Heat reflective bubble foil insulation sheet heat resistant ceiling material
Aluminum foil Reflective foil thermal insulation material consists of one or two layers bubble or foam. This style can be used in a variety of applications because of its thin, lightweight properties. The bubble layers creates Maximum R value and Vapor barrier , the reflective foil on both sides allow it to reflect 97% of radiant heat away from a structure on the outside and back into a structure from the insides. This is why it works effectively in both hot and cold climates.
Item Name | Heat reflective bubble foil insulation sheet heat resistant ceiling material |
Material Structure | AL + Bubble + AL |
AL + Bubble + White PE film |
AL + Bubble + Bubble + AL |
AL + PE Bubble + EPE + PE Bubble + AL |
AL + EPE/XPE |
AL + EPE/XPE + AL |
AL + PE + Woven fabric /Solid and perforated |
AL + PE +Woven fabric +White PE film /Solid and perforated |
AL + PE +Woven fabric + PE+AL /Solid and perforated |
AL + PE +Woven fabric +Blue film for Australian market/Solid and perforated LOGO PRINTING is also available |
AL+PE+fiberglass |
AL+glue+fiberglass |
AL+glue+fiberglass+PE+AL |
Multi-layer insulation, 5 layer, 7 layer, 9 layer, 13 layer, 19 layer, ect |
Please note that for all the items, the metalized PET film is also available. We can change the size, density, thickness accordingly, and develop the new items according to your requirements. |
Bubble Diameter | 6mm, 9mm(Common),10mm(Common),12mm,15mm, |
20mm,25mm,30mm |
Bubble Height | 3mm, 4mm, 6mm, 8mm, 10mm |
Aluminum Thickness | 7um, 10um, 12um,ect |
Size/Roll | Normal size: 1.2m*40m,1.2m*30m,1.2m*20m. 1.22*38.1m, 1.22*30.5m. Max width is 2m,length can be customized |
Weight | 230g/m2, 360g/m2, 445g/m2, ect |
Reflectivity | 95%-97% of radiant heat |
Emissivity | 0.03 or 0.05 |
Water Vapor | 100% |
Fire proof | Class A |
mold and mildew | No growth |
Corrosion | Doesn’t generate |
Application | -50℃ to +80℃ |
Max R Value | Heat Flow Down(Roof): 14.8m2*k/w |
Heat Flow Down(Roof): 7.8m2*k/w |
Heat Flow Down(Roof): 4.9m2*k/w |
Technical Data
Double sided Aluminum foil single bubble foil insulation: AL+Bubble+AL
Typical Physical Properties |
Thickness | Tensile Strength | Tear Strength | Length | Width | Sqms/Roll |
3mm(4mm is also ok) | 11 LB/inch | 3.5 LB/inch | 40m | 1.2m | 48m2 |
Max R Value |
Heat Flow Down(Roof) | Heat Flow Horizonta(wall) | Heat Flow Up(Floor) |
10.5m2*k/w | 5.3m2*k/w | 3.5m2*k/w |
Thermal Performance | Water Vapor Performance | Fire Performance | Application Conditions |
Reflectivity | Emissivity | Water proof | Fire proof | Temperature |
97% | 0.03 | 100% | CLASS A | 50℃ below zero to 80 ℃ |
Double sided Aluminum foil double bubble foil insulation: AL+Bubble+Bubble+AL
Typical Physical Properties of A-2 |
Thickness | Tensile Strength | Tear Strength | Length | Width | Sqms/Roll |
6mm(8mm is also ok) | 12 LB/inch | 4 LB/inch | 30m | 1.2m | 36m2 |
Max R Value |
Heat Flow Down(Roof) | Heat Flow Horizonta(wall) | Heat Flow Up(Floor) |
12.6m2*k/w | 6.2m2*k/w | 4.2m2*k/w |
Thermal Performance | Water Vapor Performance | Fire Performance | Application Conditions |
Reflectivity | Emissivity | Water proof | Fire proof | Temperature |
97% | 0.03 | 100% | CLASS A | 50℃ below zero to 80 ℃ |
Double sided Aluminum foil double bubble & foam foil insulation: AL+Bubble+EPE foam +Bubble+AL
Typical Physical Properties |
Thickness | Tensile Strength | Tear Strength | Length | Width | Sqms/Roll |
10mm(15mm is also ok) | 14.6LB/inch | 4.5LB/inch | 20m | 1.2m | 24m2 |
Max R Value |
Heat Flow Down(Roof) | Heat Flow Horizonta(wall) | Heat Flow Up(Floor) |
14.8m2*k/w | 7.8m2*k/w | 4.9m2*k/w |
Thermal Performance | Water Vapor Performance | Fire Performance | Application Conditions |
Reflectivity | Emissivity | Water proof | Fire proof | Temperature |
97% | 0.03 | 100% | CLASS A | 50℃ below zero to 80 ℃ |
Other related products
Aluminum Foil EPE/XPE Foam Heat Insulation
Aluminum Foil woven fabric Heat insulation, Radant barrier
Product Structure |
constitute | Description | Value ( Metric) |
Aluminum Foil | Pure Aluminum Foil | 7 Micron |
Adhesive Layer | Polyethylene | 20 Micron |
