The HP Metal Curtain Wall System is a premium insulated sandwich panel solution engineered for high-rise buildings, industrial facilities, and public infrastructure. Featuring a non-combustible rock wool core (A1 fire rated up to 4 hours) and PVDF-coated aluminum face sheets, this prefab curtain wall system delivers exceptional thermal insulation (U-value as low as 0.32 W/m²·k), superior wind load resistance (Grade 9), and outstanding structural rigidity with surface flatness ≤0.5mm/m.
As a factory-direct metal cladding manufacturer, we provide complete turnkey solutions from design to installation. Our interlocking panel system enables rapid on-site assembly, reducing construction time by up to 30% compared to traditional aluminum veneer systems. Available in 50-120mm thicknesses, custom RAL colors, and multiple coating finishes (PVDF/LUXACOTE/POLYESTER), the HP system meets GB/T 23932-2009 and JGJ 133-2001 standards. Free samples available. 24/7 global technical support.
Superior FlatnessSurface flatness ≤0.5mm/m. Eliminates oil-canning effect.Flawless Finish
Fast InstallationInterlocking dry-hung assembly. 60% faster than aluminum veneer systems.Quick Install
Product Overview – HP Metal Curtain Wall System
The HP Metal Curtain Wall System is a premium insulated sandwich panel solution engineered for high-rise buildings, industrial facilities, and public infrastructure. Featuring an A1 fire rated non-combustible rock wool core with up to 4 hours fire resistance (150mm), this system delivers exceptional thermal insulation with U-value as low as 0.32 W/m²·k, reducing energy costs by up to 25%. With Grade 9 wind load resistance, it withstands 12+ typhoon-force winds, making it the ideal choice for demanding building envelope projects worldwide.
Why Choose HP Metal Curtain Wall System?
A1 Fire Rated – Maximum Safety Non-combustible rock wool core achieves A1 fire rating per GB8624-2012. Up to 4 hours fire resistance (150mm thickness); 30min (50mm), 60min (80mm). Class A surface fire resistance and Class I flame-spread classification per BSI BS476 Section 7.
Exceptional Thermal Insulation U-value as low as 0.32 W/m²·k. Reduces heating and cooling costs by up to 25%. Premium hydrophobic rock wool core (≥120kg/m³) ensures consistent thermal performance.
Superior Wind Load Resistance Grade 9 wind load resistance (highest per GB/T 15227) – withstands 12+ typhoon-force winds. Ideal for coastal and high-wind regions.
Flawless Surface Flatness Surface flatness ≤0.5mm/m eliminates oil-canning effect. Ensures a sleek, modern aesthetic that meets the highest architectural standards.
Fast & Efficient Installation Socket-and-plug interlocking dry-hung assembly with pre-embedded sealant strips. 60-80 m² per day per 10-person crew – 60% faster than aluminum veneer systems. 30% shorter construction timeline vs. traditional multi-layer facades.
Factory Direct – Source Supply 10%+ cost savings vs. traditional facade solutions. Italian production technology with original imported production line. Annual production capacity exceeds 1,000,000 m². Full logistics support with installation guidance.
RAL Classic colors (subject to design requirements)
Flame-spread Classification
Class I (BSI BS476 Section 7)
Surface Fire Resistance
Class A
Performance Feature
Technical Description
Formaldehyde Emission & Environmental Testing
Complies with the mandatory standard GB 18580-2001 "Indoor Decorating and Refurbishing Materials - Limit of Formaldehyde Emission of Man-made Boards and Their Products". Formaldehyde emission grade E1, suitable for direct indoor use.
Environmental Certification
National Commercial Standard Certification for Eco-Building Materials
High Temperature & Humidity Resistance
Tensile strength after exposure to high temperature and humidity (80°C, 80% RH, 24h) remains at 99.9% of the standard condition tensile strength.
Applicable Standards
GB/T 23932-2009 Building Insulated Sandwich Panels with Metal Facings
JG/T 453-2019 Technical Standard for Application of Metal-faced Sandwich Panels
JGJ 133-2001 Technical Code for Metal and Stone Curtain Wall Engineering
商
HP Metal Curtain Wall System
Product Overview
The HP Metal Curtain Wall System is a high-performance, factory-prefabricated insulated sandwich panel solution designed for architects, contractors, and developers seeking a balance of fire safety, thermal efficiency, structural integrity, and fast-track installation.
