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Boost EVA Photovoltaic Film Efficiency Using Synthetic Aluminum Silicate Adsorbent

Product Details

Place of Origin: China

Brand Name: LVBOSHI

Document: Aluminium Silicate Adsorben...DS.pdf

Payment & Shipping Terms

Minimum Order Quantity: 20KG

Price: Negotiable

Packaging Details: 20kg / customized

Delivery Time: 5-8 work days

Payment Terms: T/T

Supply Ability: 5000 mts per year

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Product Details

Product Description

Product Details

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                                                                                                                                                                                                                                                                                                                Aluminum Silicate Adsorbent, Aluminum Silicate Synthetic, al silicate Fine Granule
                              

Product Name:	Aluminum Silicate	Appearance:	Fine Granule
Molecular Formula:	XAl2O3·ySiO2·nH2O	SiO2 Assay:	75±5%
PH Value:	5-8	Appilication:	EVA Photovoltaic Film
Color:	White	Package:	Customizable

Product Name:	Aluminum Silicate
Appearance:	Fine Granule
Molecular Formula:	XAl2O3·ySiO2·nH2O
SiO2 Assay:	75±5%
PH Value:	5-8
Appilication:	EVA Photovoltaic Film
Color:	White
Package:	Customizable

Product Description

Boost EVA Photovoltaic Film Efficiency Using Synthetic Aluminum Silicate Adsorbent

Product Name: Aluminum Silicate Adsorbent

CAS No.: 12141-46-7

Molecular Formula: xAl2O3·ySiO2·nH2O

Product Introduction:

Synthetic aluminum silicate adsorbent is a powerful tool for enhancing EVA photovoltaic film efficiency. When integrated into EVA films used in solar panels, it optimizes the film's internal structure. By evenly dispersing within the film, it reduces light - scattering points. This allows more sunlight to be effectively absorbed by the underlying solar cells, thus increasing the power - generation efficiency. Moreover, it stabilizes the EVA matrix, preventing micro - cracks that could impede electron transfer. In short, it's the key to making solar panels more efficient and productive in converting solar energy.

Specification:

No.	Item	Specification
1	Silica (SiO2), %	75±5
2	Aluminum oxide (Al2O3), %	16±2
3	Chloride ion (Cl-), %	≤0.1
4	Sulfate ion (SO42-), %	≤0.5
5	Loss on Drying, %	≤8.0
6	pH Value (5% suspension)	5-8
7	Apparent Volume (ml/10g)	32±4

Electron microscope image

Boost EVA Photovoltaic Film Efficiency Using Synthetic Aluminum Silicate Adsorbent 0

Application Introduction:

In the dynamic field of photovoltaic technology, the role of synthetic aluminum silicate in EVA photovoltaic film applications cannot be overstated. EVA photovoltaic film, a fundamental part of solar panels, is constantly challenged by environmental factors that can compromise its performance.
One of the most pressing issues is the degradation caused by moisture and impurities. Moisture infiltration can initiate chemical reactions that break down the EVA structure, reducing its ability to transmit light effectively. This not only dims the light reaching the solar cells but also leads to a significant drop in power - generation efficiency. Impurities, on the other hand, can disrupt the internal molecular arrangement of the film, accelerating the aging process.
This is where synthetic aluminum silicate comes into play. Its highly porous structure acts like a molecular sieve, selectively trapping moisture and impurities. Laboratory data reveals that it can reduce the moisture content in EVA film by 80% within a short period, and remove over 85% of harmful impurities. As a result, the EVA film's stability is greatly enhanced. In long - term field studies, solar panels with EVA film incorporating synthetic aluminum silicate demonstrated a 20% increase in service life compared to those without it. Moreover, the power - generation efficiency of these panels was maintained at a consistently high level, with an average improvement of 10 - 15% over traditional panels.
In summary, synthetic aluminum silicate is not just an additive but a cornerstone in the development of high - performance EVA photovoltaic films. It paves the way for more reliable, efficient, and long - lasting solar energy solutions, propelling the solar industry towards a brighter future.
 

Package and Storage:

Packaging bag: coated paper on the outside, plastic bag on the inside.

Net weight: Customized.
This product needs to be stored in a cool, dry, clean area, and should be kept away from moisture and humidity. After opening the bag, any unused product should be sealed.

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