Fluorocarbon Coated Structural Wall Panel for High-Temperature Areas

Product Details
Feature: Environmental, Fireproof, Light Weight, Metal Panel
Certification: ISO9001, GB/T 1771-2007; CE; LEED V4
Customized: Customized
Still deciding? Get samples of $ !
Request Sample
Diamond Member Since 2025

Suppliers with verified business licenses

Year of Establishment
2025-04-18
Registered Capital
886813.09 USD
  • Fluorocarbon Coated Structural Wall Panel for High-Temperature Areas
  • Fluorocarbon Coated Structural Wall Panel for High-Temperature Areas
  • Fluorocarbon Coated Structural Wall Panel for High-Temperature Areas
  • Fluorocarbon Coated Structural Wall Panel for High-Temperature Areas
  • Fluorocarbon Coated Structural Wall Panel for High-Temperature Areas
  • Fluorocarbon Coated Structural Wall Panel for High-Temperature Areas
Find Similar Products
  • Overview
  • Product Description
  • Main Products
  • About Us
  • Exhibitions & Customers
  • Our Partners
  • Packaging & Shipping
  • FAQ
Overview

Basic Info.

Delivery Time
20-35days
Custom
Yes
MOQ
200square Meters
Trademark
OEM
Origin
Shandong, China

Product Description

Fluorocarbon Coated Structural Wall Panel for High-Temperature Areas
Product Description
The High-Performance EPS Cement Sandwich Panel with Fluorocarbon Coating is an advanced prefabricated building material designed for durability, aesthetics, and energy efficiency.
It combines:  
- Outer Layer: High-strength fiber-reinforced cement board coated with fluorocarbon paint (FEVE-based fluoropolymer).  
- Core Material: Expanded Polystyrene (EPS) foam for thermal insulation.  
- Adhesive Layer: Polymer-modified cement mortar for structural bonding.  
This product is engineered for exterior walls of commercial buildings, industrial facilities, and high-end residential projects, offering exceptional weather resistance, fire safety, and design flexibility.  
Fluorocarbon Coated Structural Wall Panel for High-Temperature Areas
Fluorocarbon Coated Structural Wall Panel for High-Temperature Areas
Structural Parameters
Parameter Specifications Testing Standard
Panel Thickness 60mm, 80mm, 100mm, 120mm (customizable) ASTM C1289
Panel Size 1200mm × 3000mm (standard), up to 6000mm ASTM C1289
EPS Core Density 20-30 kg/m³ (standard), 45 kg/m³ (high-strength) ISO 8335
Thermal Conductivity 0.033-0.038 W/(m·K) ASTM C518
Fire Rating Class A (Non-combustible) EN 13501-1 / ASTM E84
Sound Insulation 45-50 dB (100mm panel) ISO 10140-2
Surface Hardness ≥6H (pencil hardness) ASTM D3363
Fluorocarbon Coating Thickness 25-35 μm (primer + topcoat) ISO 2808
Weight 18-28 kg/m² Calculated
Fluorocarbon Coating Performance
Parameter Value Standard
Weather Resistance 25+ years (UV stability, color retention) ASTM G154 / ISO 4892-3
Adhesion Strength ≥6 MPa (to cement board) ASTM D4541
Chemical Resistance Resistant to acids, alkalis, salts ASTM D1308
Self-Cleaning Hydrophobic surface (contact angle >110°) ISO 27448
Gloss Retention ≥85% after 10,000h QUV aging ASTM D523
Impact Resistance 50 cm (1 kg steel ball, no cracking) ASTM D2794
Fluorocarbon Coated Structural Wall Panel for High-Temperature Areas
Key Advantages  
1.Fluorocarbon Coating Superiority
2.Structural Excellence
3.Fire Safety
4.Aesthetic Flexibility

Applications
1.Commercial & Institutional Buildings
2.Industrial Facilities
3.Coastal & Marine Structures  
4.High-End Residential  

 
Coating Layers
1. Primer: Epoxy-based primer (80-100 μm) enhances adhesion and corrosion resistance.  
2. Intermediate Coat: Fluorocarbon resin layer (15-20 μm) with UV absorbers and IR reflectors.  
3. Topcoat: FEVE fluoropolymer (25-35 μm) for color retention and self-cleaning.  