Engineered with a three-layer composite construction – durable metal face sheets bonded to a high-density hydrophobic rock wool core – this system consolidates structural support, thermal insulation, and aesthetic finishing into a single, ready-to-install panel. The result is a building envelope solution that significantly reduces on-site labor, shortens project timelines, and delivers long-term energy savings.
Why Choose the HP Metal Curtain Wall System?
Key Advantage
Benefit
A1 Fire Rated
Non-combustible rock wool core; up to 4 hours fire resistance (150mm); Class A surface fire rating
Thermal Efficiency
U-value as low as 0.32 W/m²·k; reduces heating/cooling costs by up to 25%
Wind Load Resistance
Grade 9 (highest per GB/T 15227); withstands 12+ typhoon-force winds
Structural Flatness
Surface flatness ≤0.5mm/m; eliminates oil-canning and deformation
Fast Installation
Interlocking dry-hung assembly; 60% faster installation than aluminum veneer systems
Factory Direct Pricing
No middlemen; cost savings of 10%+ compared to traditional facade solutions
Durability
30+ year service life; 99.9% tensile strength retention after high-humidity exposure
Design Flexibility
Custom thicknesses 50-120mm; RAL color options; PVDF/POLYESTER/LUXACOTE coatings
Core Performance Features
A1 Fire Safety – Up to 4 Hours Protection
The HP system's rock wool core is naturally non-combustible, achieving A1 fire rating per GB8624-2012. Fire resistance testing per GB/T 9978-2008 confirms:
50mm thickness: 30-minute fire resistance
80mm thickness: 60-minute fire resistance
150mm thickness: 180-minute (3-hour) fire resistance
This critical fire protection is essential for high-rise buildings, airports, factories, hospitals, and any facility where occupant safety is paramount. Unlike PE-core or aluminum honeycomb panels that soften or combust under high temperatures, the HP system maintains structural integrity during fire events.
Thermal Insulation – Reducing Energy Costs
The high-density rock wool core delivers exceptional thermal performance with thermal conductivity values ranging from 0.60 to 0.32 W/m²·k depending on panel thickness. The thermally broken aluminum frame design, featuring enclosed empty chambers, further minimizes heat conduction and prevents thermal bridging. This integrated insulation approach meets 75% building energy conservation standards, significantly reducing annual HVAC operational costs.
Structural Strength & Wind Load Resistance
The three-layer sandwich construction provides superior flexural load-bearing capacity, with test values reaching 2.5 to 5.4 kN/m² (span 2000mm). This translates to wind resistance up to Grade 9 (the highest classification per GB/T 15227), capable of withstanding extreme weather events. The rigid composite structure distributes loads uniformly, eliminating localized stress concentration and maintaining surface flatness within ≤0.5mm per meter – a critical specification for large-span facades requiring visual consistency.
Acoustic Insulation – Noise Reduction
The dense rock wool core, combined with enclosed empty chambers within the thermal break profiles, delivers effective sound deafening performance. With an airborne sound insulation rating of 38dB for 100mm-thick panels, the HP system significantly reduces external noise penetration – essential for buildings located in urban centers or near transportation corridors.
Weather Resistance & Durability
The exterior face sheet features PVDF (LUXACOTE) or POLYESTER coating systems, offering exceptional UV resistance, color retention, and corrosion protection. Accelerated aging tests confirm:
Formaldehyde emission: E1 grade (GB 18580-2001) – safe for indoor use
Expected service life: 30+ years with minimal maintenance
The fastener-free fixation system allows for thermal expansion and contraction without stress concentration, preventing buckling, delamination, or surface deformation over decades of service.
