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Polymer Additives
The material selection platform
Polymer Additives
Innovation on Flame Retardants Channel

Flame Retardants


Flame-retardants are an important class of additives added to polymers to prevent or slow the further development of ignition. At the same time, they are under continuous regulation scrutiny due to the chemistries used in these grades.

To satisfy the industry’s need for a safer solution, technologies like halogen-free flame retardants are coming up and experts are working on other newer and safer solutions as well.

For more updates related to regulation and innovation in this field, Subscribe here for a monthly digest!

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Brochure

Read this brochure to explore fundamental properties of Carbon Black and check out the Global Specialty Blacks Product Portfolio (Raven and Conductex) that is given with the applications for various...

Brochure

This webinar PDF was presented by Dr. Marta Sacristán Benito, Functional Additives Product Manager, Tolsa. The information about the company, background on PFAs, ECHA’s and EPA’s PFAS Strategic...

Tech Paper

Discover this blue-violet powder produced by high temperature calcination. It has good heat stability, moderate exterior durability, but poor acid resistance. Download this attached technical...

Tech Paper

Discover this red-violet powder produced by a high temperature precipitation process giving a non-migrating and non-bleeding pigment. It has fair heat stability but poor exterior...

Tech Paper

Discover this golden yellow powder produced by high temperature calcination. This pigment has good UV and visible opacity, is chemically inert, heat resistant, and stable to ultraviolet...

Tech Paper

Explore this chromatic yellow inorganic pigment produced by high temperature calcination. This pigment has excellent UV and visible opacity, is chemically inert, heat resistant and stable to...

Tech Paper

Explore this dark green powder produced by high temperature calcination that is easily dispersible. This pigment has excellent UV and visible opacity, is chemically inert, heat resistant and stable...

Tech Paper

Explore this orange powder produced by high temperature calcination. This pigment has excellent UV and visible opacity, is chemically inert, heat resistant and stable to ultraviolet...

Tech Paper

Discover this black powder produced by high temperature calcinations. This pigment has a blue-shade masstone color while having high near-IR reflectivity. Download this attached technical paper...

Tech Paper

Discover this jet-black powder produced by high temperature calcination. This pigment has good UV and visible opacity, is chemically inert, heat resistant, and stable to ultraviolet...
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