Polycarbonate Multiwall Sheets

The multilayer structure is to increase the oblique hollow plate ordinary hollow plate supported on the basis of the rectangular section, so as to enhance the overall bearing capacity of a plate reinforced sheet. The plate can support larger purlin spacing, reduce the use of profiles to the maximum extent so that designers in the selection to have more space to play. Meanwhile sheet increased support for lateral stability oblique hollow sheet also played a positive role, making the overall structure of the plate is more reasonable. Multilayer structure forms a cavity increases the thermal insulation performance, relative to the lower plate of the same thickness as ordinary U value.

The quality of survival to the scale of development

focused, specific, professional polycarbonate sheets do research, create brilliant sunshine industry.

double rectangle is the most common kind of sun-plate type, light transmittance outstanding, easy to install, easy to process, commonly used in conventional architectural lighting needs, such as plant skylights , greenhouses, carports and other channels.

advanced UV co-extrusion technology, to ensure that the UV resistance specter sun panels strong, able to meet the 10 year warranty under outdoor conditions.

specter double rectangular plate has 4mm, 6mm, 8mm, 10mm can choose a variety of thicknesses.

feature-insulation-effect

Superior wall thickness

Hollow plate multilayer structure is the integration of ordinary rectangular hollow plate and advantages of multi-layer hollow board: both strengthened internal support to ensure a high bearing capacity and overall stability; while adding a honeycomb multilayer structure was significantly enhance the insulation effect, while the wall thickness makes the product superior impact resistance and carrying capacity stronger.

feature-high-transparent

High transparency

Hollow sheet with high light transmittance, UV surface layer prevents yellowing aging sheet, long-term to maintain a high light transmittance.

* UV coextrusion technology can be divided into single-sided and double-sided, for all the specter of hollow structural plate structure section.

feature-uf-coating

UV COATING

To ensure the thickness and flatness of the UV layer, selection of high concentration of UV raw materials, using advanced multi-layer co-extrusion process to ensure that all Glory plate light transmittance and anti-aging and other parameters to achieve 10 years of quality assurance.

feature-light-weight

LIGHT WEIGHT

Universal sun panels polycarbonate sheet base class type plate, with lightweight, high strength characteristics, along with a certain amount of insulation function. Such superior transmittance plate.

Technical Data

Walls (mm)

Thickness

(kg/m2)

Weight

(mm)

Rib distance

(W/m2 K)

U-value

UV Side (%)

LT clear

(%)

LT opal white

2-wall R-structure 4 0.85 6 3.96 >50 78 25-55% Ajustable
4.5 1 6 3.86 >50 78 25-55% Ajustable
5 1.1 6 3.72 >50 77 25-55% Ajustable
6 1.3 6 3.56 >50 77 25-55% Ajustable
8 1.5 10 3.26 >50 76 25-55% Ajustable
10 1.7 6 3.02 >50 73 25-55% Ajustable
4-wall R-structure 8 1.6 16 2.92 >50 72 25-55% Ajustable
10 1.8 16 2.68 >50 72 25-55% Ajustable
12 2 16 2.6 >50 71 25-55% Ajustable
12 2.1 16 2.56 >50 72 25-45% Ajustable
14 2.4 16 2.42 >50 69 25-45% Ajustable
16 2.7 16 2.27 >50 68 25-45% Ajustable
4-wall H-structure 8 2 5 2.42 >50 58 20-40% Ajustable
10 2.2 5 2.16 >50 57 20-40% Ajustable
12 2.5 5 1.98 >50 56 20-40% Ajustable
3/5-layer X structure 10 2 16 2.62 >50 68 20-45% Ajustable
12 2.1 16 2.6 >50 66 20-45% Ajustable
14 2.3 16 2.56 >50 65 20-45% Ajustable
16 2.7 16 2.1 >50 65 20-45% Ajustable

物理特性 Physical feature

Property Method Method Units Value
Density D-1505 g/cm2 1.2
Heat deflection temperature GB/T1634 D-648 135
Service Temperature – Short term GB/T8624 UL94 B1/V2
Service Temperature – Long term -50 to ±

100

Coefficient of linear thermal expansion GB/T1036 D-696 mm/m����� 0.065
Tensile strength at yield GBT/1040 D-638 Mpa 62
Elongation at break GBT/1040 D-639 % >80
Impact falling dart GB/

T14153A

ISO 6603/1 1/10
Practical thermal expansion/contraction GB/T2680 % 0

ASTM except where noted otherwise.