E1 formaldehyde grade; National Eco-Building Materials Certification
Thermal & Structural Performance Data
Panel Type
Thickness (mm)
Weight (kg/m²)
Thermal Conductivity (W/m²·k)
Flexural Load (kN/m², span 2000mm)
NS
60 / 80 / 100 / 120
15 / 17.6 / 20.25 / 22.9
0.60 / 0.46 / 0.38 / 0.32
2.6 / 3.7 / 4.8 / 5.7
HP
60 / 80 / 100 / 120
14.4 / 17.1 / 19.65 / 22.28
0.60 / 0.46 / 0.38 / 0.32
2.5 / 3.6 / 4.5 / 5.4
FP
60 / 80 / 100 / 120
15 / 17.6 / 20.25 / 22.9
0.62 / 0.48 / 0.40 / 0.34
2.55 / 3.65 / 4.65 / 5.55
Installation & Construction Efficiency
The HP system employs a socket-and-plug interlocking assembly method with pre-embedded sealant strips, enabling rapid on-site installation without specialized welding or complex framing. Key construction advantages include:
Factory prefabrication: Panels arrive on-site ready for installation – no separate insulation layers required
Modular dry-hung assembly: Panel clip fixation system eliminates screw penetration on the exterior surface
Installation speed: Typical crew of 10 can install 60–80 m² per day – up to 60% faster than aluminum veneer systems
Project time savings: 30% shorter construction timeline compared to traditional multi-layer facades
Single-panel replaceability: Individual panels can be removed and replaced without disturbing adjacent panels, simplifying long-term maintenance
No middlemen: Factory-direct sourcing ensures competitive pricing and supply chain transparency
Applicable Standards & Certifications
Standard
Description
GB/T 23932-2009
Building Insulated Sandwich Panels with Metal Facings
JG/T 453-2019
Technical Standard for Application of Metal-faced Sandwich Panels
JGJ 133-2001
Technical Code for Metal and Stone Curtain Wall Engineering
GB/T 15227
Test Method for Curtain Wall Air Permeability, Watertightness & Wind Load
RAL colors, panel thicknesses, coating types, and surface textures
Free Samples
Try-before-you-buy program to verify quality and specifications
24/7 Global Support
Fast response to technical inquiries, project consultation, and after-sales support
Turnkey Solutions
Complete system supply from design through installation guidance
Project Time Guarantee
30% faster installation vs. traditional systems – reduced labor and overhead
Quick Selection Guide
Step
Consideration
Recommendation
1
Fire safety critical?
Choose HP – A1 rated, 4-hour fire resistance
2
Energy efficiency required?
Choose HP – U-value as low as 0.32 W/m²·k
3
Fast-track construction?
Choose HP – 30% shorter installation time
4
Budget control?
Choose HP – factory direct pricing, 10%+ cost savings
5
Design flexibility?
Choose HP – custom RAL colors, thicknesses, coatings
For project-specific technical recommendations, design support, or sample requests, contact our engineering team directly. We respond within 24 hours to all inquiries.
IW PU edge-sealed tongue and groove composite panel deploys the excellent waterproof properties of polyurethane, and by working together with rock wool, the new product manages to avoid the drawbacks associated with traditional panels. These panels excel significantly in waterproofing, thermal insulation, sound absorption, and raw material utilization. They are suitable for interior wall partitions and suspended ceilings.
The Glostar Rockwool Sandwich Panel is a high-performance, factory-prefabricated insulated panel engineered for building wall and roof applications requiring superior fire protection, thermal insulation, and structural strength. Featuring a high-density rockwool core (120-140kg/m³) , the panel delivers Class A fire resistance (non-combustible, GB8624 A1 grade), exceptional thermal insulation with thermal conductivity as low as 0.27 W/m²·k, and excellent acoustic absorption.
The panel construction comprises a durable metal face sheet (steel or aluminum) bonded to a 100% rockwool-filled core using high-strength adhesive. Available in standard thicknesses from 50mm to 250mm, widths from 500mm to 1200mm, and lengths up to 15,000mm, the system supports multiple surface patterns including mirror, corrugated, and mini-corrugated finishes. Unique design features—including reinforced fixing points, spaced back beams, and interlocking joints—ensure structural stability, easy installation, and long-term durability.
Fully compliant with GB/T 23932-2009 standards, the Glostar Rockwool Sandwich Panel is the ideal solution for industrial buildings, commercial facilities, cold storage, and high-rise construction where fire safety, thermal efficiency, and cost-effectiveness are paramount. Factory direct supply. Free sample available. 24/7 technical support.
