Ozone Aging Test Chamber

What is an Ozone Aging Test Chamber and Why Do You Need One

An Ozone Aging Test Chamber is a specialized device designed to simulate atmospheric ozone exposure. Its main function is to accelerate the aging process of rubber and plastic materials by exposing them to controlled ozone levels. This helps manufacturers see how products will hold up over time against ozone-related damage.

Why does this matter? Ozone can cause serious cracking and deterioration in items like cables and tires. By using an ozone resistance test chamber, you can catch these issues early. This means better product durability and ensuring compliance with global standards like ASTM D1149 and ISO 1431.

For companies in the US and Asia, these chambers are built for high volume manufacturing and rigorous lab testing. Whether you run a production line in Asia or conduct research in a US lab, ozone aging chambers can be tailored to fit your scale and needs. This local relevance ensures faster testing without compromising quality or reliability.

Using an ozone aging tester means fewer failures in the field, saving cost and protecting your brand reputation. If you want to stay ahead in rubber and plastic testing, an ozone chamber is a vital tool.

Ready to improve your material testing? Contact Dexiang to learn how our ozone aging test chambers fit your facility.

Key Applications in Rubber Plastics and Beyond

The ozone aging test chamber is essential across several industries, especially where rubber and plastics play a critical role. Here’s how it fits into different sectors:

• Automotive hoses: These components face constant stress from ozone exposure, which can cause cracks. Testing ensures hoses stay durable and safe.
• Electronics insulation: Rubber and plastic insulation in cables must resist ozone to prevent failures and maintain performance.
• General coatings: Protective coatings on various products need to hold up to ozone weathering, ensuring longer life and reliability.

Real World Examples

Many manufacturers use ozone aging chambers for static and dynamic strain testing to meet ISO 1431 standards. This testing mimics real-world conditions that rubber and plastics face, providing accurate results on how materials will perform in the field. For instance, cable makers run these tests to spot early cracking before products reach customers, saving time and cost in the long run.

Dexiang Ozone Aging Test Chamber Specifications

Dexiang offers a range of ozone aging test chambers designed to meet various testing needs, especially for rubber and plastic materials. Here’s a quick look at the main specs:

Feature	Details
Ozone Concentration Range	1 to 100 pphm (parts per hundred million), customizable depending on test requirements
Capacity Options	Small: 150 liters; Medium: 500 liters; Large: 1000 liters
High Concentration Models	Available for accelerated aging with ozone levels up to 200 pphm
Temperature Control	Adjustable from 20°C to 60°C for precise testing environments
Humidity Control	Optional humidity control for realistic aging simulation

Dexiang chambers offer flexible configurations allowing U.S. labs and manufacturers to customize ozone exposure levels based on industry standards like ASTM D1149 and ISO 1431. Whether you need a compact 150L unit for routine batch testing or a larger 1000L chamber for high-volume testing, Dexiang has an option tailored for your project’s scale and requirements. High concentration models let you accelerate tests without compromising accuracy or chamber stability.

This broad range supports everything from standard ozone resistance tests on cable insulation to complex strain testing on automotive rubber parts.

Advanced Features for Accurate Ozone Resistance Testing

Dexiang Ozone Aging Test Chambers come with advanced features designed to deliver precise and reliable results every time. At the heart of these chambers is a PID control system, which keeps ozone levels stable and consistent, maintaining ozone uniformity within ±10%. This accuracy is essential for replicating real-world aging conditions and ensuring test results you can trust.

Safety is also a top priority. The chambers include built-in exhaust systems that safely remove excess ozone, protecting your lab environment and staff. This makes working with ozone safer and helps companies meet strict workplace safety regulations.

Here’s a quick comparison between Dexiang’s models and generic ozone aging chambers:

Feature	Dexiang Models	Generic Models
Ozone Concentration Control	PID control with ±10% accuracy	Basic control, less stable
Energy Efficiency	Low energy consumption	Higher power use
Stability	Consistent ozone uniformity	Fluctuating ozone levels
Safety Features	Advanced exhaust systems	Minimal or no exhaust
Customization Options	Wide range of sizes and concentrations	Limited range

With Dexiang, you get better stability, lower energy costs, and safer operation—making it the smart choice for ozone resistance testing in the US market.

Compliance with International Standards

When choosing an ozone aging test chamber, meeting international standards is critical to ensure reliable and recognized results. Our Dexiang chambers comply with key industry standards, making them trusted tools for labs and manufacturers alike.

Key standards includeASTM D1149

This standard specifies the test methods for ozone cracking in elastomers. Using our chamber, you can simulate controlled ozone exposure to identify and prevent cracking and degradation in rubber materials.

