Photovoltaic Grade EVA Color Masterbatch
Photovoltaic Grade EVA Color Masterbatch
EVA Series EVA-MB Series

Photovoltaic Grade EVA Color Masterbatch

High-purity EVA masterbatch for solar PV encapsulant films.

Our photovoltaic EVA masterbatch is a high-purity formulation designed for solar PV encapsulant films. With ultra-low volatile content and excellent UV/weathering resistance, it is suitable for crystalline silicon and thin-film solar module encapsulation.

Product Features

  • Ultra-low volatile content (< 0.1%)
  • Excellent UV resistance
  • High light transmission
  • No PID (Potential Induced Degradation) contribution
  • Long-term weathering stability

Typical Applications

Crystalline silicon PV modulesThin-film PV modulesSolar backsheetsBIPV (Building Integrated PV)Solar encapsulants

Typical Physical Properties

The following data represents typical values for this specific grade. Values may vary slightly depending on color and pigment loading. All tests performed according to referenced ISO/ASTM standards.

📊 Physical Properties

PropertyTest MethodValue
Carrier ResinEVA (VA 28-33%, PV grade)
Pigment Loading10-25%
Melt Index (190°C/2.16 kg)ISO 113310-30 g/10 min
Volatile ContentInternal< 0.1%
Light TransmissionASTM D1003> 90%

⚙️ Processing Conditions

ParameterValue
Drying50-60°C, 2-4 hours
Processing Temperature90-110°C (film)
Addition Ratio2-5%
Extrusion Temperature100-130°C

🎨 Color Performance

PropertyTest MethodValue
Delta E (CIE Lab)ISO 7724< 1.0
UV Resistance (UVH 3000h)IEC 61215Delta E < 3.0
Light TransmissionASTM D1003> 90%

Disclaimer: The information and technical data provided herein are typical values and are not intended to be used as specifications. Testing is recommended under your own specific processing conditions to confirm suitability. For food-contact or medical applications, please contact us for grade-specific compliance documentation (FDA, EU 10/2011, USP Class VI, ISO 10993).

Other EVA Grades

Explore our complete range of eva ethylene-vinyl acetate color masterbatch solutions. Each grade is optimized for specific applications and processing requirements.