Flooring Radiant Panel Tester ASTM E648, EN ISO 9239-1,DIN 4102 Part 14. By Advanced Instruments Co., Limited,
Pas encore membre de TradeKey.com? Inscrivez-vous pour vous connecter avec 9 millions d'importateurs et exportateurs.
Rejoignez-le maintenant c'est gratuit |
BOOK A CALL
Book Call On Your Favorite Time

By Signing Up. I agree to TradeKey.com Terms of Use, Privacy Policy, IPR and receive emails related to our services

Contact Us
Flooring Radiant Panel Tester ASTM E648, EN ISO 9239-1,DIN 4102 Part 14.
Prev
Flooring Radiant Panel Tester ASTM E648, EN ISO 9239-1,DIN 4102 Part 14.
Next

Flooring Radiant Panel Tester ASTM E648, EN ISO 9239-1,DIN 4102 Part 14.

( Negotiable )

|

1 Minimum Order

Pays:

China

N ° de modèle:

TFRP

Prix FOB:

( Negotiable ) Obtenir le dernier prix

Localité:

CHINA

Prix de commande minimale:

-

Commande minimale:

1

Packaging Detail:

Plywood case

Heure de livraison:

60 days

Capacité de Fournir:

100 Set per Month

Payment Type:

T/T, L/C, D/A, D/P, Western Union, Money Gram

Groupe de produits :

Contacter maintenant
Membre gratuit

Personne à contacter Sean

Chongqing, Chongqing

Contacter maintenant

Spécification du produit

  • Brand Name: AI
  • Power: Electronic
  • Test standard:EN ISO 9239-1, ASTM E648, ASTM E970, NFPA 253
  • Power supply:230 volts Nominal 10 Amps
  • Ambient Temperature:Operating 10°C to 35°C
  • Gas:Propane and air compressor
  • Weight:235kg
  • Warrant:1 Year

La description

Flooring Radiant Panel Tester

Introduction:

 

Critical Radiant Flux is the main parameters of the fire risk for flooring materials, It reflects the burning and spreading ability of flooring material specimen under external heat radiation conditions, It is an important index of combustion classification for building products. According to ISO*****1,2 and GB/T *********5 requirements, and this tester is measuring the critical radiant of combustion floor coverings, through the radiation environment of test chamber. It is can also be used to measure the critical radiation of the cellulose insulation floor material.

 

Standards

 

• ISO *****1: Flooring fire reaction test - Part 1: Combustion performance of flooring materials tested by radiant heatï¼›

• ISO *****2: Flooring fire reaction test - Part 2: Testing flame spread status under the heat flux is *5kW/m2ï¼›

• ASTM E **8: Critical Radiant Flux of Floor standard test - covering system uses radiant heat energyï¼›

• ASTM E **0: Using a Radiant Heat Energy Source, test insulation floor insulation standard test for Critical Radiant Flux Using a Radiant Heat Energyï¼›

• NFPA **3: Standard Test Method for using radiant heat energy, test plates overlay system Critical Radiant Fluxï¼›

 

Main Features:

 

1, All structural components are made of stainless steel, appearance,and corrosion resistance;

2, The radiation source is a porous ceramic heat radiating plate of **0mmX**0mm, and tilted *0 °;

3, The calorimeter is imported from United States , range *0kW/m2;

4, The igniters diameter is 0.7mm, *9/EA, is located at the bottom of the center line of each *0°ï¼›

5, The standard plate is made of calcium silicate without coating layer,which is size of ***0X**0mm and thickness is *0±1mm ,density is **0 ± **0kg/m³ï¼›

6, Small stainless steel auxiliary ignition burner ignited sample.

7, Inlet flow control valve, precise control of propane flow;

8, The flooring radiant panel tester is equipped with air blower providing air, mixed gas through the venturi mixing gas,

 

Specifications

Model TFRP
Test Chamber 1,**0(L)×**0(W)×2,**0(H)mm
Control Cabinet **0(L)×**0(W)×***0(H)mm
Weight **0kg

Pays: China
N ° de modèle: TFRP
Prix FOB: ( Negotiable ) Obtenir le dernier prix
Localité: CHINA
Prix de commande minimale: -
Commande minimale: 1
Packaging Detail: Plywood case
Heure de livraison: 60 days
Capacité de Fournir: 100 Set per Month
Payment Type: T/T, L/C, D/A, D/P, Western Union, Money Gram
Groupe de produits : Fire Resistance Test

Send a direct inquiry to this supplier

To:

Sean < Advanced Instruments Co., Limited >

Je veux savoir: