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Airloy® HR Sheet

Mark Schneider — Tue, 05 Jul 2022 22:19:29 +0000

Airloy^® HR from Aerogel Technologies is a tough and durable, nonflammable, dust-free, rollable superinsulating aerogel material. With a consistency similar to thin cardboard, Airloy HR can be wrapped, bent, and compressed without breaking or losing insulating performance. Strong in both compression and tension. Excellent resistance to liquid water uptake and humidity. Easy to cut and adhere. Maximum operating temperature of 300°C. An ideal solution for applications that demand mechanical toughness and thermal performance while minimizing thickness in automotive, aerospace, apparel, construction, physical plant, and consumer electronics. Example applications include thermal barriers for battery packs, thermal breaks, heat-steering layers in electronics, high and low temperature pipe wraps, and firewalls. Sold in 1.5 mm thick rolls. For applications requiring thicker materials, simply adhere multiple layers together. Made with NASA technology.

For a similar product that’s softer and even more insulating, check out our Airloy HT.

Download the material SDS here.
Download the material TDS here.

	Density^a	Nominal Thickness^a	Ultimate Tensile Strength^a	Compressive Strength^a	Compressive Modulus^a	Operating Temperature^a	Thermal Conductivity^a	R value per inch^a,b
	0.24 ± 0.02 g/cc	1.5 mm	12 MPa	1 MPa	40 MPa	300°C	29 mW/m-K	5.0

^aApproximate values. For reference only.
^bR value in US units ft2·°F·h/BTU

For volume purchases/pricing, or custom thicknesses, please contact us.

Please see our patent and trademark information page for information for patents protecting this product.

Airloy® HT Flexible Foam

Mark Schneider — Wed, 24 Aug 2022 17:58:19 +0000

Airloy^® HT from Aerogel Technologies is a superinsulating, dust-free, high-temperature, flexible aerogel material that handles like foam. With a thermal conductivity of only 20 mW/m-K, Airloy HT provides up to 50% better thermal insulating performance per unit thickness than conventional insulators such as expanded polystyrene and fiberglass. Airloy HT is also water resistant, non-flammable, and offers superlative sound transmission loss, making it a multifunctional solution for a wide range of real-world applications. With an operating temperature up to 300°C, Airloy HT is an ideal material for maximizing thermal performance while minimizing thickness in automotive, aerospace, apparel, physical plant, and consumer electronics applications. Easy to cut and adhere. Sold in 2 mm thick sheets. For applications requiring thicker materials, simply adhere multiple layers together. Made with NASA technology.

For a similar material that is stiffer and even tougher, consider Airloy HR.

Download the material SDS here.
Download the material TDS here.

Density^a	Nominal Thickness^a	Operating Temperature^a	Thermal Conductivity at 25°C^a	R value per inch^a,b	Sound Transmission Loss^a
0.11 ± 0.02 g/cc	2 mm	300°C	20 mW/m-K	7.2	>20 dB/cm over 300-5,000 Hz

^a Approximate values. For reference only.
^b R value in US units ft²·°F·h/BTU

For volume purchases/pricing, or custom sizes/thicknesses, please contact us.

Please see our patent and trademark information page for information for patents protecting this product.

Airloy® X56 Strong Transparent Aerogel Discs

John Schneider — Wed, 24 May 2017 11:43:44 +0000

Airloy^® X50 series materials from Aerogel Technologies are mechanically robust aerogels that offer the look and transparency of classic aerogel without the fragility. Airloy X56 is semi-transparent and superinsulating without the fragility of classic silica aerogels. Around five times lighter than plastics. Use for applications such as fenestration, process visualization, and lightweight structures. Dust-free. Easy to machine and adhere. Thermal conductivity between classic silica aerogels and Styrofoam^®. Maximum operating temperature is ~80°C. Size is approximately 2″ diameter x 0.2″ thick (5 cm x 0.5 cm).

Download the Material SDS here.

For operating temperatures up to 300°C, choose Airloy X114 or Airloy X116 instead.

Airloys are sold by density. Properties such as strength and stiffness increase with increasing density, while thermal conductivity decreases with decreasing density. Airloy X56 properties scale with density approximately as follows:

Density Class	Density	Compressive Yield Strength^a	Compressive Modulus^a	Ultimate Strength^a	Thermal Conductivity^a	Transparancy Rating (0-9)^b
MH	0.3 ± 0.05 g/cc	0.65 MPa	20 MPa	170 MPa	23 mW/m-K	7

^aApproximate values. For reference only.
^bTransparency graded on 0-9 scale, 9 being most transparent. Number is determined using black text on gray background with background color value increasing linearly from 0-255 (see image above).

