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Corrosion Test Chamber NCTC-101

Corrosion Test Chamber NCTC-101

Corrosion Test Chamber NCTC-101 enables corrosion testing at 10°C to 60°C under high humidity. This chamber uses a pressurized gas system to ensure controlled sulfur dioxide concentration. It is constructed with a sealed and reinforced body to prevent leakage during operation. Our system ensures precise gas mixing and supports real-time monitoring and data logging. It is used to test durability and corrosion resistance of coated metals and electronic assemblies.


$17,064.00

Data Sheet

Specifications

Chamber Volume 400 L
Temperature Range RT +10°C to 60°C
Humidity Range ≥95% RH
Temperature Uniformity ≤2°C
Temperature Deviation ±3°C
Temperature Fluctuation ±0.5°C
Temperature Accuracy ±0.1°C
Temperature Sensor PT100 platinum resistance thermometer
Timer Setting 0–999 hours (adjustable in hours, minutes, seconds)
SO₂ Concentration 0.1% – 1% (by volume)
Water Volume at Chamber Bottom ≤0.67% (by volume)
Gas Generation Method High-pressure gas cylinder
Chamber Material PP reinforced high-temperature-resistant rigid plastic panel
Cover Material PP reinforced rigid plastic with transparent viewing window
Heating Method Internal water tank heating system
Controller 7-inch color LCD touchscreen
Control System High-precision PID digital temperature controller
Display Precision 0.01°C
Heating Element U-shaped titanium alloy rapid heating tube
SO₂ Concentration Adjustment Via flow meter
Gas Mixing Automatic internal mixing
Gas Delivery Tubing Corrosion-resistant silicone
Exhaust System Centrifugal plastic fan
Operating Condition Temperature 5°C to 28°C
Operating Condition Humidity ≤85% RH
Power Consumption 4kW
Power Supply AC 220V, 50Hz
Product Dimensions (W×D×H) 1100×750×500 mm
Packaging Dimensions (W×D×H) 1700×1000×1200 mm

Features

  • PID touch controller
  • Centrifugal exhaust fan
  • Reinforced inner panel
  • Transparent viewing cover
  • Automatic gas mixing

Applications

Corrosion Test Chamber NCTC-101 is designed to simulate SO₂-rich environments for accelerated corrosion testing. It is used in electronics, automotive, and material research labs.

Ask Expert

FAQ for Corrosion Test Chamber NCTC-101

1: What is the temperature range of Corrosion Test Chamber NCTC-101?

Corrosion Test Chamber NCTC-101 provides a testing range from 10°C to 60°C under humid conditions.

2: What control interface is used in Corrosion Test Chamber NCTC-101?

Labnics Corrosion Test Chamber NCTC-101 features a color touchscreen with PID auto-tuning and USB logging.

3: How is gas concentration controlled in Corrosion Test Chamber NCTC-101?

Corrosion Test Chamber NCTC-101 uses a flow meter and automatic mixing for accurate gas dosing.

4: What makes Corrosion Test Chamber NCTC-101 safe?

Our Corrosion Test Chamber NCTC-101 includes Sulfur dioxide alarms, over-temperature protection, and filtered exhaust.

5: Where can Corrosion Test Chamber NCTC-101 be used?

Corrosion Test Chamber NCTC-101 is used in research labs, electronics production, and coating durability testing.

6: What are Corrosion Test Chambers and what is their purpose?

Corrosion Test Chambers are used to replicate harsh environments to assess the durability of materials against corrosion.

7: How do Labnics Corrosion Test Chambers maintain test accuracy?

Labnics Corrosion Test Chambers offer precision with digital controls and stable internal environments for reproducible testing.

8: What makes our Corrosion Test Chambers reliable for long-term use?

Our Corrosion Test Chambers feature durable construction, anti-corrosive interiors, and built-in safety systems for continuous operation.

9: Where can Corrosion Test Chambers be used and why are they important?

Corrosion Test Chambers are widely used in labs and industries to ensure product quality, reliability, and standard compliance.

Related Models Of Corrosion Test Chamber

Corrosion Test Chambers are laboratory systems designed to perform corrosion testing under controlled conditions. These units deliver accurate control of test parameters for consistent corrosion results. Our models include programmable interfaces and corrosion-resistant inner walls. They support continuous or cyclic testing modes to meet a variety of international test standards. Their applications include testing of coatings, metal parts, automotive components, and industrial materials.

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