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Model : CASS-1000H

Salt Spray Test Machine in Oman

A Salt Spray Tester simulates a corrosive environment using a salt-laden fog to assess the corrosion resistance of coated or metallic samples. This accelerated aging test helps evaluate the protective quality of paints, platings, and finishes. It’s commonly used in automotive, marine, and industrial applications to predict material performance in harsh environments

The automotive, electronic, and manufacturing industries operating in Oman are influenced by environmental conditions -  humidity content, temperature variations, and aerosols like dust and sea salt. Such environmental conditions, while storing, transporting, and using goods, can damage any material and product that may come across them. Industries would be unable to measure the corrosion resistance of materials without a Cass Cum Salt Spray Chamber, and product failures, shortened product life cycles, and potential safety hazards could ensue.

Presto’s Cass Cum Salt Spray Chamber

It is an enclosure where the salt-laden mist is sprayed onto the material samples. It tests for corrosion resistance over a specified period, and manufacturers can understand how well the material will perform and how long it will take before corrosion starts to appear.

Why Presto Salt Spray Tester?

Presto's specialty in designing cutting-edge test instruments allows companies to rely on its products to meet industry standards. We remain at the forefront of accuracy, durability, and user-friendly advanced solutions that improve companies' product offerings while maintaining customer satisfaction.

Presto Instruments is a leading manufacturer and supplier of Salt Spray Tester in Oman. For the best price, contact us for a quote or call now!

Features & Highlights

  • Display: HMI Based Touchscreen 7" TFT LCD Color Screen
  • Chamber Temp. Range: Ambient to 60°C
  • Test Chamber Temperature Range: 49°C ± 2°C
  • Chamber Temperature Least Count: 0.1°C
  • Chamber Temperature Repeatability: ± 1°C
  • Air Saturator Temperature Range: Ambient to 65°C
  • Air Saturator Temperature Least Count: 0.1°C
  • Air Saturator Temperature Repeatability: ± 2°C
  • Power: 220V, Single phase, 50 Hz, 15 A
  • Temperature Control: Inbuilt PID temperature Controller
  • Timer (Hour meter): 6 digits
  • Test Air Pressure: 0.7Kg/cm² - 1.7Kg/cm²
  • Air Regulator: 0 to 30 psi
  • HMI-Based Touchscreen Display: Ensures ease of operation with the intuitive user interface.
  • Inbuilt PID Temperature Control: Provides precise temperature settings for accurate testing.
  • Corrosion-Resistant PT-100 Sensor: Durable and reliable sensor for long-term use.
  • Programmable Test Parameters: Users can select and set test parameters including PID settings, air saturator settings, test temperature, and test/air purge time.
  • Live Test Status Display: Real-time monitoring of test progress.
  • Robust Triple-Walled Construction: Fiber-reinforced body for enhanced durability.
  • Pneumatically Operated Canopy: Available on the 250 Ltr. model for easy operation.
  • Air Purge Post-Test: Ensures fog settlement after testing.
  • Reservoir Tank with Sponge Filter: Equipped for effective filtration.
  • USB Data Saving: Allows data to be saved directly to a USB device (pen drive not included).
  • Dual Display of Set and Present Values: Simultaneous display of set values (SV) and present values (PV) for easy reference.
  • Canopy Design:  Angled to prevent droplets from directly hitting the test sample, ensuring more accurate results.

A salt spray chamber—also known as a salt spray test chamber or salt fog test chamber—is a type of corrosion testing equipment used to check how resistant materials or coatings are to rust. It creates a controlled salty environment to simulate long-term exposure to harsh conditions, helping manufacturers predict how their products will hold up over time.
 

A salt fog chamber or salt spray fog cabinet works by spraying a fine mist of saltwater inside a sealed cabinet. This simulates natural weathering effects, allowing users to observe how materials, coatings, or finishes respond to long-term salt exposure. It’s a key part of quality control in industries like automotive, aerospace, and electronics.

Several factors can influence the salt spray test machine price, including chamber size, automation level, temperature control, material of construction, and additional features like humidity testing. Custom-built machines or those designed for continuous testing tend to cost more.

There are many salt spray test chamber manufacturers worldwide, but choosing a brand with a solid reputation for durability, accuracy, and after-sales service is important. Look for companies that also offer technical support and customizations based on your specific testing needs.

A salt spray cabinet or salt spray test cabinet is typically made from corrosion-resistant materials like fiberglass or PVC. These materials prevent the machine itself from corroding during repeated salt spray cycles.

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