Densities currently available for online purchase are shown in the section above. Additional densities and sizes coming soon and available by request.

Quantity discounts available:

1-2	3-9	10-19	20-25	26+
$90	$85.50	$81	$76.50	$72

Please see our patent and trademark information page for information for patents protecting this product.

Airloy® H116 Hydrophobic Non-Flammable Strong Aerogel Tiles

Mark Schneider — Mon, 25 May 2020 13:58:05 +0000

Airloy^® H116 from Aerogel Technologies is a mechanically durable, dust-free, nonflammable hydrophobic polyimide aerogel formulated to withstand exposure to liquid water. Airloy H116 comes in densities up to 10 times lighter than plastics and is a great alternative to Airloy X103 where higher temperatures are required, and/or where water may be present. Non-flammable. Does not burn, smoke, or drip upon exposure to flame. Great for aviation and automotive applications. Machinable and adherable. Thermally superinsulating with a conductivity between classic silica aerogels and Styrofoam^®. Maximum operating temperature ~300°C. Color is yellow. Dimensions are approximately 2.5" x 3" x 0.4" (5 cm x 7.5 cm x 1 cm). Airloy H116 will undergo a one-time volume reduction upon exposure to temperatures above about 150°C. Part annealing is suggested prior to use. Made in part with NASA technology, licensed to Aerogel Technologies. Download the material SDS here. Large Airloy X116 panels are available for making bigger engineering parts (Large Airloy H116 panels coming soon). Airloys are sold by density. Properties such as strength and stiffness increase with increasing density, while thermal conductivity decreases with decreasing density. Airloy X116 properties scale with density approximately as follows:

Density Class	Density	Compressive Strength^a	Compressive Modulus^a	Operating Temperature ^a	Thermal Conductivity^a
LM	0.14 ± 0.02 g/cc	1 MPa	39 MPa	300°C	24 mW/m-K

^aApproximate values. For reference only. Densities currently available for online purchase are shown in the section above. Additional densities and sizes coming soon and available by request. Quantity discounts available:

1-2	3-9	10-19	20-25	26+
$120	$114	$108	$102	$96

Please see our patent and trademark information page for information for patents protecting this product. Please click on the letter below with the corresponding density class in order to add to cart.

Airloy® X116 Flexible Thin Films

Mark Schneider — Mon, 25 May 2020 16:09:04 +0000

Airloy X116 Flexible Thin Films from Aerogel Technologies are the world's first commercially available true polyimide aerogel films. Great for use as a thermal break or in dielectrics applications such as 5G/6G communications technologies. Dust-free. Easily cut with scissors and adherable. Dielectric constant of ~1.18 from DC to 50 GHz. Thermally superinsulating with a conductivity between classic silica aerogels and Styrofoam^®. Maximum operating temperature ~150°C with yellow color. Sold in sheets with dimensions of approximately 6" x 6" x 0.01" (15 cm x 15 cm x 0.025 cm). Airloy X116 will undergo a one-time volume reduction upon exposure to temperatures above about 150°C. Material annealing is suggested prior to use at elevated temperatures. Made with NASA technology under licensed to Aerogel Technologies. Download the material SDS here. Monoliths are also available for applications requiring greater material thickness. Airloys are sold by density. Properties such as strength and stiffness increase with increasing density, while thermal conductivity decreases with decreasing density. Airloy X116 properties scale with density approximately as follows:

Density Class	Density	Compressive Strength^a	Compressive Modulus^a	Operating Temperature^a	Thermal Conductivity^a
L	0.09 ± 0.02 g/cc	0.4 MPa	11 MPa	400°C	29 mW/m-K

^aApproximate values. For reference only. Densities currently available for Airloy X116 are shown in the section above. Materials available for online purchase are listed above. Additional densities and sizes coming soon and available by request. Quantity discounts available. Sample pricing provided below. For volume purchases/pricing please contact us.

1-2	3-9	10-19	20-25	26+
$90	$85.50	$81	$76.50	$72

Airloy® X116 Non-Flammable Strong Aerogel Large Panels

John Schneider — Thu, 18 May 2017 14:26:25 +0000

Airloy^® X110 series materials from Aerogel Technologies are the world’s first commercially-available polyimide aerogels. Airloy X116 materials are mechanically robust aerogels with the strength to stand up to real-world applications. Now available in large panels (30 cm x 30 cm x 0.5 cm). Airloy X116 comes in densities up to fifteen times lighter than plastics and is a great alternative to Airloy X103 where higher temperatures are required. Non-flammable. Does not burn, smoke, or drip upon exposure to flame. Great for aviation and automotive applications. Dust-free. Machinable and adherable. Thermally superinsulating with a conductivity between classic silica aerogels and Styrofoam^®. Maximum operating temperature is ~300°C. Color is yellow. Airloy X116 will undergo a one-time volume reduction upon exposure to temperatures above about 100°C. Part annealing is suggested. Made in part with NASA technology, licensed to Aerogel Technologies.

