Quality Plastic Film and Plastic Sheets
The thermal properties of our products
What is the heat resistance of Hazy DuraLar™ film and sheets. Hazy DuraLar will begin to soften at about 150C/300F. When DuraLar softens, it begins to lose its orientation; it gets wavy and begins to shrink. So if your film will only be exposed to a heat environment below 150C/300F, Hazy DuraLar is a good … Read more
What is the heat resistance of flexible PVC film and sheets? Flexible PVC film starts to soften at 60C/140F. This is due to its plasticizer content. The softer the film, the more plasticizer, the lower temp it melts at. So if your film will only be exposed to a heat environment below 60C/140F, flexible PVC … Read more
What is the heat resistance of Drafting Film? Drafting Film is designed for use in environments below 85C/185F. At higher temperatures, the matte surface could yellow, or loose some of it’s ink adhesion properties. At really high temperatures above 150C it begins to loose it’s orientation, thus it will become wavy and shrink. If you … Read more
What is the heat resistance of our Double Tack™ film? Double Tack is designed for use in environments below 65C/140F. At higher temperatures, the adhesive becomes soft and loses adhesion. At really high temperatures (above 150C), it begins to lose its orientation; it will become wavy and shrink. If you need a matte film for … Read more
What is the heat resistance of light diffuser paper? It’s paper! So no putting it near any spark, open flame or other ignition situation. We don’t recommend this product be used as any sort of insulator, and can only recommend its use in low heat lighting applications, like LED and fluorescent bulb luminaries. If you … Read more
What is the heat resistance of circular light diffuser film? Circular light diffuser film is designed for use in environments below 85C/185F. At higher temperatures, the matte surface could yellow, or lose some of its ink adhesion properties. At really high temperatures (above 150C), it begins to lose its orientation; it will become wavy and … Read more