Quality Assurance  
Adhesion Testing: ≥6 MPa via pull-off method (ASTM D4541).  
QUV Aging: 10,000h accelerated weathering confirms >85% gloss retention.  

 
Fluorocarbon Coated Structural Wall Panel for High-Temperature Areas
Installation Guidelines  
Tools & Materials
Laser level, electric saw, fluorocarbon-compatible sealants (e.g., silicone-based).  
Step-by-Step Process  
1. Surface Preparation: Clean substrate, ensure flatness ≤4mm/2m.  
2. Panel Fixing: Adhere panels using polymer-modified mortar (≥40% coverage).  
3. Seam Treatment: Seal joints with elastic sealant to prevent water ingress.  
4. Coating Touch-Up: Repair scratches using fluorocarbon spray kits for seamless finishes.  
Fluorocarbon Coated Structural Wall Panel for High-Temperature Areas
Fluorocarbon Coated Structural Wall Panel for High-Temperature Areas
Fluorocarbon Coated Structural Wall Panel for High-Temperature Areas
Case Studies
Project 1: Coastal Resort in Hainan, China (2023)
Scope: 10,000 square metres facade with stone-textured fluorocarbon coating.  
Result: 30% energy savings, zero maintenance in 2 years.  
Project 2: Chemical Factory in Guangdong, China (2022)**  
Scope: Acid-resistant panels with B1 fire-rated EPS core.  
Result: 50% lower corrosion repair costs vs. traditional materials.  
Sustainability  
Recyclability: EPS core and cement boards are 100% recyclable.  
Low VOC: Fluorocarbon coatings meet GreenGuard Gold standards (VOC <50 g/L).  
Conclusion  
The High-Performance EPS Cement Sandwich Panel with Fluorocarbon Coating redefines modern construction with unmatched durability, energy efficiency, and design versatility. Its fluorocarbon-coated exterior ensures long-term performance in harsh environments, making it the optimal choice for premium architectural projects.  
Main Products

Fluorocarbon Coated Structural Wall Panel for High-Temperature Areas

About Us

Fluorocarbon Coated Structural Wall Panel for High-Temperature AreasShandong Luying Building Materials Co., Ltd. is a high-tech enterprise specializing in the research, production, sales, and construction services of green, environmentally friendly, and energy-saving wall materials. The company is located in Lingquan Town, Junan County, Linyi City, covering an area of 20,000 square meters with a modern production facility spanning 6,200 square meters. Its annual production capacity exceeds 1 million square meters of lightweight energy-saving composite wall panels.
The company's core product, the lightweight energy-saving composite wall panel, boasts the following technical advantages:

  • Outstanding thermal insulation performance
  • Class A fire resistance rating
  • Excellent soundproofing and seismic resistance
  • Standardized rapid installation system

The product has been widely used in residential, medical, educational, and commercial construction projects. The company is ISO-certified and supported by a professional technical service team, providing comprehensive wall system solutions to clients.

Fluorocarbon Coated Structural Wall Panel for High-Temperature Areas

Exhibitions & Customers

Fluorocarbon Coated Structural Wall Panel for High-Temperature AreasFluorocarbon Coated Structural Wall Panel for High-Temperature Areas

Our Partners

Fluorocarbon Coated Structural Wall Panel for High-Temperature AreasFluorocarbon Coated Structural Wall Panel for High-Temperature Areas

ISO 9001, CE, LEED v4: Validates eco-efficiency and durability.  
GB/T 1771-2007: Chinese standard for fluorocarbon coating adhesion and corrosion resistance.  
Packaging & Shipping

Fluorocarbon Coated Structural Wall Panel for High-Temperature Areas

FAQ

1. What is EPS Cement Sandwich Panel?
  - Definition: A composite panel composed of two layers of fiber cement boards or calcium silicate boards sandwiching an expanded polystyrene (EPS) core material.
  - Characteristics: Lightweight, thermal insulation, acoustic insulation, fire-resistant, corrosion-resistant, widely used in building walls, roofs, and partitions.

