Beiträge

Up to our necks in water: backflow protection done right

Like many regions across Europe, Austria is experiencing increasingly extreme weather conditions. Long periods of drought and heat are followed more and more frequently by intense heavy rainfall events, during which enormous amounts of precipitation fall within a very short period of time. Previously dried-out soils often have only a limited capacity to absorb these large volumes of water, causing it to flow over the surface and accumulate rapidly. At the same time, sealed surfaces in residential areas further hinder natural infiltration into the ground.

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The Critical 1% That Cause 90% of Water Damage

Water is the greatest enemy of a building’s structure. Around half of all structural damage can be attributed to the effects of moisture. Particularly at risk are the 1% of waterproofing areas involving transitions, penetrations and connection details – especially pipe penetrations.

This technical article explains the fundamentals of structural waterproofing in accordance with ÖNORM B 3692, describes typical damage mechanisms and shows how modern solutions such as the HL800 series and HL804H enable safe, standard-compliant and plannable sealing of pipe penetrations today.

Mehr lesen
Beiträge

Up to our necks in water: backflow protection done right

Like many regions across Europe, Austria is experiencing increasingly extreme weather conditions. Long periods of drought and heat are followed more and more frequently by intense heavy rainfall events, during which enormous amounts of precipitation fall within a very short period of time. Previously dried-out soils often have only a limited capacity to absorb these large volumes of water, causing it to flow over the surface and accumulate rapidly. At the same time, sealed surfaces in residential areas further hinder natural infiltration into the ground.

Mehr lesen

The Critical 1% That Cause 90% of Water Damage

Water is the greatest enemy of a building’s structure. Around half of all structural damage can be attributed to the effects of moisture. Particularly at risk are the 1% of waterproofing areas involving transitions, penetrations and connection details – especially pipe penetrations.

This technical article explains the fundamentals of structural waterproofing in accordance with ÖNORM B 3692, describes typical damage mechanisms and shows how modern solutions such as the HL800 series and HL804H enable safe, standard-compliant and plannable sealing of pipe penetrations today.

Mehr lesen