Salt Spray Chamber
Salt Spray Chamber machine is well suitable for all kinds of metal material surface treatment, including coating, electroplating, organic and inorganic coating, anodizing, rust proof oil and preservative treatment test of its corrosion resistance, so as to establish the quality of the products.
It is often seen that some of the products catches rust easily while similar products of other brands do not corrode or rust out and stand the test of time. This happens because brands that empahsize on quality never opt for hit and trial method. They make absolutely sure about the quality and performance of their products and use test which superseeds the benchmarks ideal for product performance.
Technical Specifications: Salt Spray Chambers |
|||
| Model | SSC60A | SSC90A | SSC120A |
| Inner box size (L×W×H) cm: | 60 × 40 × 45 | 90 × 60 × 50 | 120 × 100 × 50 |
| Outside box size (L×W×H) cm: | 107 × 60 × 118 | 141 × 88 × 128 | 190 × 130 × 140 |
| Equipment material: | Both internal and external material is using imported P.V.C rigid plastic board; the case cover is using transparent rigid plastic board P.V.C. | ||
| Temperature range: | 35°C~55°C | ||
| Temperature fluctuations: | ≤±0.5°C | ||
| Temperature uniformity: | ≤±2°C | ||
| Temperature precision: | ±1°C | ||
| Test chamber temperature | NSS ACSS 35±1°C CASS:50±1°C | ||
| Saturated air barrel temperature: | NSS ACSS 47±1°C CASS 63±1°C | ||
| Brine temperature: | 35°C±1°C | ||
| Spray quantity: | 1.0~2.0 ml / 80cm2 /hr | ||
| PH: | NSS ACSS6.5~7.2 CASS 3.0~3.2 | ||
| Lab volume: | 108L | 270L | 600L |
| Brine tank capacity: | 15L | 25L | 40L |
| Power: | 1AC220V,10A | 1AC220V,15A | AC 1,220V,30A |
| Multiple safety protection devices: | Water shortage/ over temperature / phase protection | ||
| Standard accessories: | Test salt, measure bucket, tool etc 1 set | ||
Features
- Durable hard PVC construction, anti-corrosion, easy to clean.
- Reservoirs with mixing system on stand.
- Cabinet heated by water jacket, heating element from USA famous company.
- Separate heating system, be apart from salt testing chamber to ensure accurate result and protect circuit.
- Exposure zone lined with corrosion-resistant PVC sheets.
- Clear cover allows viewing of test conditions.
- Peaked cover prevents dripping of condensation onto samples.
- Water seal and water level protection system.
- Heated humidifying tower with air relief valve, adjustable tower tip to orient salt fog.
- Automatic DI water fill to humidifying tower.
- Digital temperature control and readouts.
- Integral over-protection on all heaters.
- Low water cut-off protection on humidifying tower.
Frequently Asked Questions
A salt spray chamber is a corrosion testing machine that simulates a highly corrosive environment using a salt-laden fog. It helps evaluate the resistance of materials and surface coatings (like plating, paint, or galvanization) to rust and corrosion over time.
Salt spray testing is used to assess the corrosion resistance of metal surfaces and protective coatings. It is widely used in quality control for industries like automotive, aerospace, metal finishing, and surface treatment.
iLabot is one of India’s leading manufacturers of salt spray test chambers. Our machines are designed and built in-house, ensuring quality, performance, and long-term support.
Yes, salt spray chambers are designed for daily operation in labs and industrial setups. Regular maintenance and use of clean salt solution are key to ensuring consistent test results.
A salt spray chamber works by creating a fine mist of sodium chloride (NaCl) solution, which is continuously sprayed inside a closed testing chamber. The test specimens are exposed to this environment for a defined duration to simulate and accelerate corrosion.
The purpose of salt spray is to accelerate corrosion in a controlled lab environment, helping manufacturers test how well a product or coating performs against rust before it is exposed to real-world conditions.
The salt test helps verify the durability and corrosion resistance of protective coatings, surface finishes, and materials. It's essential for R&D, quality assurance, and ensuring product compliance with international standards.
The 72-hour salt spray test is a benchmark corrosion test where a sample is exposed to continuous salt fog for 72 hours. It helps determine how long a coating can resist corrosion, and is often used to meet industry specifications.