Thermal Break Aluminum Alloy Doors
  • Thermal Break Aluminum Alloy Doors Thermal Break Aluminum Alloy Doors
  • Thermal Break Aluminum Alloy Doors Thermal Break Aluminum Alloy Doors
  • Thermal Break Aluminum Alloy Doors Thermal Break Aluminum Alloy Doors

Thermal Break Aluminum Alloy Doors

Mingjue is a professional manufacturer of Thermal Break Aluminum Alloy Doors. As a metal door manufacturer, we accept bulk orders. Insulated aluminum alloy doors with broken bridges are an upgraded version of traditional aluminum alloy doors, combining the durability of aluminum alloy with excellent thermal insulation, sound insulation, and noise reduction properties. They are a mainstream mid-to-high-end door product in modern architecture.

Send Inquiry

Product Description

Mingjue factory's Thermal Break Aluminum Alloy Doors uses thermally broken aluminum alloy profiles as the core material. By embedding PA66 GF25 nylon thermal break strips within the aluminum alloy profile cavity to form an "aluminum-thermal break strip-aluminum" composite structure, it cuts off the heat conduction path of the metal profile. Combined with hollow tempered glass, multiple EPDM sealing strips, and high-precision hardware, it is an energy-saving door product that emphasizes energy saving and practicality in modern buildings, often simply referred to as an Thermal Break Aluminum Alloy Doorss.


Thermal Break Aluminum Alloy DoorsThermal Break Aluminum Alloy DoorsThermal Break Aluminum Alloy Doors


Product Features

1. More effective than ordinary aluminum alloy doors in blocking indoor and outdoor temperature exchange, reducing heat loss in winter and blocking high temperatures in summer, while also preventing condensation on the profiles due to temperature differences.


2. Excellent sealing, sound insulation, and waterproofing.

The Thermal Break Aluminum Alloy Doors features multiple EPDM sealing strips combined with an isobaric cavity structure design, significantly improving the door's water and air tightness, effectively preventing rainwater leakage and cold air backflow; the air layer of the double-glazed glass, combined with the sealing structure, achieves an airborne sound insulation of 30-40dB, effectively blocking external noise from traffic and neighbors, creating a quiet indoor environment.


3. Robust and Durable, Damage-Resistant and Corrosion-Resistant:

The Thermal Break Aluminum Alloy Doors uses high-strength aluminum alloy as its base material, offering strong resistance to deformation and impact. National standards stipulate a profile wall thickness ≥1.4mm, with ≥1.8mm available for entryways and high-rise applications, ensuring excellent structural stability. Aluminum alloy itself possesses excellent corrosion and oxidation resistance. Surface treatments such as spraying, electrophoresis, and wood grain transfer further enhance its anti-aging, anti-fading, and scratch resistance, requiring minimal daily maintenance.


4. Safe and Reliable, Multiple Protections

The aluminum alloy base material is non-combustible, meeting building fire safety requirements. The door is equipped with multi-point high-precision hardware, and the tempered glass has 3C mandatory certification. The entryway model can be upgraded with an anti-theft structure, offering both pry and impact resistance. It is also compatible with fingerprint locks, combination locks, and other smart locks, combining physical protection with intelligent security.


5. Highly decorative and widely adaptable

The surface can be achieved through processes such as spraying, electrophoresis, and wood grain transfer to obtain a variety of colors and textures, including matte, glossy, wood grain, and metallic colors, suitable for various architectural styles such as Chinese, European, and modern minimalist; it offers a variety of opening methods, including hinged doors, sliding doors, folding doors, and hanging doors, and can be customized to meet specific apartment layout needs, suitable for various application scenarios such as entrances, balconies, interior partitions, and floor-to-ceiling windows.


6. Practical, convenient, and cost-effective

The door is significantly lighter than pure copper doors and solid wood armored doors. The Thermal Break Aluminum Alloy Doors has low requirements for wall load-bearing capacity and is easy to install; the overall cost is lower than high-end pure copper doors and solid wood doors, yet it achieves multiple functions such as heat insulation, sound insulation, and durability; post-installation maintenance is simple, requiring only regular wiping and cleaning, with no special maintenance needs, resulting in low long-term operating costs.


Parameter Information

Color Standard Solid Colors (Powder / Electrophoresis Mainstream):White, Porcelain Gray, Dark Gray, Ultra-narrow Black, Champagne Gold, Light Coffee, Coffee, Sand Gray
High-end Custom Colors (Fluorocarbon Spraying):Metallic Gray, Antique Bronze, Copper-like Color (suitable for villa entry doors), Morandi color series, Matte Black
Wood Grain Colors (Wood Grain Transfer):Oak Grain, Walnut Grain, Teak Grain, Rosewood Grain, Red Oak (can match solid wood furniture color series)
Dual-color Customization
Thickness 50mm / 55mm / 60mm
Material 6063-T5/T6 Thermal Break Aluminum Alloy, PA66 GF25 Nylon Thermal Break Strip, Tempered Insulating Glass, EPDM Sealing Strip
Surface Finish Powder Coating, Electrophoresis Coating, Wood Grain Transfer, Fluorocarbon Spraying
Service Life 20-30 years


Application Case

A high-rise residential building: This building uses Insulated Aluminum Alloy Doors with Broken Bridges, which are aesthetically pleasing and offer excellent thermal insulation, sound insulation, burglarproofing, and corrosion resistance, providing residents with a comfortable and safe living environment.

Thermal Break Aluminum Alloy Doors

Hot Tags: Thermal Break Aluminum Alloy Doors
Related Categories
Send Inquiry
Please feel free to fill your inquiry in the form below. We will reply you in 24 hours.
X
We use cookies to offer you a better browsing experience, analyze site traffic and personalize content. By using this site, you agree to our use of cookies. Privacy Policy