Silicone – the ideal joint sealant in wet areas

Wheth­er in new or in old build­ings: joints in bath­rooms, kit­chens or around win­dows must be tightly sealed against the ingress of water and mois­ture. This not only pre­vents wear and tear, but also pro­tects against mold infest­a­tion. It is advis­able to choose the right products in order to pro­tect the res­id­ents’ health and our envir­on­ment.

1. Silicone – the first choice in wet areas

Acryl­ic joint seal­ants can be used for seal­ing trans­itions and have the advant­age of being paint­able. How­ever, they are less elast­ic and not water­proof like sil­ic­one joint seal­ants. This type of seal­ant reli­ably seals expan­sion, edge, corner and con­nec­tion joints. It pre­vents the pen­et­ra­tion of water and cold, which can lead to dam­age or mold growth. Sil­ic­one is there­fore the seal­ant of choice for all mater­i­al trans­itions in bath­rooms and kit­chens.

2. Low-emission products – harmless to human health

San­it­ary sil­ic­one con­tains fun­gi­cides that pre­vent an infest­a­tion with mold spores. How­ever, these addit­ives gradu­ally lose their effect. In addi­tion, the fun­gi­cide con­tent is rel­at­ively low in order not to impair the res­id­ents’ health. If you want to be on the safe side, use low-emis­­sion sil­ic­one that has been awar­ded the EMICODE® seal. For 20 years, the EC1 seal has been gran­ted to products that fea­ture par­tic­u­larly low emis­sions. Based on a pre­defined qual­ity stand­ard with strict require­ments, GEV EMICODE® cer­ti­fies build­ing products that are veri­fi­ably harm­less to human health. EMICODE® also ensures that the envir­on­ment­al impact is as low as pos­sible.

3. Proper drying and airing prevents mold attack

Even a sil­ic­one joint seal­ant will not last forever if it is not prop­erly treated. To inhib­it the form­a­tion of mold caused by mois­ture, all joints in the bath­room and shower should be cleaned with clear water and dried after use. Reg­u­lar air­ing of wet rooms also helps to pre­vent fungal growth caused by air humid­ity.

©GEV

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7 May 2019