Contact now:info@ynplastics.com

English
  • English
  • Español
  • Français
  • Português
  • Русский
  • Deutsch
  • عربي
  • Ελληνικά

 Shanghai Yunai Board Industry Co., Ltd.

PRODUCTS

Search

Categories
FRP Sheet
Corrugated FRP Sheet
Flat FRP Sheet
Polycarbonate Hollow Sheet
Multilayer Polycarbonate Sheet
Honeycomb Polycarbonate Sheet
U Lock Polycarbonate Sheet
X Structure Polycarbonate Sheet
R Structure Polycarbonate Sheet
Polycarbonate Solid Sheet
Smooth Polycarbonate Sheet
Frosted Polycarbonate Sheet
Diamond Polycarbonate Sheet
Polycarbonate Corrugated Sheet

Hot Products

Factory supplying translucent uv protect green house Steel structure roof tile FRP fiberglass plastic clear roofing sheet

FRP light panels used on family roofs have the following advantages: Good lighting performance: FRP light panels have high light transmittance, which can allow more natural light to enter the room and provide a brighter environment. Energy saving and environmental protection: Light panels can reduce the need for artificial lighting, thereby reducing energy consumption. It can also block UV rays and reduce the absorption of indoor heat, helping to reduce the cost of air conditioning. Durability and corrosion resistance: FRP light mining plate has excellent durability and corrosion resistance, can resist wind and rain, ultraviolet radiation and chemical corrosion, and maintain good performance for a long time. Light weight and high strength: Compared with traditional lighting materials, FRP light mining panels are relatively light, so they are easy to install, and also have good strength and stiffness. Design flexibility: FRP light panels can be customized in a variety of shapes and sizes to suit different roof structures and building design needs. Sound insulation: Some FRP light panels also have sound insulation and heat insulation properties, which can improve indoor comfort. In general, the use of FRP lighting panels as lighting materials for home roofs can provide good lighting effects, energy conservation, environmental protection, durability and design flexibility. However, when selecting and installing FRP light panels, it is advisable to consult a professional architect or engineer to ensure that it is suitable for your specific needs and roof structure.

High Strength 1mm 1.2mm 1.5mm 2mm Corrugated Fiber Glass Reinforced Polyester FRP Sheet for Roof Building Suitable

FRP light panels used on family roofs have the following advantages: Good lighting performance: FRP light panels have high light transmittance, which can allow more natural light to enter the room and provide a brighter environment. Energy saving and environmental protection: Light panels can reduce the need for artificial lighting, thereby reducing energy consumption. It can also block UV rays and reduce the absorption of indoor heat, helping to reduce the cost of air conditioning. Durability and corrosion resistance: FRP light mining plate has excellent durability and corrosion resistance, can resist wind and rain, ultraviolet radiation and chemical corrosion, and maintain good performance for a long time. Light weight and high strength: Compared with traditional lighting materials, FRP light mining panels are relatively light, so they are easy to install, and also have good strength and stiffness. Design flexibility: FRP light panels can be customized in a variety of shapes and sizes to suit different roof structures and building design needs. Sound insulation: Some FRP light panels also have sound insulation and heat insulation properties, which can improve indoor comfort. In general, the use of FRP lighting panels as lighting materials for home roofs can provide good lighting effects, energy conservation, environmental protection, durability and design flexibility. However, when selecting and installing FRP light panels, it is advisable to consult a professional architect or engineer to ensure that it is suitable for your specific needs and roof structure.

Hollow Polycarbonate Sheet

  Thickness
(mm)
Standard Width
(mm)
Weight
(kg/m
2)
U-Value
(w/m
2*k)
Light Transmittance
(%)
Minimum Bend Radius
(mm)
Sound-Insulation Value
(DB)
Picture
2 Layer Polycarbonate Sheet 4 2100/1050/700 0.85  3.96  80 700 15  
6 2100/1050/700 1.30  3.56  78 1050 17
8 2100/1050/700 1.50  3.26  76 1400 18
10 2100/1050/700 1.70  3.02  73 1750 19
12 2100/1050/700 1.90  2.78  72 2100 20
3 Layer Polycarbonate Sheet 8 2100/1050/700 1.60  2.76  73 1400 19  
10 2100/1050/700 1.80  2.68  71 1750 19
12 2100/1050/700 2.10  2.60  71 2100 19
14 2100/1050/700 2.40  2.42  69 2450 20
16 2100/1050/700 2.70  2.27  68 2800 21
18 2100/1050/700 3.00  2.21  67 3150 22
4 Layer Polycarbonate Sheet 8 2100/1050/700 1.80  2.56  71 1400 18  
10 2100/1050/700 2.10  2.39  71 1750 19
12 2100/1050/700 2.30  2.30  70 2100 20
14 2100/1050/700 2.50  2.10  69 2450 21
16 2100/1050/700 2.80  2.00  68 2800 22
18 2100/1050/700 3.10  1.88  66 3150 22
20 2100/1050/700 3.30  1.69  63 3500 23
Honeycomb Polycarbonate Sheet 6 2100/1050/700 1.30  2.96  59 1050 18  
8 2100/1050/700 1.70  2.58  58 1400 18
10 2100/1050/700 1.90  2.16  57 1750 19
12 2100/1050/700 2.20  1.98  56 2100 20
14 2100/1050/700 2.40  1.74  55 2450 20
16 2100/1050/700 2.70  1.56  53 2800 21
X-Structure Polycarbonate Sheet 12 2100/1050/700 2.10  2.56  66 2100 20  
16 2100/1050/700 2.80  2.10  65 2800 21
20 2100/1050/700 2.95  2.27  63 3500 22
25 2100/1050/700 3.35  2.16  60 4375 23
R-Structure Polycarbonate Sheet 22 2100/1050/700 3.40  1.51  58 3850 22  
25 2100/1050/700 3.60  1.41  57 4375 23
32 2100/1050/700 4.00  1.32  53 5600 23
35 2100/1050/700 4.50  1.19  50 6125 24
40 2100/1050/700 5.00  1.19  50 6125 24

Solid Polycarbonate Sheet

Type Thickness
(mm)
Width
(mm)
length Weight
(kg/m2)
U-Value
(w/m2*k)
Light Transmittance
(%)
Minimum Bend Radius
(mm)
Endurance Sheet Series 0.5-20 > 900 unlimited Thickness *1.2 > 50 > 88 Thickness *200

Property Standard Conditions Unit Value
Density ASTM D792   g/cm3 1.2
Heat Deflection Temperature ASTM D648 1.82 MPA OC 130
Operating Temperature Range ASTM D648 1.82 MPA OC 120 to -40
Thermal Expansion Coefficient ASTM D696   cm/cm OC 6.5*10-5
Thermal Conductivity ASTM C177   W/mk 0.21
Yield Tensile Strength ASTM D638 10 mm/min Mpa 65
Tensile Strength At Break ASTM D638 10 mm/min Mpa 60
Yield Elongation ASTM D638 10 mm/min % 6
Elongation At Break ASTM D638 10 mm/min % >90
Elastic Modulus ASTM D638 1 mm/min Mpa 2300
Bending Strength ASTM D790 1.3 mm/min Mpa 100
Flexural Modulus ASTM D790 1.3 mm/min Mpa 2600
Drop Hammer Impact ISO 6603/1   J 195
Rockwell Hardness ASTM D785   R Scale 125R
Light Transmittance ASTM D1003   % 80
Haze ASTM D1003   % <0.5
Yellowness Index ASTM D1925     <1