• ISO 4589-3 Plastics Limited Oxygen Index Burning Chamber
  • ISO 4589-3 Plastics Limited Oxygen Index Burning Chamber
  • ISO 4589-3 Plastics Limited Oxygen Index Burning Chamber
  • ISO 4589-3 Plastics Limited Oxygen Index Burning Chamber
  • ISO 4589-3 Plastics Limited Oxygen Index Burning Chamber

ISO 4589-3 Plastics Limited Oxygen Index Burning Chamber

After-sales Service: All Life Technical Supports
Warranty: 12 Months
Item Name: ISO 4589-3 Plastics Oxygen Index Burning Chamber
Standard: ISO 4589-3 ;
Application: Plastics Oxygen Index Burning Chamber
Oxygen Concentration Measurement Range: 0 to 100%
Customization:
Diamond Member Since 2007

Suppliers with verified business licenses

Manufacturer/Factory, Trading Company

Basic Info.

Model NO.
GD-4589-3
Controller
Automatic Mass Flow
Size
600mm(W) * 370mm(D) * 350mm(H)
Power
220V, 60 Hz, 10.25A
Manual
Manual
Transport Package
Standard Wooden Case
Trademark
GOLD
Origin
Chongqing China(Mainland)
HS Code
9031809090
Production Capacity
500 Sets/ Year

Product Description

ISO 4589-3 Plastics Limited Oxygen Index Burning Chamber

ISO 4589-3 Plastics Limited Oxygen Index Burning Chamber

 

Introduction:

ISO 4589-3 Plastics Limited Oxygen Index Burning Chamber is designed according to ISO4589.1-2006, it applies to the analysis of the minimum oxygen concentration needed to maintain combustion of the sample when the sample is under the test conditions specified in oxygen and nitrogen mixed gas.
 

This Limited Oxygen Index chamber is installed with an England import Oxygen sensor, and automatically controls the Oxygen and nitrogen flow with a mass flow control meter. It is very easy and quick to operate. Used for evaluating homogeneity of solid materials, laminates, foam, film, and thin film in the specified conditions of flammability.  

 

TOI (Temperature Oxygen Index Chamber) 

Measures temperature index of the specimen by heated mixing gases at a temperature up to 400ºC in the atmospheric oxygen concentration. According to ISO 4589-3, high temperature is the best to factor to assess the combustibility of materials better than the Oxygen Index. 


Application:

* Building Materials

* Wire & Cable

* Upholstered Furniture

* Other

 

International standards:

ASTM D 2863 Standard Test Method for Measuring the Minimum Oxygen Concentration to Support Candle-Like Combustion of Plastics (Oxygen Index)
ISO 4589-2 Plastics - Determination of burning behavior by oxygen index - Part 2: Ambient- temperature test
 ISO 4589-3 Plastics - Determination of burning behavior by oxygen index - Part 3: Elevated-temperature test
NES 714  
NES 715  

 

Features: 

1. Paramagnetic Cell to measure exact oxygen concentration.

2. Auto & Manual mode (Select control and analysis by a personal computer or user).

3. Automatic Mass Flow Controller.

4. Precision display window on the software to facilitate easy reading of oxygen concentrations.

5. Specimen Holder facilitating separation and attachment of test sample.

6. Sample support suited to hard or smooth samples.

7. Shortest gas route to fast indicate test results.

8. DAQ System designed to display all test results to exactly match with each standard (It can make stronger measuring and more correct & fine test result and also more powerful repeatable performance).

9. Footswitch controller to easily control the DAQ System.

10. Simple and compact design.

11. Portable ignition fixture with a precise needle valve controls the ignition flame height easily.

12. The oxygen concentration measurement range is 0 to 100%.

 

Specification:

Product Name ISO 4589-3 Plastics Limited Oxygen Index Burning Chamber
Size 600mm(w) * 370mm(D) * 350mm(H)
Power 220V, 60 Hz, 10.25A
Manual Manual

 

 

Send your message to this supplier

*From:
*To:
*Message:

Enter between 20 to 4,000 characters.

This is not what you are looking for? Post a Sourcing Request Now

You Might Also Like

Diamond Member Since 2007

Suppliers with verified business licenses

Manufacturer/Factory, Trading Company
Registered Capital
100800000 RMB
Plant Area
>2000 square meters