PROUD OF THE PAST
PROJECTED TOWARDS THE FUTURE
The waterproofing membranes of the CENTRO series are obtained by coextrusion of a compound based on elastoplastomeric bitumen-polymer, and of a non-woven polyester reinforcement with dimensional stability controlled with longitudinally positioned mineral fibres, placed in the thickness of the membrane.
PARAGUM ST prefabricated waterproofing membranes are obtained by coextrusion of a compound, based on elastoplastomeric bitumen-polymer with base of metallocene resins, derived from the special PARALLOY component (widely known for its superior technical and performance characteristics), and a composite reinforcement in nonwoven polyester with a continuous filament stabilised with glass fibres, inserted in the thickness of the membrane in complete synergy with the same.
Membrane prefabbricate ottenute per coestrusione
del compound PARALLOY® a base di resine metalloceniche con peso molecolare selezionato disperse in bitume, e di un’armatura in
“non tessuto” di poliestere da filo continuo, a stabilità dimensionale controllata con fibre minerali posizionate longitudinalmente
The prefabricated waterproofing membranes of the SINTOGUM series are obtained by coextrusion of a compound based on elastoplastomeric bitumen-polymer and a “non-woven” polyester reinforcement stabilised for the SINTOGUM PE and PE/ARD versions, or in reinforced glass mat for the SINTOGUM W. versions.
Prefabricated waterproofing membranes obtained by coextrusion of a compound based on elastoplastomeric bitumen-polymer and of a non-woven polyester reinforcement with a continuous filament placed in the thickness of the membrane in complete synergy with the same.
The prefabricated membranes of the TOP series are obtained by coextrusion of an elastoplastomeric bitumen-polymer blend. The precise formulation and the particular dispersion of distilled bitumens and polymers determine good mechanical performance and ageing.
The prefabricated membranes of the UNOSINT series are obtained by coextrusion of a compound based onelastoplastomeric bitumen-polymer and of a non-woven polyester continuous filament placed in the thickness of the membrane, in complete synergy with the same.
