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Thermal Insulated Rock Wool Wall Panel

    Thermal Insulated Rock Wool Wall Panel

    Rock Wool Composite Wall Panel is a high-performance building material designed for modern construction projects that require excellent fire resistance, thermal insulation, and structural durability. Manufactured with high-quality color-coated steel sheets and a dense rock wool core, this wall panel provides superior protection against heat, fire, and noise, making it an ideal solution for industrial facilities, warehouses, commercial buildings, and prefabricated structures. The rock wool core is non-combustible and can withstand extreme temperatures, effectively preventing fire spread and ens...
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Rock Wool Composite Wall Panel – Fireproof Insulated Wall Solution for Modern Buildings

Product Overview

The Rock Wool Composite Wall Panel is a high-performance wall cladding material specifically engineered for modern steel structure buildings and prefabricated construction systems. Combining excellent fire resistance, superior thermal insulation, sound absorption, and structural strength, this panel has become a preferred solution for industrial, commercial, and controlled-environment buildings.

Designed with premium color-coated steel sheets and a high-density rock wool core, the Rock Wool Composite Wall Panel ensures long-term durability, energy efficiency, and safety. It is especially suitable for applications requiring strict fireproof standards, making it widely used in factories, warehouses, cleanrooms, and cold storage facilities.

Rock Wool Composite Wall Panel


Product Structure and Composition

The Rock Wool Composite Wall Panel is manufactured with a three-layer composite structure:

  • Outer Surface: Color-coated steel sheet (PPGI / PPGL)

  • Core Material: High-density rock wool insulation

  • Inner Surface: Galvanized or color-coated steel sheet

The rock wool core is produced from natural basalt fibers under high-temperature processing, forming a non-combustible and thermally efficient insulation layer.

Insulated Rock Wool Composite Wall Panel


Key Features and Advantages

1. Superior Fire Resistance

The Rock Wool Composite Wall Panel uses non-combustible rock wool with a melting point above 1000°C, providing excellent fire protection. It effectively prevents flame spread and ensures compliance with international fire safety standards.

2. Excellent Thermal Insulation

With low thermal conductivity, the panel significantly reduces heat transfer, helping maintain stable indoor temperatures and lowering energy costs.

3. Outstanding Sound Insulation

The fibrous structure of rock wool absorbs noise efficiently, making it ideal for industrial environments and urban buildings.

4. High Strength and Durability

The steel sheet layers provide excellent structural support, ensuring resistance to impact, wind pressure, and deformation.

5. Moisture and Corrosion Resistance

The panel resists water penetration and corrosion, ensuring long-term performance even in humid or coastal environments.

6. Fast and Easy Installation

Prefabricated design allows quick installation, reducing construction time and labor costs.

Fireproof Rock Wool Composite Wall Panel


Technical Specifications

  • Panel Thickness: 50mm / 75mm / 100mm / 150mm / 200mm

  • Steel Thickness: 0.3mm – 0.8mm

  • Effective Width: 950mm / 1000mm / 1150mm

  • Length: Customized according to project needs

  • Rock Wool Density: 80–150 kg/m³

  • Fire Rating: Class A1 Non-combustible

  • Thermal Conductivity: ≤ 0.044 W/m·K

  • Noise Reduction Coefficient: 0.8–0.95


Application Scenarios

The Rock Wool Composite Wall Panel is suitable for a wide range of building types:

  • Industrial factories and production workshops

  • Warehouses and logistics centers

  • Cleanrooms and pharmaceutical facilities

  • Food processing plants

  • Cold storage buildings

  • Commercial buildings and office structures

  • Modular and prefabricated buildings

Its versatility makes it ideal for both exterior walls and interior partitions.


Design and Customization Options

To meet diverse architectural requirements, the Rock Wool Composite Wall Panel offers multiple customization options:

  • Surface finishes: flat, corrugated, embossed

  • Color options: full RAL color range

  • Coatings: PE, PVDF, SMP

  • Joint types: tongue-and-groove, hidden fastening

  • Panel profiles: smooth or ribbed

Customization ensures compatibility with various project designs.


Manufacturing Process

The production process of Rock Wool Composite Wall Panel includes:

  1. Raw material selection and inspection

  2. Steel coil processing and profiling

  3. Rock wool cutting and layering

  4. Automated lamination and bonding

  5. High-pressure forming

  6. Precision cutting to required length

  7. Quality inspection and testing

  8. Packaging and storage

Each step is controlled to ensure consistent product quality.


Installation Guidelines

Proper installation ensures optimal performance:

  • Prepare structural framework

  • Install panels vertically or horizontally

  • Fix panels with self-drilling screws

  • Seal joints for waterproof performance

  • Install accessories such as trims and corners

Installation is efficient, with daily progress reaching 600–800 m².


Packaging and Transportation

  • Protective film on panel surfaces

  • Reinforced packaging with steel frames or wooden pallets

  • Moisture-proof and anti-impact protection

  • Suitable for container loading and long-distance transport

We ensure safe delivery of every Rock Wool Composite Wall Panel.


