Concept Group, LLC

Architectural & Civil Engineering Products

Thermal Barrier blocks heat with Hyper-Deep Vacuum(TM).

Serving as small-scale thermal insulator, Insulon-® Thermal Barrier uses extremely deep, shaped vacuum to block conductive transfer of thermal energy. Shaped-vacuum barrier allows 60 times less thermal conduction than nylon insulation, 8 times less than polyethelene foam, and 5 times less than completely empty air gap. Barriers have been designed and manufactured down to width of human hair with...

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Architectural & Civil Engineering Products

Thermal Barrier blocks heat with Hyper-Deep Vacuum(TM).

Serving as small-scale thermal insulator, InsulonÂ-® Thermal Barrier uses extremely deep, shaped vacuum to block conductive transfer of thermal energy. Shaped-vacuum barrier allows 60 times less thermal conduction than nylon insulation, 8 times less than polyethelene foam, and 5 times less than completely empty air gap. Barriers have been designed and manufactured down to width of human hair...

Read More »
Architectural & Civil Engineering Products

Concept Group's Shaped Vacuum Protects Patients During Cryosurgery

Extraordinarily Thin Insulon® Thermal Barrier Protects Healthy Tissue While Cryosurgical Probe Destroys Tumors. West Berlin NJ   Surgeons have long known that extreme cold temperature can destroy tumors and other unhealthy tissue. Ideally, such cold would be delivered by cryosurgical probe, to avoid the need for major invasive surgery.  But how could surgeons maneuver a -321°F probe to the...

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Architectural & Civil Engineering Products

Concept Group's Shaped Vacuum Protects Patients During Cryosurgery

Extraordinarily Thin Insulon-® Thermal Barrier Protects Healthy Tissue While Cryosurgical Probe Destroys Tumors. West Berlin NJ   Surgeons have long known that extreme cold temperature can destroy tumors and other unhealthy tissue. Ideally, such cold would be delivered by cryosurgical probe, to avoid the need for major invasive surgery.  But how could surgeons maneuver a -321°F probe...

Read More »
Architectural & Civil Engineering Products

Thermal Barrier blocks heat with Hyper-Deep Vacuum(TM).

Serving as small-scale thermal insulator, Insulon-® Thermal Barrier uses extremely deep, shaped vacuum to block conductive transfer of thermal energy. Shaped-vacuum barrier allows 60 times less thermal conduction than nylon insulation, 8 times less than polyethelene foam, and 5 times less than completely empty air gap. Barriers have been designed and manufactured down to width of human hair with...

Read More »
Architectural & Civil Engineering Products

Thermal Barrier blocks heat with Hyper-Deep Vacuum(TM).

Serving as small-scale thermal insulator, InsulonÂ-® Thermal Barrier uses extremely deep, shaped vacuum to block conductive transfer of thermal energy. Shaped-vacuum barrier allows 60 times less thermal conduction than nylon insulation, 8 times less than polyethelene foam, and 5 times less than completely empty air gap. Barriers have been designed and manufactured down to width of human hair...

Read More »
Architectural & Civil Engineering Products

Concept Group's Shaped Vacuum Protects Patients During Cryosurgery

Extraordinarily Thin Insulon® Thermal Barrier Protects Healthy Tissue While Cryosurgical Probe Destroys Tumors. West Berlin NJ   Surgeons have long known that extreme cold temperature can destroy tumors and other unhealthy tissue. Ideally, such cold would be delivered by cryosurgical probe, to avoid the need for major invasive surgery.  But how could surgeons maneuver a -321°F probe to the...

Read More »
Architectural & Civil Engineering Products

Concept Group's Shaped Vacuum Protects Patients During Cryosurgery

Extraordinarily Thin Insulon-® Thermal Barrier Protects Healthy Tissue While Cryosurgical Probe Destroys Tumors. West Berlin NJ   Surgeons have long known that extreme cold temperature can destroy tumors and other unhealthy tissue. Ideally, such cold would be delivered by cryosurgical probe, to avoid the need for major invasive surgery.  But how could surgeons maneuver a -321°F probe...

Read More »

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