Gasket Materials >>> BELPA® CSA 520, PREMIUM QUALITY GASKET MATERIAL FOR INDUSTRY
 
Ta Luft-520 CHEMICAL RESISTANCE CHARTS

  

· COMPOSITION
BELPA CSA-520 is a high quality compressed non asbestos fibre jointing sheet made with aramide and high quality mineral fibers in a NBR rubber matrix. BELPA CSA -520 has the lowest gas permeability value, with the highest tensile strength and the best flexibility. BELPA CSA 520 is a high-tech product with the highest stress relaxation value ( GRADE X ) in the market. Material suitable for many uses and with most of the fluids .
Universal gasket material for every equipment and services.

Technical Data.
COLOUR Green
Standard sizes (mm) Other upon request 1500 x 1500
Standard thickness (mm). Other upon request 0,5, 0.8, 1, 1,5, 2, 3
Density (± 10%) 1,65 g/cm³
Compressibility ASTM F-36A 7%-15%
Recovery ASTM F-36A >55%
Transverse tensile strength ASTM F-152 13MPa
Stress relaxation (BS 7531 1.5mm 300ºC/16H) (Mpa) 25
Gas permeability DIN 3535/6 <0,4 cm³/min
Hot creep at 200ºC x wsw/200 (%) 10-11
Cold compressibility x KSW (%) 10
Cold recovery x KRW (%) 3,0
Hot recovery at 200ºC x wsR/200 (%) 0,9
Thickness increase ASTM F-146 after:
ASTM oil Nº1 5h 150ºC <2%
ASTM oil Nº3 5h 150ºC <4%
ASTM fuel B 5h RT <6%

 
Typical properties for 2 mm thickness
   
PRESSURE-TEMPERATURE DIAGRAM P-T OPERATING GUIDELINES
1- Usually satisfactory to use without reference to Montero. Technical examination is normally unnecessary.

2- Must refer to Montero for advice. A technical examination is recommended

3- Area not recommended.

The P-T diagram helps the user or designer who often knows the operating temperature and pressure to carry out an initial selection of a suitable material . The P-T diagram cannot guarantee the suitability of a material for an application



  • CREEP DEFORMATION / HOT CREEP TEST
  • Temperature increase Fyesa laboratory
    Thickness decrease SEPTEMBER 2001

    CREEP DEFORMATION: percentage loss of thickness over a specified time under constant load, applied at a specified rate, at a specified temperature.
    Creep (%) = (loss of thickness under load at a specified time / initial thickness of the sample) x 100
    Creep deformation gives an indication of the effect of time and temperature on deformation behaviour of gaskets materials.
    This parameter also gives an indication about the trend of a gasket material to leak in combination with the variables that also affect to a flanged union

     
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