The Ozone Chamber, as offered by Pacorr, represents a significant advancement in the methodological evaluation of rubber products under ozone exposure. This innovative equipment is designed to mimic a highly ozone-concentrated atmosphere, allowing for the detailed assessment of rubber degradation over time. It is instrumental in industries where rubber components play a critical role, ensuring that products meet the highest standards of durability and performance under varying environmental conditions.

Introduction to the Ozone Chamber
The Ozone Chamber by Pacorr is a state-of-the-art testing solution tailored for assessing the impact of ozone on rubber materials. It enables manufacturers to simulate years of ozone exposure within minutes, providing valuable insights into the longevity and resilience of rubber products. The chamber is equipped with high-tech features such as a microprocessor-based ozone monitor, digital temperature control, and a comprehensive digital display LCD screen, ensuring precise and accurate testing conditions.

How the Ozone Chamber Works
Pacorr's Ozone Chamber is meticulously designed to test the behavior of rubber materials under extended exposure to ozone, a critical factor in the degradation of rubber quality. It achieves this through a controlled environment that accurately replicates atmospheric ozone levels. The chamber's large volume accommodates different sizes and shapes of specimens, making it suitable for a wide range of products. It supports both static and dynamic testing, offering versatility in its application across various industries.

Applications and Standards
This testing apparatus is widely applicable in sectors that rely on rubber components, including automotive, aerospace, and manufacturing. It is crucial for ensuring that rubber products can withstand harsh environmental conditions without compromising their integrity. The chamber adheres to international testing standards such as ASTM D1149-18 and ISO 1431-3:2017, guaranteeing that products tested meet global quality benchmarks.

Key Features and Specifications
The Ozone Chamber boasts several outstanding features, including:

• A test chamber volume of 125 liters.
• Precision-based digital temperature control.
• An ozone concentration range of 50 to 1000 PPHM.
• Capabilities for both static and dynamic testing.

These features underscore the chamber's capacity to provide comprehensive and reliable data on rubber's resistance to ozone, aiding in the development of more durable rubber products.

The Ozone Chamber offered by Pacorr is an essential tool for manufacturers and researchers focused on enhancing the quality and longevity of rubber products. By allowing for precise testing under simulated environmental conditions, it helps in identifying potential weaknesses in rubber materials before they are used in critical applications. This proactive approach to quality assurance is invaluable for industries seeking to minimize the risk of product failure due to ozone exposure.

Rubber products are an essential part of many industries. Be it an end product or the components and parts of a machine, rubber is used in a wide variety of industries for critical applications.

The Ozone test chamber is used for testing the behaviour of rubber materials when it is exposed to Ozone for a significant time period so that the manufacturers could evaluate the performance of the product way before its intended use. It is designed to precisely assess various aspects of rubber quality such as ageing, rubber stress cracking and so forth. It is also used for testing rubber products with some static tensile deformation such as thermoplastic rubber, vulcanized rubber, cable insulations, etc.

The machine conforms to international testing standards including ASTM D1149-18 and ISO 1431-3:2017. The large volume of the testing chamber provides ample space to test varying sizes & shapes of specimens. The digital display LCD screen is sensitive to monitor each test factor level. The temperature is controlled with a digital PID controller that ensures a high level of accuracy in test conditions maintained. The instrument is easy to install and comes with energy-efficient operations. It can be used for both dynamic and static testing of rubber products under a concentrated ozone environment.