For commercial agricultural projects, you need high strength PE sheeting engineered with metallocene resins. Our special film is much stronger than regular plastic. It is very hard to poke holes in it. It does not tear easily even when it is thin.
A large-scale agricultural project—whether it is a 10-hectare greenhouse complex or a massive reservoir lining—you know that “standard” plastic does not cut it. We have seen it too many times: a grower buys generic construction plastic to save a few cents, only to have it shred during the first winter storm, destroying the crop underneath.
The solution is high-strength agricultural PE sheeting engineered with metallocene resins.
Unlike ordinary polyethylene films, advanced metallocene PE films provide significantly higher:
This allows the film to remain strong even at thinner gauges, making it easier to install while maintaining long-term structural integrity in harsh agricultural conditions.
In the past, if you wanted a stronger film, you just bought a thicker one. But in modern plastic extrusion, chemistry beats bulk.
Standard plastic uses Low-Density Polyethylene (LDPE). While cheap, its molecular structure is irregular. At HONREL, we utilize Metallocene Polyethylene (mPE) in our high-strength films.
We don’t just extrude a single layer of plastic. We use 3-layer and 5-layer co-extrusion technology.
Industry Insight: When comparing specs, look for the Dart Impact Strength (ASTM D1709). This measures the energy required to puncture the film. A high-strength 150-micron film often outperforms a standard 200-micron film in this test.
Different projects fight different enemies. A greenhouse cover fights wind; a pond liner fights water pressure; a silage cover fights punctures.
The Enemy: UV Radiation and Wind Load.
For permanent structures, simple PE isn’t enough. You need a film that maintains its elasticity (elongation) even after years of sun exposure. If the plastic becomes brittle, it snaps in the wind.
The Enemy: Punctures and Light Leaks.
When you are covering tons of silage or managing photoperiods for sensitive crops, a pinhole is a disaster. If a bird pecks the film or a worker drops a tool, you risk spoilage or light pollution.
The Enemy: Hydrostatic Pressure and Root Penetration.
You cannot use flexible greenhouse film to line a reservoir; the weight of the water will stretch it until it bursts.
To help you justify the investment to your procurement team, here is a breakdown of performance:
| Особенность | Standard Construction Film | HONREL High Strength PE |
| Material Base | Recycled or Low-Grade LDPE | Virgin Metallocene & LLDPE |
| Puncture Resistance | Low (Tears easily on sharp points) | High (Elongates around sharp points) |
| UV Lifespan | 6-12 месяцев | 3-5 Years (climate dependent) |
| Светопропускание | Clouds/Yellows quickly | Remains High (90%+) for years |
| Best Use | Temporary dust sheets | Greenhouses, Silage, Reservoirs |
Even the strongest film will fail if installed incorrectly. We have seen excellent material ruined by bad installation habits.
Polyethylene expands when hot and shrinks when cold.
Before laying any film, inspect your frame or soil.
A: PE (Polyethylene) is the industry standard. PO (Polyolefin) is a premium upgrade. PO is stronger, holds anti-drip additives longer, and stays cleaner because it sheds dust better than PE.
Выбор правильного Greenhouse Film Затеняющая сетка имеет решающее значение для успешного выращивания урожая. Как преданный своему делу специалист, я считаю, что она крайне важна. Производитель сельскохозяйственных сеток и пленокНаши эксперты помогут вам подобрать оптимальную защиту от УФ-излучения и светопропускание с учетом климатических условий вашего региона. Предоставьте подробную информацию о вашем проекте для получения индивидуального решения.
