HPOE1 / HPOE2
POE – High Transmittance / High Cut-off / White
Superior PID and polarisation resistance with an enhanced moisture barrier — the encapsulant for TOPCon, HJT and double-glass.
View specification →
Fluorine-Free Eco-Friendly Series
Fenix Fluorine-Free Backsheet
HD-CPC-NW
230°C without yellowing and 1000 kWh/m² UV without cracking — with no fluoropolymer in the construction.
Fluoropolymer backsheets are under pressure from two directions: end-of-life regulation that treats fluorine as a recycling problem, and corporate procurement policies that are removing it from bills of materials ahead of the regulation. The standard objection to fluorine-free alternatives is that they yellow and crack.
The Fenix construction is built to answer that objection with test data. A silicone / acrylic / polyester mixed outer coating holds 230°C without yellowing, stays stable long-term at 200°C, and resists cracking through 1000 kWh/m² of UV and 200 kWh/m² of combined UV damp-heat.
Why this one
- Excellent heat resistanceWithstands temperatures up to 230°C without yellowing and maintains long-term stability at 200°C.
- Superior weather resistanceResists cracking and yellowing under extreme UV exposure (1000 kWh/m²) and combined UV damp-heat conditions (200 kWh/m²).
- No fluorine in the formulaAligning with sustainable and environmental goals, and with recyclable module design.
- 303 µm ±10% construction10 µm silicone / acrylic / polyester mixed air coating, 288 µm PET middle layer, 5 µm high-reflectivity inner coating.
Specification
| Product Structure | Air Coating | Air Coating:10μm, Silicone Coating/Acrylic, and Polyester Mixed Coating, Protect PET |
|---|---|---|
| Middle Layer (PET) | Middle Layer: 288μm, Insulation Property, Water Vapor Barrier Property | |
| Inner Coating | Inner Coating: 5μm, High Reflectivity, Great Bonding Performance with EVA | |
| Product Type | HD-CPC | |
| Product Code | HD-CPC-NW | |
| Product Name | Insulating back sheet for crystalline silicon terrestrial photovoltaic (PV) modules | |
| Thickness | Air Coating: 10±2μm Middle Layer: 288μm±5% Inner Coating: 5(-0, +2)μm Total Thickness: 303μm±10% | |
| Color | White |
Values as published by the manufacturer. Tolerances and roll formats are confirmed in writing per order.
Storage and shelf life
High storage stability with no special storage requirements. Warranty period is one year under cool, dry storage conditions; laminating process generality should be evaluated after that period.
Applications
- Eco-conscious and fluorine-free procurement
- Recyclable module designs
- Distributed and portable systems
Supplied from
Suzhou, Jiangsu, China — and PT. Hondol Material Indonesia, Batam, for customers served from Indonesia.
Questions about Fenix Fluorine-Free Backsheet
Why does 230°C heat resistance matter for a backsheet?
Lamination and any subsequent rework put the backsheet through high temperature, and heat resistance is where fluorine-free constructions have historically failed first.
Is the performance equivalent to a fluorinated backsheet?
On the published tests — 1000 kWh/m² UV, 200 kWh/m² damp-heat UV, 200°C long-term stability — it is specified to resist cracking and yellowing. Qualification against your own protocol is the usual next step.
What colour is it?
White.
Related products
Same series first, then the rest of PV Encapsulation Materials.
HEPE1 / HEPE2
EPE – High Transmittance / High Cut-Off
EVA's cost with POE's moisture barrier and PID resistance, in one co-extruded film.
View specification →
HEVA1 / HEVA2 / HEVAW4
EVA – High Transmittance / High Cut-off / White
Additive-free formula — no slipping, no exudation, and a white variant that reflects light back into the cells.
View specification →
HD-CPPC-T
Transparent High-Barrier Backsheet
For TOPCon, HJT and perovskite modules, where moisture sensitivity is the reliability limit.
View specification →Get Fenix Fluorine-Free Backsheet quoted against your own construction.
Send the module format, the annual volume and the destination market. The reply carries the price, the lead time and the certificate.