Non combustibility tester for building materials

NegotiableUpdate on 05/06

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

Online Consult

Overview

Mainly used for non flammability testing of the main components of homogeneous and heterogeneous building materials. This test method is used to evaluate the heat and flame generated when subjected to a temperature of approximately 750 ℃, which typically occurs during the fire growth phase with fixed ventilation conditions. It is used to evaluate whether the combustion performance level meets the test method.

Product Details

1Equipment Overview

mainTo be used for non flammability testing of the main components of homogeneous and heterogeneous building materials. This test method is used to evaluate when subjected to approximately750The heat and flames generated at a temperature of ℃ usually occur during the growth stage of a fire with fixed ventilation conditions. It is used to evaluate whether the combustion performance level has been achievedExperimental method.

IISpecification Model

RF-JC

IIIApplicable standard

GB/T 5464-2010Test Method for Non combustibility of Building Materials

4Main Features

1. It can automatically control the lifting and lowering of the specimen rack, making it easy to adjust its position inside the furnace.

2. Equipped with a reflective mirror, the combustion situation inside the furnace can be observed through the mirror, avoiding potential harm to the human body caused by high temperature and direct observation of the test furnace

3.Equipped with a positioning rod, it can determine the position of thermocouples and specimen racks inside the furnace

4.It adopts computer control and heats up quickly, usually in40minYou can reach the set temperature.

5.Can query historical curves and automatically determine temperature balance.

6.The testing process is safe, reliable, and easy to operate.

7.Professional software provides real-time display of furnace temperature, sample center temperature, and sample surface temperature curves, enabling automatic control, data acquisition and processing, data storage, and output of measurement results.

8.Two versions are available for customers to choose from.

5technologyparameter

Furnace temperature：（750±5）℃，10Temperature drift within minutes ≤2℃

Inner diameter of furnace tube：（75±1）mm, high（150±1）mm

Temperature control range: 300℃~750℃

Temperature control accuracy:±5℃

Temperature stabilization time inside the furnace: from room temperature to750℃ stabilization time ≤1hour

Usage environment:-5℃40℃。

Experimental furnace power:≤3000W；

Power supply voltage:AC220V±10%，50HzCurrent ≤10A；

The sample is cylindrical with a diameter of(45scholar2)mm, height(50scholar3)

Special statement:

Depending on specific customer requirements,The specific configuration shall be subject to the purchase and sales contract. This information cannot be used as a basis for making any requests to our company.

The interpretation of this information belongs to our company.