Woven Fabric | Polyethylene | 60g/m2 |
Adhesive Layer | Polyethylene | 20 Micron |
Aluminum Foil | Pure Aluminum Foil | 7 Micron |
Typical Physical Performance |
Physical performance | Testing Method | Value ( Metric) |
Quantitative | Balance | 135 g/m2 or others |
Moisture Vapor Transmission Rate | ASTM E96 PROCESS A | 1.15NG/ N.S |
Tensile strength-Vertical | ASTM D828 | 300 N/25 MM |
Tensile strength-Horizontal | ASTM D828 | 200 N/25 MM |
Blasting strength | ASTM D774 | 140 N/(mm)2 |
Low temperature resistance | ASTM D1790 4 HOURS@-40℃ | Maintain soft, no stratification |
High temperature resistance | ASTM D1790 4 HOURS@+116℃ | Maintain soft, no stratification |
Emissivity of the Aluminum Foil | ASTM E408 | 0.03 |
Fire Retardant Rate | BS 476 Part 7 | Grade 1(Class 1) |
Size Specifications |
Size | 1.2*60m, 1.22*76.2m,ect | |
Aluminum Foil Fiberglass Heat Insulation
Aluminum multi-layer Heat Insulation
Working Principle
The heat is an energy, transmits in three ways, conduction, convection and radiation. Through the high temperature to low temperature transfer, and ultimately achieve the dynamic balance of average temperature.
Our roof aluminum foil insulation can work both in cold and hot climites.
1.The reflective of the pure aluminum foil is 97% ,that means it can not only stop the radiant heat from the outside and also stop the warmer loss from the inside .
2.The middle layer can slow down the heat conduction and convention greatly .
this is why our material can work in both cold and hot climate , it can keep cooler in summer and keep warmer in winter.
Characteristics and Advantages
1 R-value can reach 7.9 , Different heat flow direction has different R-Value
2 Double sides of pure aluminium foil (99.4%) ,can Reflective 97% radiant , allow only
3 uncontinuous air cell , can slow down the heat transfer and block the heat convection
4 the material can not burn –self ,and not support burn , Fire-resisting Rate:Class A
5 it will not absort any water ,Be unaffected by the humidity and moister .
6 be cut easily(knife) ,be fixed conviently (paste, staple ) ,DIY by yourself
7 Lighter and thinner ,will not be the burden of the construction,good for new and old building
8 Do not become mildewed,incorruption(pure aluminium foil )
9 Non-toxic , recycled materials,Resuable Material
10 cheap and Economic, healthy and environmental
11 keep cool and Dry in Summer ,Keep warm and dry in Winter
Applications
metal &Steel Building Homes Roof Underlayments
Cathedral Ceiling Crawl Spaces Hot water Heaters
basement Walls Floors Carpets Garage Doors Pole Barns
1. Heat insulation and light inflecting in construction and protection for both cold water and hot water pipe
2. Separation of refrigerator; warm keeping for center air conditioner, refrigerator and other home appliances
3. Heat insulation, sound absorption and noise reduction for car, train, refrigerator car and laboratory; moisture proof cushion for traveling
4. Packing for special products and cold storage
5. Can be made into different colors and antistatic according to customers’ specific requirements to reach the standards of top grade decoration
Packed by PE bag or customized package.
Company Information
Company Profile
Qingdao Taiyue Composite Material Co., Ltd. was established in 2008, which is located in Shandong, China. We are specialized in developing & manufacturing different kinds of thermal insulation materials and swimming pool solar covers.
Our products enjoys a good reputation in China and abroad. We have got ISO/SGS/ROHS certificate.And we have got professional production and technicians and sales teams. Also supported by our advanced production line, we can guarantee our production capacity, stable quality and good service. We shall compete the market with competitive price, stable quality and good after sale service.
Welcome to visit our factory if any chances.
Contact info
- Name: Yoyo
- Skype: qdtaiyue08
- TM: cn1515162386mdqu
- Whatsapp: +86
Any interest, pls don't hesitate to send your inquiry in details and click “send” now, or you can contact me through the above contact information, I will reply with professional details ASAP.