2 35 Norms Properties Units Typical values Dry Conditioned DSC Melting point (10° C/min.) °C 222 ASTM - D 696 Coefficient of linear thermal expansion X10-6 K-1 28 ASTM D 648 Heat distortion temperature ISO 75 1.82 N/mm2 °C 210 DIN 53461 0.45 N/mm2 °C 220 U. L. 94 Flammability H.B. IEC 695-2-1 Incandescent wire Temperature °C 650 Thickness mm 3 ASTM-D 257 Volume resistivity Ohm cm 1015 1011 ASTM-D 257 Surface resistivity Ohm 1013 1011 ASTM-D 149 Dielectric strength KV/mm 22 ASTM-D 150 Dielectric constant (10 Hz) — 3.8 4.5 ASTM-D 150 Dissipation factor (10Hz)) — 0.02 0.09 ASTM-D 792 Density g/cm3 1.38 ASTM-D 570 Water absorption at 23°C in water for 24 hours % 0.90 ASTM-D 638 Tensile yield stress N/mm2 195 115 ISO R/527 DIN 53455 Ultimate elongation % 2.6 4 ASTM-D 638 ISO R/527 Tensile modulus of elasticity N/mm2 10600 6900 DIN 53457 ASTM-D 790 ISO 178 Flexural strength N/mm2 310 190 DIN 53452 ASTM-D 790 Flexural modulus N/mm2 10500 6800 ISO 178 ASTM-D 256 Unnotched Izod impact strength J/m 140 300 ISO 180/4C Notched Izod impact strength KJ/m2 110 125 ASTM-D 785 Rockwell hardness Scala R 122 114 Thermal properties Flammability Physical properties Mechanical properties Dry H2O < 0,15% Conditioned equilibrium moisture content at 23° - 50% R.H. The table shows the resistance to chemical agents of BRYLON 6 and Steel. RB Very good resistance. RD Good resistance. AD Limited resistance. AF Poor resistance. S Soluble. Amorphous Polymer in amorphous state. Crystal Polymer in crystalline state. The number by resistance value side shows which is the % weight increase due to swelling. All data contained in this publication are laboratory and design values, to be verified in practical applications. BRYLON 6 Technical Data BRYLON 6 STEEL Chemical agents Concentration % Amorphous Crystal Concentration % Methyl acetate 100 RB3 RB2 100 RB Acetone 100 RB4 RB 100 RB Acetic acid (aqueous solution) 40 AF AF 40 AF Acetic acid (aqueous solution) 10 AF AF 10 AF Acetic acid AF AF AF Citric acid 10 AD 15 RD 10 AD Hydrochloric acid (aqueous solution) 36 S S 36 S Hydrochloric acid (aqueous solution) 10 AF AF 10 S Hydrochloric acid (aqueous solution) 2 AF AD 2 S Chromic acid (aqueous solution) 10 AF AF 10 AF Chromic acid (aqueous solution) 1 RD RD 1 AF Hydrofluoric acid 40 AF AF 40 S Formic acid (aqueous solution) 85 S S 85 S AD Formic acid (aqueous solution) 40 S AF AF 40 S AD Phosphoric acid (aqueous solution) 10 AF AF 10 S Oleic acid 100 RB3 RB3 100 RD Sulphuric acid 98 S S 98 S Sulphuric acid (aqueous solution) 40 AF AF 40 S Sulphuric acid (aqueous solution) 10 AF AF 10 S Sulphuric acid (aqueous solution) 2 AF AD 2 S Tartaric acid (aqueous solution) RD RB RD Water RB10 RB9 RD Chlorine water RD RD AD Ethyl alcohol 96 RD17 RB3 96 RB Ammonia 10 RB11 RB 10 AF Petrol 100 RB1 RB 100 RB Bitumen RD RD RB Potassium carbonate 100 RB RB 100 AF Sodium carbonate 10 RB10 RB3 10 AF Ammonium chloride (aqueous solution) 10 RB RB 10 AF Calcium chloride (aqueous solution) 20 S S 20 AF Calcium chloride (aqueous solution) 10 RB RB 10 AF Sodium chloride 10 RB RB 10 AF Formaldehyde (aqueous solution) 30 RD RB 30 AD Fat RB RB RB Milk RB RB RB Mercury RB RB RB Oils RB RB RB Oil RB RB RB Paraffin oil RB RB RB Silicon oil RB RB RB Diesel oil RB RB RB Mineral oil RB RB RB Ozone AF AF AF Oil RB RB RB Potassium hydroxide (aqueous solution) 10 RB9 RB3 10 S Sodium hydroxide (aqueous solution) 50 RD RD 50 S Sodium hydroxide (aqueous solution) 10 RB5 RB 10 S Sodium hydroxide (aqueous solution) 5 RB9 RB 5 S Aluminium sulphate 10 RB RB 10 AF Soap (aqueous solution) RB RB RB Tincture of iodine AF AF AD Trichloroethylene RD5 RD4 RB Vaseline RB RB RB Chemical Resistance
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