S&T

ISO 9151 is an international standard for flame heat protection testers, providing testing methods to evaluate the heat resistance of materials or protective clothing when exposed to flames or high-temperature heat.

This tester measures the response of materials to flames or heat, evaluating how effectively protective equipment or clothing can protect the human body.

The ISO 9151 Flame Heat Protection Tester is equipment that evaluates the durability of materials or protective clothing against flames or high-temperature heat.

This test is primarily used to assess the safety of materials by measuring flame-induced damage or the degree of heat transfer when protective clothing and protective equipment are exposed to flame heat in high-temperature environments.

Key Features

Precise Flame Control The temperature and duration of the flame can be accurately controlled during testing, allowing various test conditions to be set.

Material Heat Resistance Evaluation Evaluates the heat resistance of materials by measuring the heat conduction generated by the flame.

Automated Test Progression Tests are conducted through an automated control system, and accurate testing can be performed by setting the flame position and exposure time.

Result Recording and Analysis Test results are automatically recorded, and the test is completed by analyzing the material's reaction and degree of deformation.

Safety Features Built-in overheat protection and emergency stop functions enable safe test progression.

Test Specimen	Materials, protective clothing, protective equipment, and various textile and protective garments
Heat Source	Flame heat source (direct flame exposure testing)
Test Temperature	High-temperature flame of 1,000°C or above
Flame Exposure Duration	5 sec ~ 60 sec (adjustable depending on test requirements)
Specimen Positioning	Adjustable specimen orientation (vertical and horizontal)
Test Parameter Control	Automated temperature control and test condition configuration
Temperature Measurement	Precise temperature measurement via high-temperature thermometers and thermocouples
Material Response Measurement	Assessment of deformation, post-flame results (material damage, warping, charring, etc.)
Additional Features	Overheat protection, automated result logging, end-of-test notification
Data Recording & Storage	Automatic result logging with export to CSV and Excel formats
Safety Devices	Emergency stop system, overheat protection device, automated safety functions
Software Support	Automated test execution, result analysis, and report generation
Test Standby Time	Configurable post-test standby and cooling time settings
Power Supply	220V / 50Hz or 110V / 60Hz (configurable to local voltage standards)

Software Support Specifications

Automated Test Control Automatic setting and control of test duration, flame temperature, exposure time, and more.

Data Recording and Analysis Real-time data recording, automatic analysis, and result visualization (graphs and charts).

Report Generation Automatically generates reports after testing and saves them in PDF or Excel format.

Automation Automated test progression, temperature and time control, with warning and notification functions.

Compatibility Supports integration with various equipment; remote updates available.

Security User login and role-based access management.

ISO 9151 is an international standard for flame heat protection testers, providing testing methods to evaluate the heat resistance of materials or protective clothing when exposed to flames or high-temperature heat. This tester measures the response of materials to flames or heat, evaluating how effectively protective equipment or clothing can protect the human body. The ISO 9151 Flame Heat Protection Tester is equipment that evaluates the durability of materials or protective clothing against flames or high-temperature heat. This test is primarily used to assess the safety of materials by measuring flame-induced damage or the degree of heat transfer when protective clothing and protective equipment are exposed to flame heat in high-temperature environments.

Key Features

Key Features

Precise Flame Control The temperature and duration of the flame can be accurately controlled during testing, allowing various test conditions to be set.

Material Heat Resistance Evaluation Evaluates the heat resistance of materials by measuring the heat conduction generated by the flame.

Automated Test Progression Tests are conducted through an automated control system, and accurate testing can be performed by setting the flame position and exposure time.

Result Recording and Analysis Test results are automatically recorded, and the test is completed by analyzing the material's reaction and degree of deformation.

Safety Features Built-in overheat protection and emergency stop functions enable safe test progression.

Test Specimen	Materials, protective clothing, protective equipment, and various textile and protective garments
Heat Source	Flame heat source (direct flame exposure testing)
Test Temperature	High-temperature flame of 1,000°C or above
Flame Exposure Duration	5 sec ~ 60 sec (adjustable depending on test requirements)
Specimen Positioning	Adjustable specimen orientation (vertical and horizontal)
Test Parameter Control	Automated temperature control and test condition configuration
Temperature Measurement	Precise temperature measurement via high-temperature thermometers and thermocouples
Material Response Measurement	Assessment of deformation, post-flame results (material damage, warping, charring, etc.)
Additional Features	Overheat protection, automated result logging, end-of-test notification
Data Recording & Storage	Automatic result logging with export to CSV and Excel formats
Safety Devices	Emergency stop system, overheat protection device, automated safety functions
Software Support	Automated test execution, result analysis, and report generation
Test Standby Time	Configurable post-test standby and cooling time settings
Power Supply	220V / 50Hz or 110V / 60Hz (configurable to local voltage standards)

Software Support Specifications

- Automated Test Control Automatic setting and control of test duration, flame temperature, exposure time, and more.

- Data Recording and Analysis Real-time data recording, automatic analysis, and result visualization (graphs and charts).

- Report Generation Automatically generates reports after testing and saves them in PDF or Excel format.

- Automation Automated test progression, temperature and time control, with warning and notification functions.

- Compatibility Supports integration with various equipment; remote updates available.

- Security User login and role-based access management.

Equipment Specifications