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SBI Single Burning Item Testing System with Advanced Gas Analysis and Exhaust Treatment

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Project Overview

Guangzhou Chuangge Automation Equipment Co., Ltd. specializes in customized testing equipment for construction materials, building components, electrical products, wires and cables, plastics, textiles, and other industrial applications. Through its understanding of testing standards and customer-specific requirements, the company develops equipment solutions designed to support professional testing and inspection activities.

For Guangdong Jianzhun Testing Technology Co., Ltd. and Hong Kong Xionglue Curtain Wall Consulting Co., Ltd., the project involved an SBI (Single Burning Item) testing system, a Paramagnetic Oxygen Gas Analyzer, a nitrogen dioxide gas analyzer, and an exhaust gas treatment system. The solution brings together Fire Performance Testing, gas composition analysis, and exhaust treatment to support testing applications involving building materials and components.

SBI Single Burning Item Testing System

The Single Burning Item (SBI) Test is used to evaluate the reaction-to-fire performance of certain construction products under specified test conditions. It can provide information about fire growth and related combustion characteristics, helping laboratories assess material performance according to the applicable testing standard.

For testing laboratories, an SBI system must be configured around the required specimen arrangement, burner system, measurement equipment, data acquisition, and operating procedures. The equipment configuration and test method should be aligned with the relevant standard and the laboratory's intended scope of testing.

Chuangge's customized equipment approach allows project requirements to be considered during system planning, helping customers coordinate the testing apparatus with their laboratory workflow and technical needs.

Paramagnetic Oxygen Gas Analyzer

Oxygen concentration measurement is an important part of many fire testing applications. A paramagnetic oxygen gas analyzer measures oxygen concentration based on the paramagnetic properties of oxygen, providing gas analysis data for the configured testing system.

In an SBI Testing application, oxygen measurement may contribute to the analysis of combustion gases and the calculation of relevant fire performance parameters, depending on the applicable standard and system configuration. Proper instrument selection, gas sampling arrangements, calibration procedures, and data integration are important for obtaining reliable measurements.

The analyzer's measurement range, accuracy, response time, and calibration requirements should be confirmed against the project's technical specifications.

Nitrogen Dioxide Gas Analyzer

The project also includes a nitrogen dioxide (NO₂) gas analyzer. Nitrogen dioxide is one of the gases that may be present in combustion exhaust, depending on the materials being tested and the combustion conditions.

Gas analysis can help laboratories investigate exhaust composition and support specific testing or research requirements. The suitability of an NO₂ analyzer depends on its measurement range, detection method, response characteristics, sampling system, and intended application.

The exact role of the nitrogen dioxide analyzer in this project should be determined by the agreed test procedure and system design. Instrument performance should be verified according to the applicable technical requirements.

Exhaust Gas Treatment: Clean, Colorless, and Odorless Exhaust

Exhaust treatment is an important consideration when operating fire testing equipment. Combustion testing can generate smoke, particulate matter, odors, and gaseous pollutants, depending on the test specimen and operating conditions.

The project specifies an exhaust treatment result described as dust-free, colorless, and odorless exhaust. This expresses the intended outcome of the treatment system: reducing visible particulate emissions, discoloration, and unpleasant odors before exhaust is discharged.

Actual treatment performance depends on the exhaust composition, gas flow rate, pollutant concentration, treatment technology, maintenance condition, and operating parameters. A claim of effective removal should be supported by appropriate commissioning tests or measurements under defined operating conditions. Colorless or odorless exhaust alone does not establish that all harmful gases have been removed.

By considering exhaust treatment as part of the overall testing solution, the project addresses not only the testing process but also the practical requirements of laboratory operation and exhaust management.

Customized Integration for Laboratory Applications

Combining an SBI testing system with oxygen and nitrogen dioxide gas analyzers and an exhaust treatment system requires careful coordination of the equipment, sampling lines, control arrangements, and exhaust flow. Compatibility between the testing apparatus and analytical instruments is important for maintaining stable operation and obtaining meaningful test data.

Before installation and commissioning, the laboratory and equipment supplier should confirm the applicable standards, required measurement parameters, instrument specifications, exhaust treatment targets, safety requirements, and acceptance procedures. Formal calibration or third-party certification, where required, should be arranged separately according to the relevant requirements.

About Guangzhou Chuangge Automation Equipment Co., Ltd.

Guangzhou Chuangge Automation Equipment Co., Ltd. focuses on customized testing equipment and has experience serving multiple industrial sectors, including construction materials and components, wires and cables, plastics and textiles, electrical plugs, sockets and switches, electronic products, and home appliances.

The company follows the philosophy of ensuring survival through high technology and driving development through high quality. It holds ISO 9001 quality management, ISO 14001 environmental management, and ISO 45001 occupational health and safety management system certifications. Its intellectual property portfolio includes more than 20 patents, covering invention patents, utility model patents, and software patents.

This project illustrates Chuangge's customized approach to testing equipment, combining Fire Performance Testing, gas analysis, and exhaust treatment according to the customer's application requirements. By coordinating equipment selection and system integration, the company supports laboratories seeking specialized testing solutions for building materials and related products.


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