page_banner

products

2022 Latest Design 1.52 Mm Clear Pvb - ETFE Film – Xiaoshi

Short Description:


Product Detail

Product Tags

Related Video

Feedback (2)

To get the stage of realizing dreams of our employees! To build a happier, more united and much more skilled crew! To reach a mutual benefit of our prospects, suppliers, the society and ourselves for Transparent Eva Film, Glazing lamination, Pvb Standard 0.38 Mm, We have more than 20 years experience in this industry, and our sales are well trained. We can give you the most professional suggestions to meet your products' requirements. Any troubles, come to us!
2022 Latest Design 1.52 Mm Clear Pvb - ETFE Film – Xiaoshi Detail:

ETFE Film for Flexible solar PV
ETFE is a unique thermoplastic Fluoropolymers. It combines improved mechanical properties, great Mouldability, and excellent electrical properties and chemical resistance.
ETFE film is a high sophisticated film which is not including plasticizer or adhesive. Therefore the excellent properties of fluoro-resin appear directly. It is used in various fields such as electric, aircrafts, space, solar battery and kitchen equipments, because of high heat resistance, high chemical resistance, non stick and excellent electrical properties.
QQ图片20220222135751
Product description and advantages
1,Outstanding Resistance to Weather and Ageing
2, High Transparency
3,Excellent Moisture Permeation Resistance
4,Stable and inert against most chemicals
2

Technical Data

Item ASTM ETFE
Light transmittance(50 µm thickness) % N/A 95
Melting temperature N/A 260 (500)
Continuous service temperature N/A -100 to 150 (-148 to 302)
Oxygen Index % D2683 31
Linear thermal expansion coefficient 1/℃ D696 5.9X10-4
Shrinkage (150 ゚CX30min) % N/A -2 to 1
Tear strength (Elmendolf) g/25 μm D1922 1400 to 2400
Tensile strength Mpa D638 69
Tensile elongation % D638 420
Tensile modulas Mpa D638 824
Volume specific resistance Ω cm D257 >1016
Dielectric constant (103Hz) N/A D150 2.6
Water absorption % D570 0.03
Moisture permiation (25 μm (1 mil)) g/m2 .24h E96 6
Acid resistance N/A D543 A
Alkari resistance N/A D543 A
Solvent resistance N/A D543 A

Product Specification

Grade Thickness width Surface condition
25N 25(µm) 1250mm Glossy
40N 40(µm) 1250mm Glossy
50N 50(µm) 1250mm Glossy
100N 100(µm) 1250mm Glossy
200NJ 200(µm) 1250mm Glossy
25MW 25(µm) 1200mm Double side matted
50MW 50(µm) 1250mm Double side matted
50HK 50(µm) 1250mm Single side matted

Product detail pictures:

2022 Latest Design 1.52 Mm Clear Pvb - ETFE Film – Xiaoshi detail pictures

2022 Latest Design 1.52 Mm Clear Pvb - ETFE Film – Xiaoshi detail pictures

2022 Latest Design 1.52 Mm Clear Pvb - ETFE Film – Xiaoshi detail pictures

2022 Latest Design 1.52 Mm Clear Pvb - ETFE Film – Xiaoshi detail pictures

2022 Latest Design 1.52 Mm Clear Pvb - ETFE Film – Xiaoshi detail pictures

2022 Latest Design 1.52 Mm Clear Pvb - ETFE Film – Xiaoshi detail pictures


Related Product Guide:

We take customer-friendly, quality-oriented, integrative, innovative as objectives. Truth and honesty is our administration ideal for 2022 Latest Design 1.52 Mm Clear Pvb - ETFE Film – Xiaoshi , The product will supply to all over the world, such as: Algeria, Karachi, Kazakhstan, They're durable modeling and promoting well all over the world. Under no circumstances disappearing key functions in a brief time, it's a should for you personally of fantastic quality. Guided by the principle of Prudence, Efficiency, Union and Innovation. the business make an awesome efforts to expand its international trade, raise its enterprise. rofit and improve its export scale. We are confident that we'll have a vibrant prospect and to be distributed all over the world in the years to come.
  • Production management mechanism is completed, quality is guaranteed, high credibility and service let the cooperation is easy, perfect!
    5 Stars By Pearl from Egypt - 2018.06.09 12:42
    It is a very good, very rare business partners, looking forward to the next more perfect cooperation!
    5 Stars By Jodie from Australia - 2017.05.02 18:28
    Write your message here and send it to us