Triple Wall Polycarbonate Agricultural Sheet
Superior three-layer polycarbonate sheets engineered specifically for agricultural applications. Enhanced thermal insulation and impact resistance make this the preferred choice for commercial greenhouse operations.
Enhanced Thermal Performance
Superior R-values from 2.1 to 4.0 m²K/W for maximum energy efficiency
Agricultural Optimized
Designed specifically for greenhouse and commercial growing applications
Superior Insulation
Up to 60% heating cost reduction
Enhanced Impact Resistance
Three-layer structure for maximum durability
Condensation Control
Advanced moisture management system
Optimal Light Transmission
Balanced light with thermal efficiency
8mm Triple Wall Specifications
Weight per sqm
1.80 kg/sqm
±0.1-0.2 kg/sqm adjustable
R-Value Insulation
2.1 m²K/W
Thermal resistance
Min. Bending Radius
1400mm
Cold forming limit
Maximum Span
2800mm
Support spacing
Thermal Performance
2.8 W/m²K
Good
25%
Optimal Applications:
Performance Grade
Entry premium
Energy Efficiency Analysis
ROI Analysis
Energy savings calculations based on average commercial greenhouse heating costs. Actual savings vary by location, energy prices, and greenhouse design.
10mm Triple Wall Specifications
Weight per sqm
2.00 kg/sqm
±0.1-0.2 kg/sqm adjustable
R-Value Insulation
2.5 m²K/W
Thermal resistance
Min. Bending Radius
1750mm
Cold forming limit
Maximum Span
3200mm
Support spacing
Thermal Performance
2.4 W/m²K
Very Good
35%
Optimal Applications:
Performance Grade
Best value premium
Energy Efficiency Analysis
ROI Analysis
Energy savings calculations based on average commercial greenhouse heating costs. Actual savings vary by location, energy prices, and greenhouse design.
12mm Triple Wall Specifications
Weight per sqm
2.20 kg/sqm
±0.1-0.2 kg/sqm adjustable
R-Value Insulation
2.8 m²K/W
Thermal resistance
Min. Bending Radius
2100mm
Cold forming limit
Maximum Span
3600mm
Support spacing
Thermal Performance
2.1 W/m²K
Excellent
42%
Optimal Applications:
Performance Grade
Professional grade
Energy Efficiency Analysis
ROI Analysis
Energy savings calculations based on average commercial greenhouse heating costs. Actual savings vary by location, energy prices, and greenhouse design.
14mm Triple Wall Specifications
Weight per sqm
2.40 kg/sqm
±0.1-0.2 kg/sqm adjustable
R-Value Insulation
3.1 m²K/W
Thermal resistance
Min. Bending Radius
2450mm
Cold forming limit
Maximum Span
4000mm
Support spacing
Thermal Performance
1.9 W/m²K
Excellent
48%
Optimal Applications:
Performance Grade
High performance
Energy Efficiency Analysis
ROI Analysis
Energy savings calculations based on average commercial greenhouse heating costs. Actual savings vary by location, energy prices, and greenhouse design.
16mm Triple Wall Specifications
Weight per sqm
2.70 kg/sqm
±0.1-0.2 kg/sqm adjustable
R-Value Insulation
3.4 m²K/W
Thermal resistance
Min. Bending Radius
2800mm
Cold forming limit
Maximum Span
4400mm
Support spacing
Thermal Performance
1.7 W/m²K
Superior
53%
Optimal Applications:
Performance Grade
Ultra performance
Energy Efficiency Analysis
ROI Analysis
Energy savings calculations based on average commercial greenhouse heating costs. Actual savings vary by location, energy prices, and greenhouse design.
18mm Triple Wall Specifications
Weight per sqm
3.00 kg/sqm
±0.1-0.2 kg/sqm adjustable
R-Value Insulation
3.7 m²K/W
Thermal resistance
Min. Bending Radius
3150mm
Cold forming limit
Maximum Span
4800mm
Support spacing
Thermal Performance
1.5 W/m²K
Superior
57%
Optimal Applications:
Performance Grade
Elite grade
Energy Efficiency Analysis
ROI Analysis
Energy savings calculations based on average commercial greenhouse heating costs. Actual savings vary by location, energy prices, and greenhouse design.
20mm Triple Wall Specifications
Weight per sqm
3.30 kg/sqm
±0.1-0.2 kg/sqm adjustable
R-Value Insulation
4.0 m²K/W
Thermal resistance
Min. Bending Radius
3500mm
Cold forming limit
Maximum Span
5200mm
Support spacing
Thermal Performance
1.4 W/m²K
Outstanding
60%
Optimal Applications:
Performance Grade
Ultimate performance
Energy Efficiency Analysis
ROI Analysis
Energy savings calculations based on average commercial greenhouse heating costs. Actual savings vary by location, energy prices, and greenhouse design.
