Model: | ISO 1128 |
---|---|
Brand: | GOLD |
Origin: | Made In China |
Category: | Industrial Supplies / Chemical Machinery |
Label: | incombustibility , building material , apparatus |
Price: |
US $5000
/ pc
|
Min. Order: | 1 pc |
Last Online:09 May, 2018 |
Introduction
Incombustibility Apparatus measures incombustibility and combustibility of uniform building material and non-uniform building material of actual element.
The evaluations (results) are rising temperature in the furnace, basic mass loss and ignition of specimen.
Incombustibility Apparatus for Buiding Material uses module type temperature controller to be stable over 60 minutes in the furnace condition of 750±5℃ and meets precise test result.
And another advantage is the automatic up-down specimen movement device for accurate results as well as user-friendly process. Thus, it doesn't matter who is test-users.
RS 232C communication and Data Acquisition Board is able to be accurate Interface of test values, so user can test the whole function and test by PC easily and automatically.
Feature
• Single Zone Furnace operable at up to 900 ℃ with the NIKROTHAL Ribbon Heater
• 750±5℃ temperature auto control with TPR
• Furnace facilitating maintenance and replacement
• Up/down automatic moving system for correct positioning of test sample and user’s convenience
• Mirror to observe the ignition quality of test sample
• RS 232C communication and DAQ Board-adopted interface
• Auto testing by DAQ Board and PC
• Alarm temperature-based overcurrent shut-off system for user’s safety
• Software (Non-Comb 2005) to print out reports based on exact data result and each standard
Test result
• Mass Loss(g) and Rate(%)
• Ignition Time(s) and Sustained Flaming(s)
• Initial & Maximum Furnace Temperature(℃)
• Final Furnace Temperature(℃)
• Maximum Specimen Center Temperature(℃)
• Final Specimen Center Temperature(℃)
• Furnace Temperature Rise(℃)
• Specimen Center & Surface Temperature Rise(℃)
• Differential Test Result by Standards
(ISO 1182:1990, KS F ISO 1182: 2004, IMO FTPC Pt.1: 1998, KS F 2271: 1998)