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How is the fire resistance test for seismic supports conducted?

抗震支架耐火测试怎么做?按步骤评估:先按设计确定耐火等级(时间),装配支架试件(含构件),按标准炉温曲线试验,记录承载与变形,按标准判定合格。装配规范防误差,报告配套核验。

How to conduct fire resistance testing for seismic supports

Fire Resistance Testing: A Step-by-Step Approach

Fire resistance testing for seismic supports follows a specific sequence: determining requirements (fire resistance rating), assembling test specimens (support system), conducting the fire test (furnace temperature curve), and recording/evaluating results (load-bearing capacity/deformation). Industry experts note that the process involves a step-by-step evaluation: first, determine the fire resistance rating (duration) based on the design; next, assemble the support specimen (including all components);
then, conduct the test according to the standard furnace temperature curve; record load-bearing capacity and deformation; evaluate compliance against standards;
and finally, compile the supporting test report.

Step-by-Step Process

  • Determine requirements: Establish the fire resistance rating (requirement) first;
  • Assemble specimens: Assemble the support system according to specifications;
  • Conduct fire test: Execute the test using the standard furnace temperature curve;
  • Record and evaluate: Clearly assess load-bearing capacity and deformation;
  • Compile reports: Ensure the test report is complete and compliant.

Key Evaluation Points

First, rating determination.
Clearly define the fire resistance rating to avoid testing errors.
Second, assembly specifications.
Adhere to assembly standards to prevent inaccuracies.
Third, curve execution.
Strictly follow the furnace temperature curve to avoid deviations.
Fourth, clear evaluation.
Clearly assess load-bearing capacity and deformation to avoid ambiguity.

Pitfalls to Avoid

First, “incorrect rating determination” (wasted money);
ensure the rating is correctly determined.
Second, “haphazard assembly” (skewed data);
ensure assembly meets specifications.
Third, “ambiguous evaluation” (sneaking through);
ensure the evaluation is clear and precise.

Trends and Reminders

Seismic bracing systems are moving towards fire resistance: trends include fire-resistance testing (with transparent ratings) and the digitization of testing (enabling report traceability).
For purchasers, the recommendation is to ensure clearly defined ratings, standardized assembly, and unambiguous compliance criteria.
Meeting fire-resistance standards ensures safety and regulatory compliance.

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