Details Eskimo Foil heat reflective sheet with double-sided aluminum foil, tri-directional reinforced fibers in diamond grid pattern, reflects 97% of radiant heat, operating temperature range -30 ºC to 90 ºC Install under roof to reduce heat transfer, use with thermal insulation to enhance insulation system efficiency Double-sided heat reflective sheet is: Double-sided heat reflective sheet or double-sided aluminum foil (Aluminum Foil) consists of 7-micron aluminum bonded to kraft paper with special adhesive and reinforced fiber in diamond grid pattern, coated with 7-micron aluminum foil on the other side {�PTION%} Double-sided heat reflective sheet can reflect up to 97% of radiant heat, reflecting roof heat radiation outward to reduce indoor heat Another benefit is its compatibility with thermal insulation. Install aluminum foil under roof battens and place insulation between battens for enhanced heat protection Installing double-sided heat reflective sheet with roof thermal insulation How many types of heat reflective sheets are there? There are 2 types of heat reflective sheets: Single-sided aluminum foil heat reflective sheet with 5-layer structure ESKIMO Single-sided Aluminum Foil Heat Reflective Sheet Features diamond grid pattern aluminum foil on one side and brown kraft paper on the other, reflects 95% of radiant heat, operating temperature range -30 ºC to 90 ºC ✅Advantages Reflects 95% of roof radiant heat Reinforced fibers for long-lasting durability Wide operating temperature range from -30 ºC to 90 ºC Cost-effective ❌Disadvantages Kraft paper side absorbs moisture during rain Double-sided aluminum foil heat reflective sheet with 7-layer structure {�PTION%} Features diamond grid pattern aluminum foil on both sides, thicker than single-sided version, reflects 97% of radiant heat, moisture-resistant, operating temperature range -30 ºC to 90 ºC ✅Advantages Reflects 97% of roof radiant heat Reinforced fibers for long-lasting durability Wide operating temperature range from -30 ºC to 90 ºC Moisture-resistant and prevents moisture penetration ❌Disadvantages Higher cost ESKIMO Heat Reflective Sheet Structure Single-sided Aluminum Foil Heat Reflective Sheet Structure Under-roof Single-sided Aluminum Foil Heat Reflective Sheet Structure Single-sided Aluminum Foil Structure Material Facing Composition Details Description Value Value Foil Foil Aluminum Aluminium 7 micron 7 micron Reinforcing – MD Reinforcing Fiberglass Fiberglass 8 / 100 mm – MD Reinforcing – XD Reinforcing Fiberglass Fiberglass 12 / 100 mm – XD Adhesive Adhesive Polyethylene Polyethylene —— Kraft Paper Kraft Brown Kraft Paper Natural 50 gsm 50 gsm Double-sided Aluminum Foil Heat Reflective Sheet Structure Double-sided Heat Reflective Structure Double-sided Aluminum Foil Structure Material Facing Composition Details Description Value Value Foil Foil Aluminum Aluminium 7 micron 7 micron Reinforcing – MD Reinforcing Fiberglass Fiberglass 8 / 100 mm – MD Reinforcing – XD Reinforcing Fiberglass Fiberglass 12 / 100 mm – XD Adhesive Adhesive Polyethylene Polyethylene —— Kraft Paper Kraft Brown Kraft Paper Natural 50 gsm 50 gsm Adhesive Adhesive Polyethylene Polyethylene —— Foil Foil Aluminum Aluminium 7 micron 7 micron Aluminum foil has 6 key properties Reflects 95-97% of radiant heat Tri-directional reinforced fibers in diamond grid pattern Health-safe Energy-efficient Easy installation Fire resistant ESKIMO FOIL Double-sided Heat Reflective Sheet Applications Install under roof structure to reflect radiant heat Install over ceiling Install in wall cavities for heat insulation Install under concrete slabs Compatible with other insulation materials like fiberglass, rock wool, and black rubber insulation Technical Specifications of Heat Reflective Sheet ESKIMO Property Physical Property Result Value Test Standard Test Method Basis Weight 82 gsm Scale Permeance 5.75 ng/N.s ASTM E96 Tensile Strength 120 N/25mm – MD ASTM D828 55 N/25mm – XD ASTM D828 Burst Strength 35 N/cm2 ASTM D774 Temperature Resistance Remains Flexible No Delamination ASTM C1263 -30 ºC / 90 ºC Emissivity 0.03 ASTM E408