Download the Material SDS here.

Smaller sample coupons are also available for smaller projects and low-cost materials evaluation.

Note: Product estimated to ship second week of December

Airloys are sold by density. Properties such as strength and stiffness increase with increasing density, while thermal conductivity decreases with decreasing density. Airloy X116 properties scale with density approximately as follows:

Density Class	Density	Compressive Strength^a	Compressive Modulus^a	Operating Temperature^a	Thermal Conductivity^a
L	0.09 ± 0.02 g/cc	0.4 MPa	11 MPa	400°C	29 mW/m-K

^aApproximate values. For reference only.

Densities currently available for Airloy X116 are shown in the section above. Materials available for online purchase are listed above. Additional densities and sizes coming soon and available by request.

Quantity discounts available:

1-2	3-9	10-19	20-25	26+
$490	$450	$420	$400	$390

Please see our patent and trademark information page for information for patents protecting this product.

Airloy® X116 Non-Flammable Strong Aerogel Tiles

John Schneider — Wed, 17 May 2017 21:23:50 +0000

Airloy^® X110 series materials from Aerogel Technologies are the world’s first commercially-available polyimide aerogels. Airloy X110 materials are mechanically robust high-temperature aerogels with the strength to stand up to real-world applications. Airloy X116 comes in densities up to 15 times lighter than plastics and is a great alternative to Airloy X103 where higher temperatures are required. Non-flammable. Does not burn, smoke, or drip upon exposure to flame. Great for aviation and automotive applications. Dust-free. Machinable and adherable. Thermally superinsulating with a conductivity between classic silica aerogels and Styrofoam^®. Maximum operating temperature is ~300°C. Color is yellow. Dimensions are approximately 2.5″ x 3″ x 0.4″ (5 cm x 7.5 cm x 1 cm). Airloy X116 will undergo a one-time volume reduction upon exposure to temperatures above about 100°C. Part annealing is suggested. Made in part with NASA technology, licensed to Aerogel Technologies.

Download the Material SDS here.

Large Airloy X116 panels are also available for making bigger engineering parts.

Airloys are sold by density. Properties such as strength and stiffness increase with increasing density, while thermal conductivity decreases with decreasing density. Airloy X116 properties scale with density approximately as follows:

Density Class	Density	Compressive Strength^a	Compressive Modulus^a	Operating Temperature ^a	Thermal Conductivity^a
L	0.09 ± 0.02 g/cc	0.4 MPa	11 MPa	400°C	29 mW/m-K

^aApproximate values. For reference only.

Densities currently available for online purchase are shown in the section above. Additional densities and sizes coming soon and available by request.

Quantity discounts available:

1-2	3-9	10-19	20-25	26+
$90	$85.50	$81	$76.50	$72

Please see our patent and trademark information page for information for patents protecting this product.

Airloy® H103 Hydrophobic Strong Aerogel Tiles

Mark Schneider — Thu, 13 Apr 2023 15:16:45 +0000

Airloy^® H103 offers all of the benefits of our Airloy X100 series products, but has been formulated to be hydrophobic and can withstand prolonged liquid water exposure. Airloy H103 is a mechanically robust aerogel that comes in densities up to fifteen times lighter than plastics (about the same density as our Classic Silica aerogels) yet is about 100x stronger in compression than classic aerogels and without the fragility of classic aerogels. Dust-free. Machinable and adherable. Provides 10-1000x better acoustic damping than traditional engineering materials over most audible frequencies. Thermally superinsulating with a thermal conductivity between classic silica aerogels and Styrofoam^®. Maximum operating temperature is ~80°C. Dimensions are approximately 2" x 3" x 0.3" (5 cm x 7.5 cm x 0.7 cm). Download the material SDS here. For operating temperatures up to 300°C, choose Airloy X116 instead. Airloys are sold by density. Properties such as strength and stiffness increase with increasing density, while thermal conductivity decreases with decreasing density. Airloy H103 properties scale with density approximately as follows:

Density Class	Density	Compressive Yield Strength^a	Compressive Modulus^a	Ultimate Strength^a	Thermal Conductivity^a	24h water uptake^a
L	0.11 g/cc	0.6 MPa	11 MPa	43 MPa	23 mW/m-K	10 wt%

1-2	3-9	10-19	20-25	26+
$120	$114	$108	$102	$96

Please see our patent and trademark information page for information for patents protecting this product. Please click on the letter corresponding to the density class in order to add to cart.

