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Tech Paper
SYLOBLOC
®
P 05 Anti-blocking Aid for Polyethylene Films Technical Data
Two forms of PE, LLDPE and LDPE, are largely used for film applications in food packaging due to their relatively low cost, lightweight nature, and recyclability. To allow efficient use of thin...
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Tech Paper
Guideline Formulation for Omyasphere® 300 Series in Cultured Marble
The Omyasphere® 300 series is a lightweight filler (LWF) based on closed-cell expanded perlite, with a very low density and fine size providing important benefits in synthetic/ cultured marble...
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Tech Paper
A detailed technical bulletin: Violet 92
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...
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Tech Paper
Unveiling Excellence: Introducing Violet 11C
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...
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Tech Paper
A detailed Technical Paper: Dynamix® Yellow 30C236
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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Tech Paper
Technical Paper: Introducing Dynamix® Yellow 30C152 (NTP Yellow)
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...
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Tech Paper
Unveiling Excellence: Introducing Dynamix® Green 30C659
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...
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Tech Paper
Unveiling Excellence: Introducing Dynamix® Orange 30C342
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...
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Tech Paper
Unveiling Excellence: Introducing Dynamix® Black 30C941
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...
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Tech Paper
Unveiling Excellence: Introducing Black 430
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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Tech Paper
Unveiling Excellence: Introducing Black 376A
Discover a jet-black powder produced by high temperature calcination. This pigment has good UV and visible opacity, high infrared reflection, is chemically inert, heat resistant, and stable to...
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Tech Paper
Unveiling Excellence: Introducing Black 20F944
Discover A jet-black powder produced by high temperature calcination. This pigment has good UV and visible opacity, heat resistant, and stable to ultraviolet light. Download this attached...
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Tech Paper
A complete product guide: Black 1G
A 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 light. Access this...
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Tech Paper
Explore this technical bulletin about Arctic® Black 10F951
An IR reflective jet black pigment for use in plastics applications. This pigment meets the requirements for a food contact substance under the US FDA’s effective Food Contact Notification (FCN)...
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Tech Paper
Explore this technical bulletin about Arctic® Black 10F925
An IR reflective jet black pigment for use in plastics applications. Suitable for packaging materials that are recycled in n-IR sorting systems and plastics applications in general. Arctic®...
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Tech Paper
An introductory Technical paper for Arctic® Yellow 20P296
Explore this yellow-brown powder produced by high temperature calcination. This pigment has good UV and visible opacity, high infrared reflection, is chemically inert, heat resistant, and stable...
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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...
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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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