Thermavac® Silicone Vacuum Bag Materials
Arlon develops and manufactures high quality silicone vacuum bag materials for the construction of reusable vacuum bags.
Thermavac® silicone bagging materials can be used in resin infusion and pre-preg moulding and curing operations.
Thermavac® Silicone Advantages
• High conformability allows the moulding of complex parts.
• Silicone maintains its properties to +500oF for higher temperature curing.
• Silicone bagging material can be bonded to make any size bag needed.
• RoHS Compliant
Thermavac® Product Selector
Standard Modulus
Color: C = Red (R) or Translucent (N)
Thickness: ### = 0.040" or 0.060"
Width: $$ = 38X (36" usable) or 50X (48" usable)
Fully Cured Part Number: 10502(C)###-$$X
Uncured Part Number: 32400(C)###-$$X
• Example: 10502N060-50X = Cured, Standard modulus, Translucent, 0.060" thick, 48" usable width.
• Example: 32400N060-50X = Uncured on a polyester release carrier, Standard modulus, Translucent, 0.060" thick, 48" usable width
A Low Modulus vacuum bag material is also available for enhanced conformability:
• 10842S060-38X = Cured, Low modulus, Brown, 0.060" thick, 36" usable width.
• 32842S060-38X = Uncured on a polyester release carrier, Low modulus, Brown, 0.060" thick, 48" usable width.
For greater chemical resistance in vacuum bag applications try:
Thermavac® XRT 25662T010-42X
Please Note: Arlon does not manufacture vacuum bags. Arlon can supply you with high-quality silicone material to construct vacuum bags to suit your fabrication requirements. Contact Us.
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.
Challenge Us!
Let Arlon be your company's silicone development department.
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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