1.
Silicone Science On-Line - Responsible care
Home / Responsible care / ... CES members take part in the Responsible Care® initiative of the European and worldwide chemical ... Responsible Care Logo ...
2.
Silicone Science On-Line - Chemistry - Chemical reactions on the ...
Chemical reactions on the "finished" silicone -- Crosslinking and ... Whereas hydrolysing the appropriate silanes yields "finished" silicone fluids and ...
3.
Silicone Science On-Line - Performance properties - Biocompatibility
Silicones are formulated to comply with FDA, ISO and tripartite biocompatibility guidelines. They are odourless and tasteless, do not support bacteria ...
4.
Silicone Science On-Line - Chemistry - Cyclic polymerisation
Polymer chain length will depend on the presence of substances capable of giving chain ends. For example, in the polymerisation of (Me2SiO)4 with KOH, ...
5.
Silicone Science On-Line - Responsible care - Environment
Silicone producers together form a major sector of the global economy. As such, protecting health, wildlife and the natural environment is a priority. ...
6.
Silicone Science On-Line - Chemistry - Polydimethylsiloxanes (PDMS)
Polydimethylsiloxane is the basic and most commonly available silicone. By adjusting -Si-O- chain lengths, the functionality of the side groups and the ...
7.
Silicone Science On-Line - Grades - Elastomers
Chemical structure. Heat cure silicone elastomers are otherwise known as HTV or HCE elastomers (High Temperature Vulcanising/Heat Cured Elastomers). ...
8.
Silicone Science On-Line - Grades - Elastomers
They have excellent resistance to weathering and ageing because of their unique chemical properties. Special additives ensure that RTV-1 silicone rubbers ...
9.
Silicone Science On-Line - Chemistry - A short history of ...
Click here to view our interactive timeline, which presents an overview of main developments in the history of silicones. ...
10.
Silicones Science - Chemistry - Basic Structure
Silicones therefore are composed of the elements Si, O, C and H. Silicone molecules are usually tangled up in each other. However, the methyl groups are ...