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Salt Spray Test Chamber LMSSC-A101 is a cyclic corrosion test chamber equipped with an LCD digital display, designed in accordance with NFPA 1981 and ASTMB117 standards. It comes with a 1000 L capacity, facilitates both continuous and periodic spray types. The chamber utilizes a tower-type spray system featuring non-crystallization nozzles, ensuring a finer and more uniform salt mist spray. Constructed with an outer body made of imported PVC plate, the chamber exhibits corrosion resistance, high-strength, and anti-aging properties. It offers comprehensive protection mechanisms, including safeguards against humidifier dry-combustion, over-temperature, over-current, water shortage, and earth leakage. This ensures the safety and reliability of the salt spray testing process while maintaining compliance with industry standards
Specifications
| Volume | 1000 L |
| Material | Test chamber material: PVC board |
| Saturated air barrels | SUS304 stainless steel |
| Constant temperature control | Testing zone temperature: 35℃ (+/-) 2℃Saturated air barrelstemperature: 47℃（+/-), Laboratory: 50℃（+/-）2℃ Saturated air barrels: 63℃（+/) 2℃ |
| Air pressure | 1 kg/cm2 |
| Spray method | Continuous spraying |
| Fog spray quantity | Adjustable type1-2ml(ml/80cm2/h) (average quantity of 16 hours) |
| Control system | Test Chamber temperature controller: 0 to 99.9 ℃,LCD display with Dual digital display, with P.T.D automatic calculation function, temperature deviation ± 0.3Saturated air barrel temperature controller: 0 ~ 99.9 ℃, LCD display with Dual digital display, with P.I.D automatic calculation function, error of the temperature control in ± 0.3 |
| Timer | 0 to 9990 hr |
| Digital controller | 0.1s to 9990 hr |
| Air pressure range of the gauge | 0 to 5 kg/cm2 |
| Power supply | AC 220V; 50/60Hz |
| Internal dimension (W × H × D) | 2000 × 500 × 1000 mm |
| Outer dimension (W × H× D) | 2700 × 1500 × 1500 mm |
| Gross weight | 230 Kg |
Pricing
| Product | Price | Unit | Action |
|---|---|---|---|
| Salt Spray Test Chamber LMSSC-A101 | $ 10750 | Each of 1 |
Features
Utilize the Knut principle for brine absorption leading to atomization, ensuring a consistent testing standard
Constructed using durable, corrosion-resistant, and high-temperature resistant materials
Incorporate a tower-type spray system with non-crystallization nozzles for finer and more uniform salt mist spray
Adjustable fog spray quantity, ranging from 1-2ml (ml/80cm2/h) on average over 16 hours
Employ a direct heating mode for rapid heating, reducing standby time. The ON/OFF switch shifts automatically when the set temperature is reached, ensuring temperature precision, and minimizing power consumption
The outer body is crafted from imported PVC plate, offering corrosion resistance, high strength, and anti-aging properties
Saturated air barrels are made of SUS304 stainless steel, exhibiting excellent performance under high temperatures and pressures
Equipped with a temperature sensor, electromagnetic valve, and electric relay for enhanced functionality
Standard Accessories
Sample Shelf/sample stick - 12 pcs each Brine mixing barrel 1 pc Standard measuring cup 2 pc Dry bulb cup 1 pc 80 cm2 collector 2 pc Glass spray nozzle 2 pc wet bulb cup 1 pc fog dispersal system 1 set meter regulator 1 pc Reagent NaCl (500g/bottle) 2 bottles HP test paper
Applications
Salt Spray Test Chamber primarily used for conducting salt mist corrosion test of various accessories and parts, electronic components, coating of metal material and industrial products. The cycling salt mist test chamber can conduct temperature & humidity test, salt mist test, and drying test individual
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$ 6900 / Each of 1
Frequently Asked Questions
1 What is a Salt Spray Test Chamber?
A Salt Spray Test Chamber is an apparatus designed to evaluate the corrosion resistance of materials and surface coatings by exposing them to a controlled salt-laden environment.
2 How does Salt Spray Test Chamber work?
It works by spraying a fine mist of salt solution inside a sealed chamber, simulating harsh corrosive conditions to test the durability of materials over time.
3 What materials can be tested in Salt Spray Test Chamber?
It is used to test metals, coated surfaces, painted parts, and alloys to determine their resistance to corrosion.
4 How does Salt Spray Test Chamber help in failure analysis laboratories?
It helps failure analysis laboratories recreate corrosive environments to investigate material degradation and identify causes of premature failure in components.
5 How does Salt Spray Test Chamber assist in comparative analysis in lab studies?
It allows comparative analysis in lab studies by exposing multiple samples to identical conditions, helping researchers evaluate relative corrosion performance.
6 Why is Salt Spray Test Chamber critical in aerospace material testing?
It is critical in aerospace testing to assess the long-term corrosion behavior of aluminum, titanium, and composite parts used in aircraft and spacecraft.
7 How does Salt Spray Test Chamber support the electronics industry?
In the electronics industry, it is used to test enclosures, circuit board coatings, and connectors for their resistance to corrosion and moisture ingress.
8 How does Salt Spray Test Chamber contribute to R&D of biodegradable coatings?
It is used in R&D to assess how biodegradable coatings perform under harsh conditions, aiding in the development of sustainable anti-corrosion solutions.
9 How does Salt Spray Test Chamber aid in validating packaging materials?
It aids in packaging validation by testing metal containers, closures, and coatings to ensure they withstand humid, salty transport or storage conditions.
10 Can Salt Spray Test Chamber be used in environmental aging studies?
It is used in environmental aging studies to simulate long-term exposure to salty and humid environments for assessing product lifecycle and reliability.