Salt Spray Test Chamber LSSC-T2011

Introduction

Salt Spray Test Chamber has a 480 corrosion simulations. It supports a broad pH range from 3.0 to 7.2, enabling , , and testing. The system maintains stable air pressure at 1.00±0.01 kgf/cm² for uniform salt mist distribution. Integrated thermal control ensures steady chamber conditions during extended tests. Designed to evaluate automotive parts, plating layers, and coatings in diverse environmental conditions.

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 handles both and tests efficiently for mid-size samples. Well-suited for evaluating corrosion resistance in automotive and hardware components.

Specifications

Capacity	480 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)	800×1200×500 mm
External Dimensions (D×W×H)	1240×2080×1285 mm
Weight	220 kg

Features

Programmable test parameters

Consistent spray output

Easy sample loading

Short duration test cycles

Transparent lid for observation

Low maintenance system

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 Salt Spray Test Chamber assist in product quality control?

Salt Spray Test Chamber enables consistent testing of materials for corrosion resistance before market release. chamber creates repeatable environmental conditions to ensure product coatings and materials perform reliably. Its programmable interface allows for customized test cycles tailored to industry standards. The data collected helps verify long-term durability. It plays a key role in minimizing failures in real-world conditions.

3. Can the Salt Spray Test Chamber handle both and testing procedures?

The Salt Spray Test Chamber is engineered to support multiple corrosion testing standards, including and . Its internal systems maintain consistent spray output and temperature control, critical for accurate and repeatable results. The programmable interface allows users to easily switch between test types with minimal adjustment. This makes it a versatile tool for evaluating corrosion resistance in coatings, platings, and treated metals. It’s especially valuable in labs handling a wide variety of surface protection materials.

4. Can the Salt Spray Test Chamber be used with non-metallic materials?

The Salt Spray Test Chamber is optimized for metallic samples, but it can also be used with some treated plastics and coated composites. system provides adjustable spray patterns and durations to suit different material types. Recommends verifying the chemical compatibility of test solutions with non-metals. Proper sample preparation is essential for valid outcomes. This adds flexibility to lab testing procedures.

5. What safety features are included in the Salt Spray Test Chamber?

Salt Spray Test Chamber incorporates key safety mechanisms, including over-temperature protection, sealed chambers, and non-corrosive construction. chamber prevents mist leakage to protect users and nearby instruments. Safety indicators and auto-shutdown features enhance operational confidence. These elements make it safe for regular use in laboratory and industrial environments. Maintenance alerts also help prevent system wear.