KORAD* / Acrylloy*

KORAD* / Acrylloy*

Acrylic film for In-Line lamination of various substrates.
 
KORAD* / Acrylloy*
Datenblatt
Acrylloy* 90005 Crystal Clear, High Gloss, High UV-Protection, Low Water Absorption

Substrates

ABS, HIPS, PVC, ASA, PC, PC/ABS, PMMA

typical Application

Exterior thermoformed parts requiring UV protection. Matte finish is maintained during thermoforming. Extra low matte surface for low glare applications.

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Acrylloy* 90006 Crystal Clear, High Gloss, Low UV-Protection

Substrates

ABS, PVC, ASA, PMMA

typical Application

Interior use only - Bathtubs, Tub-surrounds, Basins. Does not bond to HIPS.

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Korad* 05001 Clear, High Gloss, High UV-Protection

Substrates

ABS, HIPS, PVC, ASA, PC, PC/ABS, PMMA

typical Application

Exterior thermoformed parts requiring UV protection and high gloss appearance & retention.
Interior parts requiring high gloss & scratch resistance.
HIPS Sanitaryware where detergent resistance is deisred.

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Korad* 05013 Clear, High Gloss, Extra UV-Protection

Substrates

ABS, HIPS, PVC, ASA, PC, PC/ABS, PMMA

typical Application

Enhanced UV-Protection for parts with excessive Vac.Forming rate and Environments with extra high UV-Radiation e.g.Saudi Arabia

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Korad* 05701 Clear, 18 % Matte Finish(*), High UV-Protection

Substrates

ABS, HIPS, PVC, ASA, PC, PC/ABS, PMMA

typical Application

Exterior thermoformed parts requiring UV protection. Matte finish is maintained during thermoforming.

(*) The low gloss surface is achieved by internally incorporated micro pulverized materials, and not by simple mechanical matting of the surface; thus matte is retained during thermoforming.

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Korad* 05702 Clear, 10 % Matte Finish(*), High UV-Protection

Substrates

ABS, HIPS, PVC, ASA, PC, PC/ABS, PMMA

typical Application

Exterior thermoformed parts requiring UV protection. Matte finish is maintained during thermoforming. Extra low matte surface for low glare applications.

(*) The low gloss surface is achieved by internally incorporated micro pulverized materials, and not by simple mechanical matting of the surface; thus matte is retained during thermoforming.

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