Salt Spray Test Chamber LSSC-T2012

Introduction

Salt Spray Test Chamber provides a lab capacity of 800 timer allows flexible long-cycle testing, while a transparent lid enables real-time observation. Suitable for high-volume testing of marine-grade materials and heavy-duty coatings.

This test equipment is designed to meet the rigorous requirements of modern laboratory operations, ensuring high precision, reliability, and ease of use for various experimental applications.

Applications

Our Salt Spray Test Chamber is designed for intensive testing of large metal assemblies. Perfect for accelerated corrosion studies in marine, aerospace, and defence applications.

Specifications

Capacity	800 L
Saline Box Capacity	40 L
Lab Temperature	/: 35℃±1℃ : 50℃±0.1℃
Pressure Pot Temperature	/: 47℃±1℃ : 63℃±0.1℃
Saline Temperature	35℃±1℃ / 50℃±1℃
Saline Concentration	Sodium chloride solution 5% or ≤0.26g CuCl₂/L
Compressed Air Pressure	1.00±0.01 kgf/cm²
Spray Volume	1.0 to 2.0 ml/80cm²/h (avg. over 16 hrs)
Relative Humidity in Lab	Above 85%
Value PH	6.5 to 7.2 (/), 3.0 to 3.2 ()
Spray Method	Programmable spray (Continuous/Discontinuous)
Power Supply	AC220V, 1Φ20A
Internal Dimensions (D×W×H)	1000×1600×500 mm
External Dimensions (D×W×H)	1450×2480×1520 mm
Weight	300 kg

Features

Uniform Spray Coverage

Supports Wide pH Range

Lift-Assist Lid

Maintains High Humidity

Fast Corrosion Detection

Extended Test Duration

Multi-Standard Compliance

FAQs

1. What types of corrosion tests can be performed in the Salt Spray Test Chamber?

Salt Spray Test Chamber supports multiple corrosion tests including , , and . These tests simulate different environmental conditions like marine exposure, industrial acid rain, and high-salinity climates. The test uses a neutral saline solution, while the and tests use acidic and copper-enhanced solutions, respectively. This flexibility allows researchers to evaluate the durability of various coatings and treatments across a wide range of conditions.

2. How does the programmable spray system of the Salt Spray Test Chamber work?

The Salt Spray Test Chamber is equipped with a programmable spray system that can alternate between continuous and discontinuous spray modes. This function enables users to simulate real-world environmental fluctuations more accurately. The spray volume is maintained between 1.0 to 2.0 ml/80cm²/h, ensuring consistent exposure throughout the testing period. This feature is especially useful for evaluating long-term corrosion resistance in materials.

3. Is it possible to adjust test parameters in the Salt Spray Test Chamber?

Salt Spray Test Chamber provides a user-friendly programmable interface that allows real-time adjustment of spray cycles, temperature, and saline concentration. This adaptability ensures accurate simulation for specific material standards. Parameters can be tuned to match international corrosion testing protocols or custom research needs. This makes the chamber ideal for R&D and quality control labs.

4. What materials can be tested using the Salt Spray Test Chamber?

The Salt Spray Test Chamber is suitable for a wide range of treated metal surfaces, including anodized aluminum, chrome-plated steel, and zinc die-casting parts. It is also effective for evaluating protective coatings, paints, and rust inhibitors. By replicating harsh environmental conditions, the chamber helps manufacturers assess how their materials will perform over time. It is commonly used in marine, automotive, and aerospace sectors.

5. How is maintenance handled for the Salt Spray Test Chamber?

The Salt Spray Test Chamber requires routine cleaning of the saline tank, spray nozzles, and drainage system to prevent salt buildup. Regular calibration of the temperature and pressure sensors is essential for accurate test results. The use of corrosion-resistant materials inside the chamber reduces wear and simplifies upkeep. With scheduled maintenance, the chamber provides reliable performance for long-term testing.

6. What lab conditions are ideal for operating the Salt Spray Test Chamber?

The Salt Spray Test Chamber should be placed in a lab with relative humidity above 85% and stable temperature controls. Adequate ventilation and a steady power supply (AC220V, 1phase20A) are necessary for optimal function. It's also important to maintain the correct pH levels and solution concentrations during testing. These conditions ensure accurate and reproducible test results.