Radiation heat flux testing device for flooring materials

Product Name: Radiation Heat Flux Testing Device for Flooring Materials Product Model: ZY6235-PC Product Usage: Suitable for various flooring materials such as wooden boards, rubber sheets, plastic floors, textile carpets, soft wood boards, and floor spraying materials. Ignite the flooring material horizontally placed and exposed to a tilted thermal radiation field with a small flame for testing. Manufacturer prices: Non standard customization prices vary, welcome to choose and quote!

1、 Application scenarios:

The radiation heat flux testing device for flooring materials is suitable for various flooring materials such as wooden boards, rubber sheets, plastic flooring, textile carpets, soft wood boards, and floor spray materials.

Ignite the flooring material horizontally placed and exposed to a tilted thermal radiation field with a small flame for testing.

This device can reflect the combustion performance of flooring materials, including the substrate used. Changes in the backing material, bottom layer material, or other aspects of the flooring material may affect the test results. It is used to test and describe the combustion characteristics of flooring materials under controlled laboratory conditions for ignition and thermal reactions.

2、 Compliant with standards:

1. Complies with the test standard ISO9239-1:2002 "Combustion Performance of Flooring Materials Part 1: Determination of Combustion Performance by Radiant Heat Source Method".

2. Complies with the test standard GB/T11785-2010 "Determination of Burning Properties of Flooring Materials - Radiant Heat Source Method".

3. Complies with the ASTM E648-2014 "Critical Heat Test for Flooring" test standard.

3、 Product features:

1. The control part is controlled by computers, high-precision boards, and modules. The signal is collected and processed using a 16 bit high-precision board, with an accuracy level of up to one percent, stable performance, and good repeatability.

2. The instrument has good accuracy, high precision, stability and reliability.

3. The instrument has a long service life and low operating costs.

4. The instrument is equipped with corresponding auxiliary equipment and consumables to ensure the normal operation of the equipment.

5. Computer control interface: Using high-end equipment and instrument professional development software (Labview), the interface is rigorous and highly automated. All tedious programs and calculations have been integrated into the computer, with very fast response speed, easy operation, user-friendly interface, and foolproof operation.

6. Operating software: Windows XP operating interface, Labview style, and comprehensive security mechanism.