Agricultural Color Options
Specialized colors optimized for different growing requirements and climate conditions
Clear
Light Trans: 75-78%
Maximum light transmission for optimal plant growth
Agricultural Applications:
Bronze
Light Trans: 28-32%
Reduced heat gain with warm aesthetic appeal
Agricultural Applications:
Blue
Light Trans: 15-19%
Cool temperature control with modern appearance
Agricultural Applications:
White
Light Trans: 24-32%
Excellent light diffusion with heat reflection
Agricultural Applications:
Green
Light Trans: 22-28%
Natural integration with landscape environments
Agricultural Applications:
Opal
Light Trans: 45-50%
Optimal light diffusion for even plant illumination
Agricultural Applications:
Professional Installation Guide
Step-by-step installation process for optimal performance and longevity
Installation Steps
Frame Preparation
Ensure frame structure is level, square, and properly anchored. Clean all contact surfaces.
✓ Check frame dimensions and tolerances
Panel Handling
Remove protective film just before installation. Handle panels with clean gloves to avoid scratches.
⚠ Keep protective film until final installation
Sealing & Gaskets
Install appropriate gaskets and sealants for weatherproofing. Use compatible materials only.
ℹ Use recommended EPDM gaskets
Thermal Expansion
Allow proper clearance for thermal expansion. Follow manufacturer specifications for gaps.
⟷ 3-5mm expansion gap per meter
Final Inspection
Check all connections, seals, and panel alignment. Test for air and water tightness.
✓ Complete installation checklist
Required Tools & Specifications
Essential Tools
Technical Specifications
Safety Guidelines
Technical Support & Services
Comprehensive support throughout your project lifecycle
Design Engineering Support
Our engineering team provides structural calculations, thermal analysis, and custom design solutions.
Installation Training & Support
Comprehensive training programs and on-site installation support for contractors and installers.
Quality Assurance Program
Comprehensive quality control measures and warranty support throughout the project lifecycle.
Maintenance & Repair Services
Professional maintenance programs and repair services to ensure optimal long-term performance.
24/7 Technical Support
Our expert technical team is available around the clock to assist with any questions or concerns.
Sustainability & Environmental Impact
Contributing to a sustainable future through innovative polycarbonate solutions
Environmental Benefits
100% Recyclable Material
Thermoplastic properties enable complete recycling
Our polycarbonate panels can be completely recycled at the end of their lifecycle, reducing landfill waste and supporting circular economy principles.
♻️ 95% material recovery rate in recycling process
Energy Efficiency
Significant reduction in heating and cooling costs
Superior thermal insulation properties reduce energy consumption by up to 60% compared to traditional glazing materials.
⚡ Average 45% reduction in HVAC energy usage
Carbon Footprint Reduction
Lower manufacturing and operational impact
Lightweight design reduces transportation emissions, while long service life minimizes replacement frequency.
🌱 30% lower carbon footprint vs. glass alternatives
Certifications & Performance Data
Environmental Certifications
GREENGUARD
Certified
LEED
Compliant
ISO 14001
Certified
Environmental Performance
Life Cycle Assessment
Comprehensive LCA analysis shows significant environmental benefits across all lifecycle stages, from raw material extraction to end-of-life recycling.
Our Environmental Commitment
We are committed to developing sustainable building solutions that minimize environmental impact while maximizing performance. Our ongoing research focuses on bio-based materials and closed-loop recycling systems.
Industry Applications & Case Studies
Real-world success stories across diverse agricultural and commercial applications
Global Performance Statistics
Installations Worldwide
Average Energy Savings
Customer Satisfaction
Years Service Life
Triple Wall Thickness Comparison
Choose the optimal thickness for your specific application requirements
Selection Guide
8-10mm: Entry Level
Small greenhouses, cold frames, moderate climate zones. Cost-effective solution for basic applications.
12-14mm: Professional
Commercial greenhouses, research facilities. Optimal balance of performance and investment.
16-20mm: Premium
Extreme climates, maximum energy efficiency, specialized applications requiring superior performance.
Customer Reviews
Robert Wilson
Commercial Facility ManagerOutstanding thermal performance
Installed 16mm triple wall panels for our warehouse skylights. The thermal insulation is remarkable - our heating costs dropped by 35% this winter. The panels handle large spans beautifully without sagging, and the light distribution is excellent for our operations.
Lisa Morgan
Architectural ConsultantPerfect for demanding applications
Specified these for a client's manufacturing facility roof. The combination of thermal performance, structural strength, and daylighting quality exceeded expectations. Installation was smooth, and the client reports significant energy savings.
James Patterson
Industrial ContractorPremium quality for industrial use
These 20mm panels are exceptional for industrial applications. Superior insulation compared to standard options, and the structural integrity handles our harsh environment perfectly. Worth the investment for long-term performance.
Agricultural Investment & Returns
Triple wall polycarbonate investment delivers substantial long-term savings through reduced heating costs, extended growing seasons, and improved crop yields. Our agricultural pricing reflects the superior performance and durability required for commercial operations.
Investment Factors
- Thickness & thermal performance
- Agricultural color optimization
- Project scale & complexity
- Climate zone requirements
- Installation & integration
Immediate Benefits
- 25-60% heating cost reduction
- Extended growing seasons
- Superior crop protection
- Climate control optimization
- Professional agricultural grade
Long-term Returns
- 1.8-3.2 year payback period
- Increased crop yields
- Reduced operational costs
- Enhanced crop quality
- 15+ year lifespan
Our Service
- Agricultural expert consultation
- ROI analysis & projections
- Custom specification design
- Installation coordination
- Performance monitoring