Salt Spray Test Chamber LSSC-T2010

Introduction

Salt Spray Test Chamber features a 108 testing modes, maintaining 35°C for and 50°C for . Its programmable spraying system allows both continuous and interval-based test cycles. Ideal for simulating corrosion impact on coated and treated metal parts in smaller lab environments.

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 best suited for basic testing of small parts and coated samples. Ideal for routine corrosion evaluation in plating workshops and R&D labs.

Specifications

Capacity	108 L
Saline Box Capacity	15 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, 1Φ10A
Internal Dimensions (D×W×H)	450×600×400 mm
External Dimensions (D×W×H)	672×1150×1090 mm
Weight	110 kg

Features

Compact chamber design

Uniform mist spread

Digital temperature control

Transparent viewing lid

Quick test cycles

Corrosion-proof interior

FAQs

1. How is the Salt Spray Test Chamber suitable for small-scale corrosion testing?

The Salt Spray Test Chamber is ideal for laboratories conducting corrosion testing on small batches or individual samples. Its compact size allows it to fit easily into space-constrained labs without compromising on performance. The chamber offers a controlled environment for simulating salt spray exposure, making it suitable for routine testing of coated or treated metals. model is especially useful for academic research and quality checks in small manufacturing units. It allows precise and repeatable testing with simple setup and operation.

2. What types of tests can be performed using the Programmable Salt Spray Test Chamber?

Programmable Salt Spray Test Chamber supports multiple standardized corrosion tests, including , , and methods. These tests simulate different environmental conditions to evaluate the durability of coatings and surface treatments. is commonly used for general salt exposure, while and are preferred for accelerated or acidic conditions. Each method offers a reliable way to assess corrosion resistance in a laboratory setting. This versatility makes the chamber suitable for a wide range of industries.

3. How is the Salt Spray Test Chamber used in quality control processes?

Programmable Salt Spray Test Chamber plays a key role in validating the corrosion resistance of metal components before mass production or market release. Manufacturers often use it to ensure protective coatings meet international standards. The chamber provides consistent environmental conditions, allowing users to compare results across batches. It helps reduce product failure rates by identifying coating weaknesses early in development. This makes it an essential tool in automotive, marine, and metal finishing industries.

4. Is the Salt Spray Test Chamber safe for long-duration operation?

The Salt Spray Test Chamber is designed for continuous, unattended testing cycles with built-in safety systems. It includes over-temperature protection and alarms to alert users to any abnormalities during operation. The chamber is sealed to prevent leakage of corrosive solutions into the lab environment. All materials used inside are corrosion-resistant to ensure durability over extended use. models support long-term testing without compromising operator safety.

5. Does the Salt Spray Test Chamber require specialised training to operate?

The Programmable Salt Spray Test Chamber features an intuitive control panel that simplifies setup and test execution. Basic training is sufficient for most lab technicians to operate the chamber effectively. Step-by-step instructions are provided, and predefined programs reduce manual input errors. While routine operation is straightforward, understanding test standards and procedures ensures accurate results. support materials and user manuals assist in onboarding new users quickly.