Elevated Temperature Panel 1000º

Engineered with a 2.4 PCF density, delivering thermal insulation needed for operating temperatures up to 1000ºF. Bonded with ECOSE® Technology, this panel is as sustainable as it is resilient. It handles the heat produced by high-temperature ducts and precipitators, boilers, H-Bar systems, vessels and industrial ovens.

Applications

High-Temp Equipment

Certifications

Product Features

Proven Performance

Designed to be highly resilient and highly effective. Engineered with excellent insulating properties, allowing it to handle operating temperatures up to 1000°.

ECOSE® Technology

Our patented, bio-based binder is a smarter alternative to using phenol formaldehyde. It’s been foundational in our commitment to sustainability.

Easy Install & Handling

Flexible, lightweight, easy to handle and fabricate. Designed to conform to irregular spaces. Made tough enough to resist damage during shipment, installation and operation.

Product Details

Technical Data

Technical Data
Property (Unit)	Test	Performance
Corrosiveness	ASTM C665	Does not accelerate corrosion of steel
Corrosion	ASTM C1617	Pass
Maximum Service Temperature	ASTM C411, ASTM C447	1000° F (538° C) at a maximum recommended thickness of 6"
Mold Growth	ASTM C1338	Pass
Water Vapor Sorption (by weight)	ASTM C1104	Less than 5%
Surface Burning Characteristics (flame spread/smoke developed)	ASTM E84, CAN/ULC S102, NFPA 90A and 90B, and UL 723	Ul/ULC Classfied FHC 25/50

Forms Available

Forms Available
Density	Thickness	Width	Length
2.4 PCF (38.4 kg/m³)	1" (25 mm)	24" (610 mm) to 48" (1,219 mm)	48" (1,219 mm) to 120" (3,048 mm)
	1½" (38 mm)
	2" (51 mm)
	2½" (64 mm)
	3" (76 mm)
	3½" (89 mm)
	4" (102 mm)

Thermal Conductivity

Thermal Conductivity \| ASTM C177
Mean Temperature	k	k(SI)
100° F (38° C)	0.25	0.036
200° F (93° C)	0.32	0.046
300° F (149° C)	0.40	0.058
400° F (204° C)	0.52	0.075
500° F (260° C)	0.68	0.098