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Science-based Formulation: Digitalization of Formulation Tools & Data
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Science-based Formulation
If you’re in search of efficiency, your best move is to let go of trial-and-error and take a
step towards science-based predictive models
! As industry gets more and more digital, the use of science-based tools and apps is accelerating.
Applications cover the full formulation scope: determining polymer properties, compatibility between ingredients, optimizing polymer-polymer adhesion… and many more!
Don’t get left behind from your competitors.
Be straight-forward with your developments.
Follow latest developments in scientific models, and how to use them to
solve your own formulation issues
.
Subscribe for free and receive a monthly digest directly into your inbox!
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Tech Paper
An introductory Technical paper for Arctic® Yellow 10P270
Explore this yellow-orange powder produced by high temperature calcination. It is non-bleeding and non-migratory. It has exceptional durability and hiding power, and is generally used in...
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Tech Paper
An introductory Technical paper for Arctic® Yellow 10P225
Explore this yellow-orange 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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Tech Paper
An introductory Technical paper for Arctic® Yellow 10P110
Explore this bright yellow powder produced by high temperature calcination. This pigment has good UV and visible opacity, is chemically inert, heat resistant, and stable to ultraviolet light. It is...
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Tech Paper
Explore this technical bulletin about Arctic® Green 410
A dark green powder produced by high temperature calcination. This pigment has high near-infrared reflectance, good UV and visible opacity, is chemically inert, heat resistant, and stable to...
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Tech Paper
Explore this technical bulletin about Arctic® Brown 10P857
A light brown powder produced by high temperature calcination. This pigment has good UV and visible opacity, is chemically inert, heat resistant, and stable to ultraviolet light. Arctic® Brown...
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Tech Paper
Explore this technical bulletin about Arctic® Green 187B
A green-blue powder produced by high temperature calcination. This pigment has low residual solubles, good UV and visible opacity, is chemically inert, heat resistant, and stable to ultraviolet...
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Tech Paper
A complete detailed overview of Arctic® Brown 10P850
A medium brown powder produced by high temperature calcination. This pigment is non-bleeding and non-migratory. It has exceptional durability and hiding power, and is generally used in applications...
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Tech Paper
A complete detailed overview of Arctic® Blue 424
A turquoise blue powder produced by high temperature calcination. This pigment has good UV and visible opacity, is chemically inert, heat resistant, and stable to ultraviolet light. Arctic® Blue...
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Tech Paper
Unveiling Excellence: Introducing Innovative Arctic® Blue 385
A rich blue powder - Arctic® Blue 385 produced by high temperature calcination. This pigment has good UV and visible opacity, is chemically inert, heat resistant, and stable to ultraviolet light...
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Tech Paper
The Ultimate Guide to Our Innovative Product Line: Arctic® Black 10P922
A black powder produced by high temperature calcination. This pigment has good UV and visible opacity, is chemically inert. It has exceptional durability and hiding power, and is generally used...
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