Delivery and Lead Time

  • Standard production time: 7–20 days

  • Custom orders based on specifications

  • Flexible global shipping solutions


Sample Policy

  • Free standard samples (freight collected)

  • Custom samples available

  • Fast sample preparation within 3–7 days


Payment Terms

  • T/T (Telegraphic Transfer)

  • L/C (Letter of Credit)

  • Flexible terms for long-term cooperation


Certifications and Quality Assurance

Our Rock Wool Composite Wall Panel meets international standards:

  • ISO 9001 Quality Management System

  • CE Certification

  • Fire resistance testing reports

  • SGS inspection certification


After-Sales Service

  • Professional technical support

  • Installation guidance

  • Fast response to customer inquiries

  • Warranty and replacement services


Customer Feedback and Case Studies

Customers worldwide have successfully used Rock Wool Composite Wall Panel:

  • Southeast Asia factories improved insulation efficiency

  • Middle East projects enhanced heat resistance

  • European clients recognized fireproof performance

Clients consistently highlight durability, energy savings, and ease of installation.


Why Choose Our Rock Wool Composite Wall Panel

  • Direct factory supply with competitive pricing

  • Strict quality control

  • Custom design capability

  • Rich export experience

  • Professional service team


Conclusion

The Rock Wool Composite Wall Panel is a reliable, energy-efficient, and fire-resistant wall solution for modern construction. With excellent insulation, durability, and flexible design, it meets the demands of various industries and environments.

If you are looking for a high-quality wall system that combines safety, performance, and cost-effectiveness, the Rock Wool Composite Wall Panel is your ideal choice. Contact us today for detailed specifications, samples, and quotations.


I. Basic Structure and Standard Specifications

Structure Composition:
Double-sided color-coated steel sheets (or galvanized / galvalume steel, thickness 0.4–0.8mm, PVDF/PE coating) + vertical or horizontal fiber rock wool core (Class A non-combustible, made from basalt fiber) + specialized bonding and composite process. Wall panels typically adopt tongue-and-groove or interlocking joints, different from the standing seam system used in roof panels.

Common Thickness:
50mm, 75mm, 100mm, 150mm
(Exterior walls: 100mm recommended; interior walls / partitions: 50–75mm)

Width and Length:
Effective width: 950mm / 1150mm
Length: customizable (≤6m, depending on transport and installation conditions)

Rock Wool Density:
Interior walls / partitions: 80–100 kg/m³
Exterior walls / industrial buildings: 120–140 kg/m³ (better strength and wind resistance)


Rock Wool Composite Wall Panel


II. Core Performance Parameters (Based on Standard Testing)

Performance CategoryTypical ValueNotes
Fire ResistanceClass A (non-combustible); 50mm ≈ 0.7–1h, 100mm ≈ 2–3h fire resistanceNo toxic smoke at high temperature; suitable for industrial and public buildings
Thermal InsulationThermal conductivity λ = 0.038–0.044 W/(m·K)100mm panel outperforms 370mm brick wall
Mechanical StrengthCompressive strength ≥ 40 kPa (up to 60 kPa for high density); wind load per designStrong overall lateral resistance with steel framework
Waterproof & MoistureWater repellency ≥ 98%; moisture absorption ≤ 1%Exterior walls require vapor barrier and sealant to prevent condensation
Sound Insulation50mm ≥ 35 dB; 100mm ≥ 45 dBDouble-layer + cavity can exceed 55 dB
DurabilityStrong coating weather resistance; service life 20+ yearsPVDF coating recommended for coastal areas

III. Installation Process and Key Points (Interior vs Exterior Walls)

Base Preparation:
Clean and level the surface. For steel structures, install vertical steel framing (spacing ≤1.2m) and ensure alignment.

Fixing Methods

  • Interior Walls / Partitions:
    Tongue-and-groove joint + self-drilling screws fixed to the frame; seal joints with weather-resistant sealant

  • Exterior Walls:
    Concealed fixing system with hidden fasteners to prevent water leakage
    Anchor requirement:

    • Below 20m height: ≥4 anchors/m²

    • 20–50m height: ≥6 anchors/m²

Corners / Openings:
Use additional panels and reinforced sealing; ensure vertical alignment at corners

Efficiency and Safety:
Factory prefabrication with dry installation method
Daily installation: approx. 500–700 m²
Wear dust masks to avoid irritation from rock wool fibers

Thermal Bridge & Leakage Prevention:

  • Stagger panel joints

  • Use insulation pads at steel framing points

  • Apply proper flashing at eaves and window sills


IV. Application Scenarios and Selection Guide

Typical Applications:

  • Exterior walls of steel structure factories

  • Cleanroom partitions

  • Electronics and food processing facilities

  • Warehouse enclosures

  • Interior and exterior walls of offices, schools, hospitals

Selection Recommendations

  • Fire Resistance Priority:
    High-density rock wool (≥120 kg/m³) + 100mm thickness

  • Thermal Insulation Priority (Cold Regions / Cold Storage):
    100–150mm thickness + vapor barrier

  • Coastal / High Humidity Areas:
    PVDF coated panels + enhanced sealing + anti-corrosion structure


V. Key Differences Between Wall Panels and Roof Panels

Load Direction:
Wall panels mainly bear wind loads and horizontal forces, while roof panels تحمل vertical loads such as snow and self-weight

Connection Method:
Wall panels use vertical tongue-and-groove joints fixed to framing; roof panels use horizontal standing seam with concealed purlin fixing

Core Density:
Roof panels typically use ≥140 kg/m³
Interior wall panels can use 80–100 kg/m³


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Contact Information

Office

Wolong Industrial Park, Linqu, Weifang City, Shandong Province, China

8615854888898

hanxingganggou@163.com

Adress

Wolong Industrial Park, Linqu, Weifang City, Shandong Province, China

8618264445706

hanxingganggou@163.com

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