ISO 1431

Essential for dynamic and static ozone resistance testing, this international standard covers methods for evaluating rubber’s durability under ozone stress.

ASTM G155

This standard relates to environmental simulation and accelerated weathering, ensuring your materials perform well in real-world conditions.

Certifications for export and safety

• CE marking ensures the machine meets European safety and environmental requirements, facilitating easy export and use abroad.
• RoHS compliance guarantees that materials used in manufacturing are free from hazardous substances, important for global market acceptance.

Choosing a test chamber with these certifications guarantees your testing meets global benchmarks, giving you confidence in material performance and regulatory compliance.

How to Choose the Right Ozone Aging Test Chamber

Picking the right ozone aging test chamber comes down to a few key factors that matter most for your testing needs and budget. Here’s what to consider:

Capacity

• Choose a size that fits your sample volume. Small labs often go for 150L models, while larger manufacturers may need up to 1000L or more.

Temperature and Humidity Range

• Make sure the chamber supports the temp and humidity levels required for your tests. Flexible environmental control helps simulate real-world conditions more accurately.

Ozone Concentration

• Look for adjustable ozone levels, especially if you need to test materials under different stress. Some models offer high-concentration options for accelerated aging.

Budget

• Ozone aging chambers in the US market usually range from $5,000 to $20,000. Mid-range models balance features and cost, ideal for most rubber and plastic testing labs.

Local Tips for US Buyers

• Check if the chamber easily integrates with your existing lab equipment to save time on setup.
• Work with vendors who offer reliable US-based support and quick parts availability.
• Consider energy-efficient models to keep long-term operating costs down.
• Ask about calibration and maintenance services locally to ensure consistent, accurate test results.

Choosing the right ozone resistance test chamber sets you up for smooth, reliable testing that meets US market standards without overspending.

Dexiang Your Trusted Partner for Ozone Aging Solutions

Dexiang has built a solid reputation as a trusted name in ozone aging test chambers. With a focus on innovation and quality, they’ve been serving customers for years and have over 1000 installations worldwide, including many in the United States. Their commitment to reliable and accurate testing makes them a go-to choice for businesses that need consistent ozone resistance results.

Proven Results That Matter

Dexiang’s ozone aging chambers don’t just meet expectations—they improve testing efficiency. For example, one cable manufacturer cut their testing time by 50% after switching to Dexiang equipment, speeding up product development and reducing costs. This kind of real-world ROI shows how Dexiang supports US labs and manufacturers who prioritize both performance and compliance.

When you choose Dexiang, you’re partnering with a brand focused on delivering ozone resistance testing solutions that work seamlessly in your existing workflows—helping you stay ahead in quality control and product innovation.

Frequently Asked Questions About Ozone Aging Chambers

Here are some common questions about ozone aging test chambers to help you make the right choice and maintain your equipment effectively.

What is the price range for an ozone aging test chamber?

Prices typically range from $5,000 to $20,000 depending on the size, ozone concentration capabilities, and advanced features.

How often do these chambers need maintenance?

Regular maintenance every 6 to 12 months is recommended. This includes checking ozone sensors, cleaning the chamber, and inspecting safety exhaust systems.

Can I customize ozone concentration levels?

Yes, most models, including Dexiang units, offer adjustable ozone concentration to match different testing standards like ASTM D1149 and ISO 1431.

What size options are available?

Chambers vary from compact 150-liter models up to large 1000-liter units designed for high-volume testing.

How do I ensure accurate ozone uniformity?

Look for chambers with PID control systems that maintain ±10% ozone uniformity during tests.

Is it easy to integrate with existing lab setups?

Yes, especially models tailored for US labs come with support for temperature, humidity control, and compatible software for seamless integration.

What safety measures come with ozone aging test chambers?

Safety exhaust systems and ozone sensors are standard to prevent leaks and ensure operator safety.

Are these chambers compliant with US and international standards?

Top models comply with ASTM D1149, ISO 1431, CE, and RoHS certifications, making them reliable for global testing requirements.

If you have other questions or want specific advice, feel free to reach out to a Dexiang expert.

Ready to Enhance Your Testing Contact Dexiang Today

If you’re ready to improve your ozone resistance testing and speed up your product development, Dexiang is here to help. Whether you need a compact 150L chamber or a high-capacity 1000L model, we have the right ozone aging test chamber to fit your needs. Just reach out with your model size, ozone concentration preferences, and any special requirements, and our team will guide you through the setup and ordering process.

Get in touch now and experience faster, more reliable ozone aging testing tailored to your lab or manufacturing environment.

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