Cyclic Corrosion Test Cabinet

Name: Cyclic Corrosion Test Cabinet
Brand: CALTECH ENGINEERING SERVICES
Price: 50 INR
Availability: InStock

Price 50 INR/ Piece

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MOQ : 50 Pieces

Cyclic Corrosion Test Cabinet Specification

Resolution
0.1C

Diameter
Chamber Internal Diameter: 900 mm

Humidity %
20% to 98% RH

Connectivity Type
Wired Control Panel

Capacity
480 Liters

Pressure Range
Air pressure for fog generation: 0.71.7 bar

Flow Rate
0.5 to 2 ml/min (atomizer spray)

Application Media
Corrosive solution, salt spray

Frequency
50 Hz

Temperature Range
+10C to +70C

Protection
Over-temperature protection

Measurement Range
Temperature and Humidity

Sensor Type
PT100 Temperature Sensor

Material
High-grade FRP (Fiber Reinforced Plastic)

Power Supply
230V AC, 50 Hz

Power Consumption
1500 W

Accuracy
1C

Display Type
Digital LED

Range
0C to 70C

Cyclic Corrosion Test Cabinet Trade Information

Minimum Order Quantity
50 Pieces

Supply Ability
500 Pieces Per Day

Delivery Time
1 Week

About Cyclic Corrosion Test Cabinet

Technical Specification

Ordering Information Technical Parameters	BGD 886	BGD 887	BGD 888
Temperature Range	RT +2060
Temperature Stability	2
Temperature Uniformity	2
Humidity Range	45%100%
Humidity Deviation	3% RH
Sedimentation speed of salt fog	0.52ml/80cm2.h
Spray Mode	Continuous Spary or Period Spray
Spray Time	Can set from 19,999H,M.S
Work Room DimensionDWH	7501100500	850130600	9002000600
Overall DimensionDWH	110017001250	115021001550	125028001600
Total Power	4 kw	5 kw	6.5 KW
Power Supply	AC 380V10% 50HZ
Gloss Weight	175Kg	300Kg	500KG

Advanced Corrosion Testing Capabilities

The cabinet provides versatile, programmable multi-phase corrosion cycles through a user-friendly microprocessor controller, enabling simulation of diverse environmental conditions. Users can tailor cycle settings, including temperature and humidity, for comprehensive material degradation studies and product development.

Superior Construction and Safety

Built with high-grade FRP and double-layered insulation, the cabinet is robust and energy-efficient. Safety features include over-temperature, low water, and over-pressure protection mechanisms. Observations are simplified via a transparent acrylic window, and automated drainage ensures hassle-free cleaning and maintenance.

Efficient, Uniform Testing Process

Uniform atomization assures consistent fog distribution throughout the cabinet, providing reliable exposure for each sample. The chamber accommodates up to 480 liters and holds a salt solution capacity of 40 liters, suitable for rigorous cyclic corrosion simulations in industrial laboratories or manufacturing quality control.

FAQs of Cyclic Corrosion Test Cabinet:

Q: How does the programmable controller improve the cyclic corrosion test process?

A: The microprocessor-based programmable controller allows users to configure highly specific, customizable multi-phase test cycles. This capability enhances flexibility, ensuring accurate simulation of real-world environments and replicable testing protocols for diverse applications.

Q: What benefits does the double-layered FRP construction offer?

A: The double-layered high-grade FRP construction provides excellent insulation, maintaining a highly stable test environment. This not only conserves energy but also ensures consistent test results across long-duration or demanding cycles.

Q: When should the automatic drainage and flushing system be used?

A: The automatic drainage system activates after designated test cycles or during maintenance to efficiently remove used test solutions and flush the chamber, reducing downtime and contamination risks between tests.

Q: Where is the ideal application for this corrosion test cabinet?

A: This cabinet is best employed in laboratories, R&D centers, and manufacturing quality control facilities that require advanced corrosion testing for automotive, aerospace, coatings, and metal product validation.

Q: What is the process for observing samples during testing?

A: Samples can be easily monitored through the transparent acrylic viewing window. The window is designed for optimal visibility while maintaining chamber integrity and sealing, allowing real-time assessment without disrupting test conditions.

Q: How is sample mounting managed inside the chamber?

A: Sample holders made from stainless steel 316 are supplied for optimal corrosion resistance and durability. These holders securely position samples, ensuring uniform exposure to spray and temperature gradients during the entire test sequence.

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