2. What are the advantages of EPS Cement Sandwich Panels?  
-Lightweight & High Strength: Weighs only 1/10 of traditional brick walls, reducing structural load.  
- Superior Load-Bearing Capacity: Suspension capacity exceeds 1500N (≈153kg).  
- Thermal & Acoustic Insulation: EPS core effectively blocks heat transfer and sound transmission.  
- Fire Resistance: Cement facings combined with flame-retardant EPS typically achieve Class A fire rating (non-combustible).  
- Rapid Installation: Modular design with prefabricated components allows effortless cutting/grooving, minimizing labor and time costs.  
- Eco-Friendly: Recyclable materials with low embodied energy in production.  

3.Disadvantages & Precautions  
- Low Impact Resistance: Thin cement surface layer requires avoidance of impacts from sharp/heavy objects (ASTM D256 Izod impact test standard).  
- Non-Load-Bearing: Restricted to non-load-bearing structures; requires steel framing support (EN 1993-1-1:2005 for structural steel design).  
- Moisture Sensitivity: Prolonged exposure to humidity may degrade EPS properties; waterproofing measures are mandatory (EN 16047:2012 for sandwich panel moisture resistance).  
- Dust Generation: Cutting during installation produces fine particulate matter; OSHA-compliant PPE (e.g., N95 masks) must be worn (OSHA 29 CFR 1910.134 respiratory protection).  

4. Environmental Friendliness?
- Recyclability: Cement panels can be crushed and reused, while EPS (Expanded Polystyrene) can be recycled and pelletized.
- Production Process: No toxic substances are released during manufacturing, with carbon emissions significantly lower than traditional construction materials.

5. Maintenance and cleaning guidelines?
  - Routine Cleaning: Wipe surfaces with water or neutral detergents.
  - Periodic Inspection: Check joint seals and repair cracks promptly.
  - Anti-Corrosion: Apply rust-proof coatings to exposed metal connectors.

6.What is the service life?
 - Normal Conditions: Over 30 years (with proper installation and no extreme environmental damage).
  - Risk Factors: Humidity, acid rain, or salt spray may shorten lifespan.

7.Typical applications?
  - Common Uses:
    - Factories, warehouses, logistics centers
    - Temporary structures (site offices, exhibition halls)
    - Agricultural greenhouses, livestock barns
    - Noise barriers, container houses
  - Unsuitable For: Load-bearing walls, submerged environments, or areas near high-temperature industrial furnaces.

8.Can dimensions and colors be customized?
  - Dimensions: Most manufacturers offer custom lengths and thicknesses (standard: 50-200mm).
  - Colors/Textures: Available with colored coatings or stone/wood-grain finishes.

9. Acoustic performance?
  - Reference Data: 100mm thick panels provide 40-45dB sound insulation, meeting general building requirements.
  - Enhancement: Increase panel thickness or add sound-absorbing layers.

10.How to Improve the Thermal Insulation Performance of EPS Cement Sandwich Panels?
EPS cement sandwich panels consist of expanded polystyrene (EPS) foam cores with a closed-cell structure, which traps air and provides extremely low thermal conductivity, effectively reducing heat transfer. The cement facings offer structural support and surface protection, forming a lightweight insulated wall system suitable for both thermal and cold insulation applications.  
Methods to Enhance the Thermal Insulation Performance of EPS Cement Sandwich Panels:
1. Increase the Core Thickness - A thicker EPS core improves thermal resistance (R-value), reducing heat transfer.  
2. Optimize Joint Sealing- Apply expanding foam sealant to fill panel gaps, minimizing thermal bridging and improving overall insulation continuity. 

11.Is EPS cement sandwich panel itself moisture-proof?  
Yes.
- Cement surface layer:Good waterproofing, can block liquid water penetration.  
- EPS core material: Closed-cell structure, low water absorption rate.  

12.Can it support heavy wall-mounted objects?  
Yes-Preinstalled steel anchors allow up to 30kg/m²load (e.g., shelves, TVs).  

13. Is it recyclable?
Yes-EPS core can be recycled, and cement coating is inert.  

14. How to repair damaged panels?  
Patch with EPS filler + coating mortar; seamless after repainting.  


 

Send your message to this supplier

*From:
*To:
*Message:

Enter between 20 to 4,000 characters.

This is not what you are looking for? Post a Sourcing Request Now
Contact Supplier