spray test
DIN EN 60068-2-11 Salt spray tests
ASTM G 85-A3 SWAAT test
DIN EN ISO 11997-1 Corrosion test, cyclic (new = VDA 621-415)
DIN EN 60068-2-52 Salt spray test, cyclic (severity level 1 to 6)
VDA 233-102 Cyclic corrosion test (cycles A to C)
VW PV 1210 Cyclic corrosion test
VW 80000 K-06+07 Salt spray test with interior operation
DIN EN ISO 11997-2 Corrosion test with UV light, cyclic
ANSI/EIA 364-26 c Salt Spray Test Procedure
BMW AA-0224 Corrosion cycle test
BMW AA-0324 Salt spray test
Daimler NES M 0138 CASS test
Daimler NES M 0140 Salt spray test
DIN 50 017 KFW Condensation water alternating climate
DIN 50 021 Salt fog test
DIN EN 60038-2-30 Climate change resistance to SO2 ??
DIN EN 61701 Corrosion test for photovoltaic (PV) modules
DIN EN 60512-11-6 Corrosion Salt spray
DIN EN ISO 9022-4 Salt spray
Fiat 5018 Method A1 Salt spray test
Ford BI 103-01 Salt spray tests
Ford CETP-00.00-L.467 Corrosion test
Ford FLTM BI 123-03 Corrosion resistance test
GM/Opel GMW 14872 Cyclic corrosion test
GM/Opel GMW 3286 Salt spray
John Deere JDQ 201 Corrosion test
John Deere JDQ 53.3 Corrosion test
LV 124 K-06 Salt spray with outdoor operation
LV 124 K-07 Salt spray with indoor operation
MAN M 3018 Corrosion protection
MIL-STD-810
Porsche PVV 4017 Corrosion test
Renault 17 1058 Neutral salt spray test
Renault 17 2028-C Corrosion test
SAE J 2334 Corrosion test
SAE USCAR-1 Salt spray testing and evaluation of fastener finishes
Volvo STD 1027,149 Corrosion test
Volvo STD 1027,1449 Corrosion test
Volvo STD 5711 102 NSS Salt spray test
DIN 55635
VDA 233-102 Cyclic corrosion test (cycles A to C)
VDA 675-241 Corrosion effect on copper
VW PV 1073 Corrosion resistance of chrome surfaces
VW PV 1209 Climate corrosion cycle
VW PV 3.15.3 Testing of corrosion resistance after cathodic dip coating
VW 80000 K-06 Salt spray with outdoor operation
VW 80000 K-07 Salt spray with indoor operation
Salt spray chambers and corrosion test chambers
For standard-compliant corrosion testing
Snow, ice, slush, and road salt: In the automotive sector in particular, materials must withstand extreme stresses and demonstrate maximum corrosion resistance. Our salt spray chambers offer you the ideal conditions for fast, reliable, and reproducible results.
Salt fog testing allows you to simulate the stress caused by oxidizing, corrosive substances in fast motion. Your test specimens are tested in a salty fog atmosphere at elevated temperatures. Spray additives such as acetic acid (ESS) or copper chloride (CASS) can also be used.
Realistic alternating corrosion tests
Our salt spray chambers are also suitable for alternating corrosion tests. Here, salt spray tests are combined with other procedures and the different phases are cycled through. This creates a particularly realistic stress simulation – ideal for development, quality assurance, and series approvals.
The features of every our salt spray chamber and all corrosion test chambers include:
- Standard-compliant design in accordance with ISO 9227, DIN EN 600068-2-11, ASTM B117
- Test chamber made of polypropylene or special stainless-steel materials
- Ergonomic touch panel
- Integrated measurement data acquisition
- Dosage of salt spray solution via regulated diaphragm pump
- Brine storage tank with free access for the operators
- Wide range of options and customer-specific solutions
Performance parameters *
Type of construction *
The following device types are available:
Device features *
Walk-in chambers to 100 m³
Device safety
Standards
- ASTM B 117
- ASTM G 85-A3
- DIN EN 60068-2-11
- DIN EN 60068-2-52
- DIN EN ISO 11997-3 (ehem. DIN 55635)
- DIN EN ISO 9227-NSSAASS/CASS
- PV 1210
- VW 80000 K-06+07
additional test standards
Well-designed
equipment
for greater
efficiency
Our salt spray and corrosion test chambers can be flexibly expanded and individually adapted to your standard requirements:
- Water supply with demineralized water for stable and reproducible test results
- Brine storage tank with agitator for uniform brine preparation and constant test conditions
- Consumables such as standardized test sheet sets and brine
- Loading accessories such as test sheet carriers, stainless-steel rods, or other mounting systems for flexible sample mounting
- Low-temperature operation down to –20 °C, depending on the standard (FLC PLUS+ and WLC PLUS+ series)
Corrosion test cabinets
and walk-in test chambers
with deep cooling -
PLUS+ series
Modern corrosion testing is becoming increasingly complex and requires realistic simulation of environmental conditions. The PLUS+ series can be used to simulate sophisticated temperature and humidity profiles, including frost storage down to –20 °C.
Energy-efficient and sustainable – the cooling compressor can optionally be operated with CO₂ – for sustainable testing processes and compliance with current environmental standards.
These testing systems are suitable for a wide range of standard-compliant tests, including:
- DIN 55635 (VDA 233-102)
- DIN EN ISO 9227, DIN EN ISO 6270-2, ASTM B 117
- VDA 621-415, PV 1208–1210, ISO 11997, LV 124
- Volvo 423-0014, Volvo STD 1027, SAE J 2334, Renault ECC 1, GMW 14872, GMW 3172
The PLUS+ series has been developed with the future in mind and impresses with its energy-efficient CO₂ refrigeration technology for sustainable corrosion testing.
Your partner for corrosion testing technology
From the initial consultation to project planning and commissioning, we are your reliable partner every step of the way.
Together, we will develop a solution that is perfectly tailored to your standard-compliant corrosion tests –
for precise and cost-effective environmental simulation.
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