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Solar Materials

BackSheet

Hanwha Advanced Materials` BackSheet maintains the highest efficiency of solar modules with
perfect electrical insulation and excellent durability.

Product Info.

  • Various Film
    Processing
    Technology
  • Differentiation of Material Application of
    Materials with
    Long-term Reliability
  • Various Products Line Up High-functional
    Product Family
  • It is attached to the back of a solar cell module to prevent penetration of water, shock and UV rays, and protects the cell and module.
  • For long-term durability, film processing technology such as coating/lamination and coextrusion is applied by using fluoric film, weather-resistant PET, and weather-resistant polyolefin film.

Application

Application image

Type

PET type (HBS-P Series)
Characteristic
  • High light reflectance and electrical insulation
  • Excellent physical properties
  • Various product types
Type
  • For 1,000V (white/black)
  • For 1,500V (white/black)
Structure
Hydrolysis Resistance PET
Secured long-term reliability by using hydrolysis-resistant and UV-resistant PET
  • White Hydrolysis Resistant PET(outer) - Hydrolysis Resistant PET - Polyolefin(inner)
  • Black Hydrolysis Resistant PET(outer) - Hydrolysis Resistant PET - Hydrolysis Resistant PET(inner)
Strength
  • Higher reflectivity raises module efficiency.
  • Long-term reliability in UV and high temperature/high humidity environments
Data
  • After PCT, yellowing (ΔYI) After PCT, yellowing (ΔYI) graph
    After PCT, yellowing (ΔYI) graph data
    Initial 24hr 24hr
    1500V 0 0.02 0.67
    1000V 0 0.15 0.47
    Competitor(1,500V-TPT) 0 0.81 0.82
  • After PCT, Elongation Retention Rate After PCT, Elongation Retention Rate graph
    After PCT, Elongation Retention Rate graph data
    Initial 24hr 24hr
    1500V 100 83.125 47.65625
    1000V 100 69.50704225 42.25352113
    Competitor(1,500V-TPT) 100 76.60130719 4.705882353
Polyolefin Type (HBS-M Series)
Characteristic
  • Excellent hydrolysis resistance
  • UV and chemical stability
  • Application of coextrusion production method
Type
  • For 1,000V (white/black)
  • For 1,500V (white/black)
Structure
Modified Polyolefin
Improved durability and thermal stability compared to existing materials, improving weatherability of backsheet
  • General type Modifed Polyolefin(outer) - Polyolefin - Polyolefin(inner)
  • Encap-integrated type Modifed Polyolefin(outer) - Polyolefin - Encapsulant(inner)
Strength

Excellent durability under high humidity conditions

Data
  • After PCT, yellowing (△YI) After PCT, yellowing (△YI) graph
    After PCT, yellowing (△YI) graph dadta
    Initial PCT48hr
    HBS-M300-01A 0 1.96
    Competitor 0 6.295
  • After UV test, yellowing (△YI) After UV test, yellowing (△YI) graph
    After UV test, yellowing (△YI) graph data
    Initial PCT48hr
    HBS-M300-01A 0 23.95
    Competitor 0 2.34
Fluorinated type (HBS-S Series)
Characteristic
  • Excellent UV stability and weatherability
  • Various product types
Type
  • For 1,000V (white/black)
  • For 1,500V (white/black)
Structure
  • Cross-sectional fluorine (Single type) Fluorinated Layer (outer) - PET - Polyolefin(inner)
  • Double-sided fluorine (Double type) Fluorinated Layer (outer) - PET - Fluorinated Layer (inner)
Strength

Long-term reliability in UV and high temperature/high humidity environments

Data
  • After PCT, Elongation Retention Rate After PCT, Elongation Retention Rate graph
    After PCT, Elongation Retention Rate (%)
    Initial 24hr 24hr
    1500V 100 75.94594595 43.62162162
    1000V 100 97.83368274 80.71278826
    Competitor(1,500V-TPT) 100 68.68564506 12.29557844
  • After QUV Test, yellowing (△YI) After QUV Test, yellowing (△YI) graph
    After QUV Test, yellowing (△YI) graph data
    Initial 24hr 24hr
    1500V 0 0.1 0.51
    1000V 0 0.05 0.88
    Competitor(1,500V-TPT) 0 0.6 1.11

Technical Data

Inquiries

BackSheet_KOREA&GLOBAL
Name
Jung Dongjin
Mobile
010.4231.6937
E-mail
dynamic7@hanwha.com