Polycarbonate Greenhouse Panels for Smart Agriculture
Redefining Greenhouse Coverings. We provide robust structural base panels combined with our Nano Light-Converting coating to boost crop yield by up to 40%.
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Choose Your Greenhouse Solution
From essential physical protection to advanced yield-boosting spectral technology, we solve your specific agricultural challenges.
Standard Protection
- Thermal Insulation: Multiwall structure with low K-Value to slash heating costs.
- Anti-Drop Tech: Prevents condensation from dripping and causing plant diseases.
- Weatherproof: 50μm UV coating ensures 10 years without yellowing or cracking.
Active Yield Booster
- Agri-Red (Early Harvest): Converts wasted UV to Red light. Speeds up fruit growth, allowing harvest 7-10 days earlier.
- Agri-Blue (Quality Enhancer): Converts UV to Blue light. Maximizes nutrients, taste, and vibrant coloration.
- Zero-Energy Grow Light: Compensates for low light in winter purely through nano rare-earth light conversion.
Customized Structural Solutions
From economical seedlings to high-end aesthetic botanical gardens, we extrude the perfect base panel for your project. (100% Virgin SABIC Materials)
Twin-Wall Standard Sheet
The economical choice for general planting, vegetable bases, and flower markets. Quick ROI with excellent durability.
Multi-Wall Insulation Sheet
The "Greenhouse Down Jacket" for extreme cold regions. Complex flute structures (Honeycomb/X-Type) to lock in heat.
Ultra-Clear Solid Diamond
The premium aesthetic choice for eco-tourism, restaurants, and botanical gardens. Provides glass-like visual transparency.
Wide-Spacing Hollow Sheet
A "transparent fortress" for high-end research greenhouses. Eliminates the "noodle-like" look of standard hollow sheets.
Ultraviolet light is invisible light and cannot be absorbed and utilized by chlorophyll. Ultraviolet light is prone to causing burns to animals and plants.
The range of light wavelengths usable by chlorophyll:
- Red-orange light 500-700nm
- Blue-violet light 400-480nm
- Converting ultraviolet light into red-orange or blue-violet light directly increases luminous efficiency.
Plus+ Coating Empowerment Modules
How we convert wasted sunlight into yield-boosting fertilizer.
Invisible Harmful UV
Cannot be absorbed by chlorophyll. Causes sunburn.
BAKWAY Nano Rare-Earth
Targeted light conversion coating.
Visible Red/Blue Light
Directly increases luminous efficiency for photosynthesis.
🔴 Agri-Red (Yield Booster)
Converts UV to 600-700nm high-energy Red Light. The ultimate photosynthesis accelerator.
- Early Harvest: Fruits ripen 7–10 days earlier.
- Max Yield: Rapid carbohydrate synthesis.
- Winter Boost: Zero-energy grow light for cloudy days.
🔵 Agri-Blue (Quality Enhancer)
Converts UV to 400-500nm Blue Light. Maximizes active ingredients (APIs) and nutrients.
- Potency Boost: Ideal for high-value TCM crops.
- Flavor Awakening: Restores authentic, robust tastes.
- Vibrant Color: Promotes anthocyanin synthesis.
Rare-earth Plus+ Empowerment Modules significantly boost plant root growth.
Using light-conversion modules increases the vitamin C content of strawberries by 40% and beta-carotene content by more than 20%.
🍓 Strawberry Cultivation Quality Boost
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Lexan® Equivalent & Twin-Wall Greenhouse Panels
Bakway multiwall and twin-wall polycarbonate greenhouse panels are a factory-direct Lexan® equivalent, made from virgin polycarbonate resin with a co-extruded anti-drop inner surface and UV-protected outer surface. Clear and opal panels deliver 80%+ diffused light transmission for even crop growth.
Q: Do you supply Lexan greenhouse panels? A: We supply Lexan-equivalent polycarbonate greenhouse panels — twin-wall, triple-wall and multiwall — in clear and opal, matching the optical and thermal performance of branded sheet at factory-direct pricing.
Q: Are twin-wall or clear polycarbonate greenhouse panels better? A: Twin-wall (multiwall) panels insulate best and diffuse light to prevent leaf burn; clear single-skin panels give maximum transmission for low-light regions. We advise per climate and crop.
Polycarbonate Greenhouse Panels — Buyer FAQ
Which polycarbonate panels are best for a commercial greenhouse?
Clear twin-wall sheets are the standard for general vegetable and seedling houses. In cold climates, honeycomb or X-structure multiwall panels cut heating costs with a lower K-value. Solid sheets suit botanical gardens and eco-restaurants where glass-like clarity matters. Send your location and frame spacing and we confirm the panel before quoting.
What light transmission should greenhouse panels have?
Clear twin-wall panels deliver 80–82% transmission, which suits most crops. Diffused (opal) grades spread light evenly and reduce leaf scorch. Our Agri-Red and Agri-Blue coatings additionally convert unusable UV into red or blue light that chlorophyll can absorb.
Do the panels stop condensation dripping on plants?
Yes — an anti-drop (anti-fog) inner coating makes condensate sheet off to the gutter instead of dripping, which lowers disease pressure on leaves. Specify anti-drop when requesting your quote.
How long do polycarbonate greenhouse panels last?
Specified UV-protected outdoor sheets may carry a written warranty of up to 10 years, subject to product, installation and environment terms against yellowing and breakage from weathering. With correct installation (UV side out, expansion gaps respected), service life typically runs well beyond the warranty.
Can you cut panels to size for greenhouse kits and projects?
Yes. Standard width is 2,100 mm and length is cut to order within container limits. We also supply matching H/U connection profiles, sealing tapes and screws so distributors can ship complete kits.
What is the MOQ and production lead time?
MOQ starts at pallet level for distributors and project orders. Standard production runs 7–15 days after confirmation, and quotes with technical review are returned within 8 working hours.
Explore Greenhouse Glazing by Product and Guide
References & standards
- ISO 180 / ISO 179 — Izod and Charpy impact strength.
- ISO 75 — temperature of deflection under load (service temperature).
- EN 16240 — light-transmitting flat solid polycarbonate sheets for roofs and walls.
- ISO 4892-2 — xenon-arc weathering (UV performance).
- ASTM D1003 / ISO 13468 — luminous transmittance (light transmission).