The material selection platform
Adhesives Ingredients
OK
The material selection platform
Adhesives Ingredients
Welcome back
,
My Profile
My Subscriptions
My Courses & Tutorials
Logout
Subscribe to Newsletters
Login / Register
The material selection platform
Adhesives Ingredients
Ingredients Selector
Selection Resources
News & Feeds
SEARCH
OK
Home
Ingredients Selector
by SpecialChem
Share
Feedback
Get link
Copy
Save
Cette page a bien été ajoutée à vos favoris
View all pages saved
CONTINUE BROWSING
REFINE YOUR SEARCH
(
active filters)
8
products match your search
Detailed
List
Product Name
Supplier
Description
sil-cell 32 BC
sh minerals
sil-cell 32 BC by sh minerals is an aluminium silicate. Acts as a filler. Exhibits very low density (0.18-0.30 g/cm3), is free-flowing, inert, frost-, temperature-, chemical-resistant, neutral in...
view more
Applications
Adhesives
Polymers>Polychlorovinyls (PVC, PVDC)>Polyvinyl Chlorides (PVC)
sil-cell 35 BC
sh minerals
sil-cell 35 BC by sh minerals is an aluminium silicate. Acts as a filler. Exhibits very low density (0.18-0.30 g/cm3), is free-flowing, inert, frost-, temperature-, chemical-resistant, neutral in...
view more
Applications
Adhesives
Polymers>Polychlorovinyls (PVC, PVDC)>Polyvinyl Chlorides (PVC)
sil-cell 35/34
sh minerals
sil-cell 35/34 by sh minerals is an aluminium silicate. Acts as a filler. Exhibits very low density (0.18-0.30 g/cm3), is free-flowing, inert, frost-, temperature-, chemical-resistant, neutral in...
view more
Applications
Adhesives
Polymers>Polychlorovinyls (PVC, PVDC)>Polyvinyl Chlorides (PVC)
sil-cell 42 BC
sh minerals
sil-cell 42 BC by sh minerals is an aluminium silicate. Acts as a filler. Exhibits very low density (0.18-0.30 g/cm3), is free-flowing, inert, frost-, temperature-, chemical-resistant, neutral in...
view more
Applications
Adhesives
Polymers>Polychlorovinyls (PVC, PVDC)>Polyvinyl Chlorides (PVC)
sil-cell 42/18
sh minerals
sil-cell 42/18 by sh minerals is an aluminium silicate. Acts as a filler. Exhibits very low density (0.18-0.30 g/cm3), is free-flowing, inert, frost-, temperature-, chemical-resistant, neutral in...
view more
Applications
Adhesives
Polymers>Polychlorovinyls (PVC, PVDC)>Polyvinyl Chlorides (PVC)
sil-cell 43 BC
sh minerals
sil-cell 43 BC by sh minerals is an aluminium silicate. Acts as a filler. Exhibits very low density (0.18-0.30 g/cm3), is free-flowing, inert, frost-, temperature-, chemical-resistant, neutral in...
view more
Applications
Adhesives
Polymers>Polychlorovinyls (PVC, PVDC)>Polyvinyl Chlorides (PVC)
sil-cell 43/34
sh minerals
sil-cell 43/34 by sh minerals is an aluminium silicate. Acts as a filler. Exhibits very low density (0.18-0.30 g/cm3), is free-flowing, inert, frost-, temperature-, chemical-resistant, neutral in...
view more
Applications
Adhesives
Polymers>Polychlorovinyls (PVC, PVDC)>Polyvinyl Chlorides (PVC)
sil-cell Sil 32
sh minerals
sil-cell Sil 32 by sh minerals is an aluminium silicate. Acts as a filler. Exhibits very low density (0.18-0.30 g/cm3), is free-flowing, inert, frost-, temperature-, chemical-resistant, neutral in...
view more
Applications
Adhesives
Polymers>Polychlorovinyls (PVC, PVDC)>Polyvinyl Chlorides (PVC)
Spotlight
Webinar resources: Use of clay-based rheology additives for tiles
Discover strategies for better performance
Read More
Live webinar: Versatile clay-based construction rheology additives
Sign up for our webinar with Elementis' specialist
Read More
Maximize sustainability in SMP sealants with new rheology modifiers
Learn about new THIXATROL® Renewable Rheology Modifiers
Read More
Read More
A sustainable revolution for bio-based adhesives
Explore lignin, the sustainable solution
Read More
Learn about Omya's commitment to fostering customer innovation
Supporting customer innovation
Read More
Looking for a rheological modifier with a low carbon footprint?
Discover Omyabond® 160
Read More
Versatile latex binder for high-performance sealants
Upgrade your sealant with Trinseo's LIGOS™ C 9504
Read More
Explore CRILAT 2823: A plasticizer & APEO-free aqueous dispersion
Ideal for film print lamination
Read More
Back to Top