The Glostar Metal Integrated Insulation Curtain Wall System – Framed Series is a stick-built, high-performance facade solution featuring a site-assembled aluminum or steel frame structure with factory-prefabricated insulated sandwich panels. As part of Glostar's integrated curtain wall family, the Framed Series combines the structural flexibility of traditional framed systems with the thermal performance, fire safety, and aesthetic quality of the MIICW panel system.
The system comprises vertical mullions and horizontal transoms installed on-site to form a grid framework, onto which the A1 fire rated rock wool core sandwich panels are securely fixed and sealed. The thermally broken aluminum frame profiles prevent thermal bridging, while the panels deliver thermal conductivity as low as 0.34 W/m²·k, Grade 9 wind load resistance, and surface flatness within ≤0.5mm/m. The panel exterior face features PVDF, HDP, PE, or SMP coatings for long-term weather resistance and color stability.
The Framed Series offers exceptional design flexibility—supporting large panel dimensions up to 2,000mm x 8,000mm, custom RAL colors, diverse surface textures, and integration with glazing systems for hybrid metal-and-glass facades. It is fully compliant with GB/T 23932-2009, JG/T 453-2019, and JGJ 133-2001 standards. Factory direct panel supply. Free design support. 24/7 global assistance.
NS Standardized Metal Insulation Curtain Wall System, Standardized Metal Curtain Wall, Insulated Metal Facade System, Thermal Break Curtain Wall, A2 Fire Rated Cladding, High-end Metal Building Envelope, Glostar
Starting from anti-corrosion aluminum honeycomb core and high-strength aluminum sheets, ELKOM honeycomb metal curtain wall is made under high temperature and pressure with specialized adhesives. This composite panel is lightweight, strong, and has a perfectly smooth surface. Moreover, its seam width, materials, and colors also come with various options, enabling the display of diverse wall surface effects. Honeycomb panel technology, which was widely applied in the aerospace industry, has been adopted in the construction sector for its unique functionality and aesthetics.
The Glostar Metal Integrated Insulation Curtain Wall System – FP is a factory-prefabricated sandwich panel solution engineered for high-rise buildings, healthcare facilities, pharmaceutical campuses, and public infrastructure projects. As a leading manufacturer, Glostar integrates structural support, thermal insulation, and aesthetic finishing into a single composite panel with a three-layer construction: PVDF or LUXACOTE coated aluminum face sheets, a high-density hydrophobic rock wool core, and a protective metal back sheet.
The rock wool core delivers Class A surface fire resistance (GB8624 A2 non-combustible) and fire resistance up to 60 minutes at 80mm thickness. The thermally broken aluminum frame design minimizes heat conduction, achieving thermal conductivity as low as 0.34 W/m²·k and supporting 75% building energy conservation standards. Independent testing confirms Grade 9 wind load resistance (GB/T 15227) and surface flatness within ≤0.5mm/m—eliminating the deformation issues common in single-layer aluminum veneer systems.
Available in thicknesses from 50mm to 120mm, with RAL Classic color options and PVDF/POLYESTER/LUXACOTE coatings, the FP system employs a socket-and-plug interlocking assembly that reduces on-site installation time by up to 60%. It meets GB/T 23932-2009, JG/T 453-2019, and JGJ 133-2001 standards, with E1 formaldehyde emission compliance for indoor applications. Factory direct pricing. Free design support. 24/7 global technical assistance.
The HP Metal Curtain Wall System is a premium insulated sandwich panel solution engineered for high-rise buildings, industrial facilities, and public infrastructure. Featuring a non-combustible rock wool core (A1 fire rated up to 4 hours) and PVDF-coated aluminum face sheets, this prefab curtain wall system delivers exceptional thermal insulation (U-value as low as 0.32 W/m²·k), superior wind load resistance (Grade 9), and outstanding structural rigidity with surface flatness ≤0.5mm/m.
As a factory-direct metal cladding manufacturer, we provide complete turnkey solutions from design to installation. Our interlocking panel system enables rapid on-site assembly, reducing construction time by up to 30% compared to traditional aluminum veneer systems. Available in 50-120mm thicknesses, custom RAL colors, and multiple coating finishes (PVDF/LUXACOTE/POLYESTER), the HP system meets GB/T 23932-2009 and JGJ 133-2001 standards. Free samples available. 24/7 global technical support.
