Technical Data
Kaligard Bridge Deck waterproofing Membrane						D15	SF15	SF20
Thickness mm						1.5	1.5	2.0
Width mm						1450	1500	1500
Roll length m						20	20	20
Mass g/m2~						1900	1900	2650
Tensile strength DIN 53455 N/mm2>						18/16
Max. tensile force DIN 53354 N/50mm>							1100/1100	1100/1100
Max. tensile DIN 53455 %>						350/350
elongation DIN 53354 %>							16/20	16/20
E-module 1 to 2%
RAL-RG 717/1 N/mm2~						7	13	13
Resistance to				DIN 53363 N/mm>		100/90
tear propagation				DIN 53363 N>			220/220	220/220
Dimensional change after hot storage
DIN 53377 6h/80 degrees C %<						1.5/+0.5	0.1-/+0.1	0.1-/+0.1
Behaviour after hot storage DIN 53377 6h/80 degrees C
Reduction in max. tensile elongation %~						2	2	2
Reduction in max. tensile strength %~						3	3	3
Reduction in weight %~						0.2	0.2	0.2
Aggressive liquid effects
RAL/RG 717/1 10 days/23 degrees C
Reduction in max. extension of tensile force %~						4	4	4
Reduction in max. tensile strength %~						4	4	4
Resistance to cold DIN 53361 degrees C>						-30	-30	-30
Lightfastness DIN 53389 Grade						8	8	8
Weather resistance DIN 53387						after over 10000 hours, no major
(XENON TEST T1200)						change in resistance to tear or
						elongation
Coefficient of water vapour diffusion DIN 16726 5.15						<15000	<12000	<12000
Resistance to damage by roots DIN 4062 4.7/5.7						no penetration of the film
Mechanical puncture rigidity RAL-RG717/1						no perforation
Weldability RAL-RG717/1						no penetration of water
Shear strength of seam bond RAL-RG717/1						rupture away from joint seam
Bond strength DIN 53357 N/50mm>						80	80	80
Key	D15	Unreinforced PVC-P 1.5mm thick
	SF15	Polyester Reinforced PVC-P 1.5mm Thick
	SF20	Polyester Reinforced PVC-P 2.0mm Thick
Test Results 1996 Leipzig Institute for Building Technology