Smart Lock & Lock Body
A smart-lock interface paired with an internal multi-point lock body. Access functions and battery backup are confirmed by model.
Interactive assembly study
Look inside a thermal-break aluminum door.
Look inside a thermal-break aluminum door.
Engineered from the inside.
Rotate the assembly, open its construction layers and inspect the parts that influence security, weather resistance, thermal performance and finish. Built as a representative 10-part model for project discussion.
Drag to rotate · Scroll to zoom · Select a part
Loading structural model
From Appearance To Assembly
A door is not one panel. It is a controlled system of layers.
The visible finish is only the outer skin. Security comes from the reinforcement and lock body, thermal behavior depends on the break profile and infill, and long-term performance depends on seals, hinges and installation.
This explorer gives buyers and project teams a shared way to discuss those layers before selecting a model or approving a sample.
Illustrative view: the exploded model is not to scale. Material thickness, profile geometry, infill, reinforcement and hardware vary by product and project. Confirm the final build against the approved drawing, sample and quotation.
Front Decorative Panel
The exterior aluminum face carries the approved pattern and finish, selected for the destination climate and project design.
Reinforced Steel Plate
An internal steel layer adds rigidity behind the decorative face. Gauge and scope depend on the security specification.
Internal Reinforcement Frame
Vertical and horizontal reinforcement distribute impact loads and keep the leaf geometry stable.
Honeycomb / PU Infill
Aluminum honeycomb or PU foam can be selected as the core. The choice affects weight, thermal and acoustic behavior, cost and documentation.
Inner Door Panel
The inner skin completes the leaf and can follow the exterior finish or use a contrasting interior treatment.
Thermal-Break Leaf Frame
The leaf edge combines the structural profile, PA66 thermal strip, edge banding and an optional stainless bottom sill.
EPDM Sealing System
Continuous EPDM seals reduce air, water and dust ingress and support acoustic separation around the opening.
Thermal-Break Outer Frame
The opening frame anchors the system into the wall and separates the exterior and interior thermal paths.
Heavy-Duty Hinges
Hinge quantity, load rating and finish are selected for leaf weight, opening direction and expected frequency of use.
Configure The Assembly
Build a specification, not just a look.
Select the hardware, infill and finish direction. The 3D model reflects the selected core and surface, while the quotation summary carries the full specification into the inquiry.
01
Lock system / 锁具
02
Infill / 填充层
03
Exterior finish / 表面
04
Glazing / 玻璃
05
Hardware / 五金
06
Handing / 开向
07
Opening size / 尺寸
08
Project type / 项目
Performance Logic
Three systems decide how the door performs.
Structural leaf
Reinforcement, steel layers and a correctly specified lock body work together to resist impact and keep the leaf stable.
Thermal separation
The thermal-break frame, infill and glass build-up are selected as a system. The profile alone does not determine the final performance.
Sealing and hardware
EPDM seals, hinges, handing and installation tolerances determine whether the assembly closes cleanly and stays weather-tight.
Visible components
From the smart-lock face to the inner frame and EPDM seal, the model separates the parts a buyer should understand before comparing prices.
Project decisions
Security, climate, finish, dimensions and hardware should be agreed before a representative sample is approved.
Approved assembly
The quotation should describe the leaf, frame, infill, lock, seals, hinges and finish as one coordinated system.
FAQ
Questions about the structure model.
Is this an exact engineering drawing?
No. The interactive view is a representative, not-to-scale product structure model. Layer thickness, internal reinforcement, infill, hardware and profile sections vary by door model. Final details are confirmed against the approved drawing and sample.
Does every door use all ten components shown?
The ten-part model explains the construction logic of a thermal-break aluminum entrance-door system. Specific models can omit, combine or substitute layers to suit security, climate, budget and certification requirements.
What does a thermal break do?
A thermal break places a low-conductivity material, commonly a polyamide strip, between the exterior and interior aluminum sections. It reduces direct heat transfer through the metal; the complete system also depends on glass, seals, infill and installation.
Can the finish and hardware be customized?
Powder coating, anodizing, wood-grain finishes, two-tone treatments, glass options, handles and access-control preparation can be reviewed. The available combinations are confirmed for the selected model and order quantity.
Should I choose PU foam or aluminum honeycomb?
PU foam is selected where thermal and acoustic fill are priorities; its weight and fire performance depend on the specified density and grade. Aluminum honeycomb offers high stiffness-to-weight and good panel flatness for larger leaves. The final choice must be checked against the leaf size, required performance and approved test documents.
Can the door be prepared for a smart lock?
Yes, where the selected lock body, leaf construction and door handing are compatible. Confirm the required access methods, battery backup, door thickness, mortise dimensions and any wiring before the quotation is approved. The 3D view is illustrative; the exact lock template comes from the selected hardware model.
What information is needed for a quotation?
Send the opening schedule or dimensions, quantity, wall construction, door handing, material and finish direction, glass, hardware, required performance and destination. Drawings and reference photos help confirm the system before pricing.
Project Inquiry
Discuss this door structure with our project team.
Share the product type, dimensions, quantity, destination and target timeline. We review the opening sizes, configuration, glass, hardware and delivery requirements before preparing a quotation.
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Shiwan Subdistrict, Chancheng District, Foshan City, Guangdong Province, China