The Glostar Metal Integrated Insulation Curtain Wall System – Modular Series is a factory-prefabricated, high-performance sandwich panel solution engineered for fast-track construction projects. As part of Glostar's integrated curtain wall family, the Modular Series combines the core advantages of the MIICW system—Class A surface fire resistance (GB8624 A2 non-combustible), high-density hydrophobic rock wool core, and thermally broken aluminum frames—with the construction efficiency of modular, pre-engineered panel units.
The system features a three-layer composite construction: PVDF, HDP, PE, or SMP coated aluminum face sheets, a rock wool insulation core, and a protective metal back sheet, all factory-bonded using two-component polyurethane adhesive. The system achieves thermal conductivity as low as 0.34 W/m²·k, Grade 9 wind load resistance per GB/T 15227, surface flatness within ≤0.5mm/m, and 30+ year durability. The socket-and-plug interlocking assembly enables rapid on-site installation, reducing construction time by up to 60% compared to traditional aluminum veneer systems.
Available in thicknesses from 50mm to 120mm, with RAL Classic color options and PVDF/HDP/PE/SMP coating selections. Fully compliant with GB/T 23932-2009, JG/T 453-2019, and JGJ 133-2001 standards, with E1 formaldehyde emission compliance. Factory direct pricing. Free design support. 24/7 global assistance.
The Glostar Metal Integrated Insulation Curtain Wall System – VF (Ventilation Function) is a factory-prefabricated, naturally ventilated facade solution that integrates operable opening vents into high-performance insulated metal sandwich panels. Engineered for high-rise office buildings, commercial towers, and public facilities, the VF system combines the core advantages of the Metal Integrated Insulation Curtain Wall series—Class A surface fire resistance (GB8624 A2 non-combustible), rock wool core insulation (U-value as low as 0.34 W/m²·k), and Grade 9 wind load resistance—with a built-in natural ventilation function that improves indoor air quality and reduces mechanical ventilation energy costs.
The system features a distinctive recessed unit design with solid opening vents positioned on the inner face, while ventilation louvers are integrated into the exterior projection—achieving a seamless architectural appearance without compromising facade aesthetics. The thermally broken aluminum frame, multi-seal rubber gaskets, and dense rock wool filling ensure excellent air tightness, water tightness, and acoustic insulation. Available in customized sizes, RAL Classic colors, and multiple coating options (PVDF/LUXACOTE/POLYESTER), the VF system supports three natural ventilation principles: single-sided ventilation, cross ventilation, and stack ventilation.
As a factory-direct prefabricated system, it reduces on-site installation time by up to 60% compared to traditional aluminum veneer + frame-assembled operable vents. Factory direct pricing. Free design support. 24/7 global technical assistance.
steel, stainless steel, or aluminum) bonded to insulation cores such as rock wool, glass-magnesium rock wool, gypsum rock wool, aluminum honeycomb, or magnesium oxysulfate through continuous lamination or hot-press molding. Prefab clean rooms offer excellent airtightness, fire resistance (A-class), corrosion resistance, easy cleaning, and modular flexibility. Common product types include hand-fabricated clean room panels (featuring tongue-and-groove or box-rib connections for high structural integrity), machine-formed clean room panels (cost-effective solutions for standard applications), and demountable wall panel systems (allowing quick reconfiguration). Read More
Sandwich panel rockwool (also known as IW rock wool sandwich panels, PU edge-sealed rock wool panels, or rock wool roof panels) are high-performance composite building components consisting of two metal face sheets (color coated steel, aluminum‑magnesium‑manganese alloy, or stainless steel) bonded to a rock wool insulation core through a continuous lamination or hot‑press molding process. These panels offer excellent fire resistance (A‑class), thermal insulation, soundproofing, high surface flatness, and easy installation. Read More
Clean room panels (also known as hand-fabricated clean room panels, machine-formed clean room panels, or rock wool clean room panels) are specialized composite building components designed for controlled environments requiring strict particle control, hygiene, and environmental stability. These panels consist of metal face sheets (color coated steel, stainless steel, or aluminum) bonded to an insulation core such as rock wool, glass-magnesium rock wool, gypsum rock wool, aluminum honeycomb, or magnesium oxysulfate through a continuous lamination or hot-press molding process. Read More
Comprehensive Service Provider For New Green Building Materials
