Arlon InsilThin™
Arlon InsilThin thin profile thermal insulation is another innovative solution from Arlon Inc., technology leader in silicone based substrates.
Arlon InsilThin replaces traditional 1/4" (6.4 mm) and 1/2" (12.7 mm) silicone foam insulation with a product 2 to 3 times thinner, while maintaining better thermal stability up to 250°C.
InsilThin can be used in conjunction with Arlon flexible heater substrates where the goal is longer service life, greater thermal stability, and energy & space savings. Arlon InsilThin offers the following:
1. Thin profile for space savings and easy design, 2 to 3 times thinner than traditional silicone foam insulation.
2. Energy savings, less electricity required to power a flexible heater.
3. Longer service life than regular silicone foams with less degradation at higher temperatures.
Download our InsilThin Brochure to see a detailed product review.
Product Options
Available InsilThin products include: Datasheets 680-R3839R and 680-R3844R
Both products are 0.084" +/- 0.015" thick and can be purchased in rolls up to 48" (1.22 m) wide by 150 yards (137m) long.
The 680-R3844R InsilThin product is designed for applications requiring ultra low thermal conductivity.
The 680-R3839R InsilThin product is designed for applications requiring very low thermal conductivity and greater ease of use with all of Arlon's flexible heater substrates.
MSDS: 680-R3839R and 680-R3844R
Technical Information
Download!!!!! Arlon InsilThin Technical Paper
Download!!!!!: Technical paper discussing energy savings through InsilThin efficiency gains.
Please contact your Arlon Sales Engineer or Customer Service Representative for InsilThin pricing.
Arlon is the industry leader and offers extensive experience and expertise in custom compounding, calendering,
and application engineering. If you don't see what you're looking for go to our capabilities section and find out how Arlon can custom design materials and processes to meet your demanding
and complex requirements.
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The information contained herein are believed reliable, but all recommendations or suggestions are made without guarantee. You should thoroughly and independently test materials for any planned applications and determine satisfactory performance before commercialization. Furthermore, no suggestion for use, or material supplied, shal be construed as a recommendation or inducement to violate and law or infringe and patent.
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