Airloy® X103 Strong Aerogel Large Panels

Stephen Steiner — Sun, 02 Aug 2015 16:48:02 +0000

Airloy^® X100 series materials from Aerogel Technologies are the world’s first commercially-available mechanically robust aerogels with the strength to stand up to real-world applications. Airloy X103 is a lightweight plastics replacement material with excellent thermal insulating and acoustic damping properties. Now available in large panels (30 cm x 30 cm x 0.5 cm). At 3-15x lighter than plastics or composites, Airloy X103 is an excellent choice for engineering parts anywhere weight, cost, and heat are coupled. Machinable, water resistant, and dust-free. About 100x stronger in compression than classic aerogels and without the fragility of classic aerogels. Provides 10-1000x better acoustic damping than traditional engineering materials over most audible frequencies. Easy to composite and adhere. Thermally superinsulating with a conductivity between classic silica aerogels and Styrofoam^®. Maximum operating temperature is ~80°C.

Download the material SDS here.

Smaller sample coupons are also available for smaller projects and low-cost materials evaluation.

For operating temperatures up to 300°C, choose Airloy X116 instead.

Airloys are sold by density. Properties such as strength and stiffness increase with increasing density, while thermal conductivity decreases with decreasing density. Airloy X103 properties scale with density approximately as follows:

Density Class	Density	Compressive Yield Strength^a	Compressive Modulus^a	Ultimate Strength^a	Thermal Conductivity^a
L	0.1 ± 0.02 g/cc	0.6 MPa	11 MPa	43 MPa	23 mW/m-K
M	0.2 ± 0.02 g/cc	2 MPa	38 MPa	110 MPa	29 mW/m-K
H	0.4 ± 0.02 g/cc	7 MPa	150 MPa	350 MPa	43 mW/m-K
XH	0.55 ± 0.02 g/cc	13 MPa	300 MPa	630 MPa	56 mW/m-K

^aApproximate values. For reference only.

Densities currently available for Airloy X103 are shown in the section above. Materials available for online purchase are listed above. Additional densities and sizes coming soon and available by request.

Quantity discounts available:

1-2	3-9	10-19	20-25	26+
$490	$450	$420	$400	$390

Please see our patent and trademark information page for information for patents protecting this product.

Airloy® X103 Strong Aerogel Tiles

Mark Schneider — Sun, 28 Jul 2013 22:54:09 +0000

Airloy^® X100 series materials from Aerogel Technologies are the world’s first commercially-available mechanically robust aerogels with the strength to stand up to real-world applications. Airloy X103 comes in densities up to fifteen times lighter than plastics (about the same density as our Classic Silica aerogels) yet is about 100x stronger in compression than classic aerogels and without the fragility of classic aerogels. Resistant to contact with moisture and liquid water. Dust-free. Provides 10-1000x better acoustic damping than traditional engineering materials over most audible frequencies. Easy to machine and adhere. Thermally superinsulating with a conductivity between classic silica aerogels and Styrofoam^®. Maximum operating temperature is ~80°C. Dimensions are approximately 2″ x 3″ x 0.3″ (5 cm x 7.5 cm x 0.7 cm).

Download the material SDS here.

Large Airloy X103 Panels are also available for larger application requirements.

For operating temperatures up to 300°C, choose Airloy X116 instead.

Airloys are sold by density. Properties such as strength and stiffness increase with increasing density, while thermal conductivity decreases with decreasing density. Airloy X103 properties scale with density approximately as follows:

Density Class	Density	Compressive Yield Strength^a	Compressive Modulus^a	Ultimate Strength^a	Thermal Conductivity^a
L	0.1 ± 0.02 g/cc	0.6 MPa	11 MPa	43 MPa	23 mW/m-K
M	0.2 ± 0.02 g/cc	2 MPa	38 MPa	110 MPa	29 mW/m-K
H	0.4 ± 0.02 g/cc	7 MPa	150 MPa	350 MPa	43 mW/m-K
XH	0.55 ± 0.02 g/cc	13 MPa	300 MPa	630 MPa	56 mW/m-K

^aApproximate values. For reference only.

Densities currently available for online purchase are shown in the section above. Additional densities and sizes coming soon and available by request.

Quantity discounts available:

1-2	3-9	10-19	20-25	26+
$90	$85.50	$81	$76.50	$72

Please see our patent and trademark information page for information for patents protecting this product.