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Polymer Additives
The material selection platform
Polymer Additives
Polymer Reinforcement Channel

Polymer Reinforcement


Additives are widely used to reinforce polymers and improve properties like dimensional stability and scratch resistance. Examples of some common polymer reinforcers are: fibers (glass, carbon, polymeric, etc.), fillers such as silica.

Apart from these common types of reinforcers, there is now an increasing trend of using nanotechnology-based additives like carbon nanotubes, nanoclays, halloysite nanotubes.

Explore and learn more about these reinforcing agents by subscribing to this channel & receive monthly digest directly in your inbox.

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Brochure

The compatibility of TUBALL™ COAT_E IPA suspension with various solvent-borne systems depends on the nature of the solvent. In case of incompatibility, part of the solvent in formulation must be...

Brochure

Uniform distribution of TUBALL™ COAT_E in the target formulation plays a key role in enhancing the electrical conductivity of the final system. To prepare conductive rotational molded polyethylene...

Brochure

TUBALL™ graphene nanotubes provide permanent electrical conductivity to polyethylene rotomolded parts and the possibility of color solutions while preserved mechanical properties.  TUBALL™...

Brochure

Get all the information about TUBALL™ MATRIX for tank lining coatings. This line of graphene nanotube concentrates is based on various carriers for easy introduction into thermostat systems. Look...

Brochure

TUBALL™ graphene nanotubes in the form of TUBALL™ MATRIX 204 concentrate are applied in gelcoats and moldcoats as an industry-friendly form of anti-static additive. TUBALL™ provides permanent...

Brochure

TUBALL™ MATRIX are the graphene nanotube concentrates based on various carriers for easy introduction into thermoset systems for reaching target level of electrical conductivity while maintaining...

Brochure

TUBALL™ MATRIX is the line of graphene nanotube concentrates on various carriers for easy introduction into the thermoset systems. There are multiple benefits offered that help in reaching the...

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...
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