How an Ozone Test Chamber Works?

An Ozone Test Chamber checks how well materials can handle exposure to ozone. It has a machine that makes ozone and spreads it inside the chamber. Materials to be tested are placed in the chamber and exposed to set ozone levels, temperature, and humidity. A control system keeps these conditions steady. Devices inside the chamber measure the ozone levels and other factors. After the test, the materials are checked for damage, like cracks or becoming less stretchy, to see how well they resisted the ozone.

The Main Feature of the Ozone Test Chamber

The Ozone Chamber is powered by a quiet and effective ozone generator that produces ozone gas and a certain volume of processed air. The mixture is then inserted into the chamber via a switch, and a continuous line (UV detector) measures the concentration of ozone. The ozone generator provides feedback to the systems, which adjusts system settings based on the occurrence of effective ozone control, maintaining the proper concentration of work by heating humidification systems to satisfy all test requirements.

Features and Structure of Ozone Chamber

1: Stainless steel plate of Superior quality mirror stainless steel plate is imported and used as internal material.

2: Stainless steel with paint spray is used as the external material.

3: High-density glass fibre is used as the insulating material

4: To force vertical air circulation, manufacturers use long axial fan motors and temperature-resistant aluminium alloy wing-type wind turbines.

5: The chamber door uses a double layer of silicone sealant that is resistant to high and low temperatures to ensure an airtight test area.

6: The chamber bottom features a fixed foot cup and a premium universal wheel.

7: Tempered glass with multiple layers is used in observation windows.

8: An exhaust system is used to remove the high concentration of ozone in the test chamber to prevent poisoning.

Control System of Ozone Test Chamber

1: Temperature is controlled via an LCD controller for a microcomputer which is imported from abroad.

2: PID control.

3: An auto-calculation feature to lessen setup hassles.

4: Heater: u-shaped, fin-type radiator pipe made of nickel-chromium alloy, highly accurate auto calculation SSR + PID control

5: Temperature gauge: PT 100, SUS#304

Test Standards Compliance

Effective Lab India’s Ozone Chamber meets many international test standards, guaranteeing its adaptability and dependability in various sectors. Among these standards include:

ASM D1149: This standard specifies how rubber should be tested to check for ozone-induced cracking. It provides you with all the necessary details, like the temperature, amount of ozone to use, and duration of the test.

ISO 1431: Similar recommendations for testing rubber are provided by ISO 1431. It explains how to conduct a test under particular conditions to see if the rubber can withstand damage from ozone.

DIN 5359: Rubber-like materials called elastomers are tested according to the DIN 53509 standard. It focuses on searching for fractures and additional indications of ozone exposure damage.

Ozone Test Chamber Manufacturers

There are numerous manufacturers which offer Ozone resistance or Ozone aging test chambers tailored to specific industry needs. But, if you would like to purchase the best Ozone testing chamber in Faridabad, India then you are at the right place. Effective Lab India offers top-notch Ozone Test Chambers with LED touchscreen displays that are specifically made to measure ozone concentrations. These ozone aging test chambers are purely manufactured by intelligent engineers. So, don’t hesitate and click on the link below to get your ozone testing chamber now.

Ozone Test Chamber Pricing

When it comes to the pricing of Ozone resistance test chambers, the pricing is different in every country according to the product. In India, the pricing of ozone test chambers varies from 320000 INR to 450000 INR. The pricing depends on the quality and model of the chamber.

• Air circulation device: built-circulation duct, test gas flow evenly from top to bottom parallel to the specimen surface, in line with the national standard.
• Setting mode with a touch of a button for ease of use.
• Combines both ozone concentration and temperature control in one unit.
• Streamlined design with all necessary components integrated, reducing the need for additional equipment.
• Built with high-quality materials and components to ensure long-term reliable performance.
• Clear and bright LED display for easy reading of all parameters.
• Temperature: Accurate to 0.1 °C.
• Humidity: Accurate to 0.1% RH.
• Ozone Concentration: Accurate to 1 pphm (parts per hundred million).
• Utilizes Proportional-Integral-Derivative (PID) control for precise regulation of temperature and ozone concentration.
• Electromagnetic air pump to provide quality air, oil-free dry gas system to ensure the reliability of long-term work.
• Ability to control and maintain humidity levels within the chamber.
• Adjustable ozone concentration levels to meet specific testing requirements.
• Designed for simplicity and ease of operation, making it accessible even for users with minimal training