aPlank in Dallas: Coating Standards, Custom Profiles & Accelerated Facade Design
Coating Standards, Custom Profiles
& Accelerated Facade Design
aPlank recently spent time in Dallas presenting to leading architecture and construction teams alongside NVLP Materials — covering high-performance aluminum facade systems, coating standards, and how 3D prototyping is reshaping the way teams design and specify exterior cladding.
AAMA 2605 vs AAMA 2604: Why It Matters for Facade Performance
One of the most technically detailed conversations of the trip centered on aluminum coating standards — specifically the difference between AAMA 2605 and AAMA 2604, and what that choice means for a building's facade over time. In demanding climates like Texas, the distinction directly affects how a building looks and performs a decade after completion.
AAMA 2605
- Superior UV resistance & color retention
- Enhanced protection against chalking & fading
- Designed for high-end architectural applications
- Best long-term value in harsh climates
- Preferred standard for commercial & multifamily
AAMA 2604
- Good performance for mid-range applications
- Lower upfront cost
- Reduced long-term durability vs. 2605
- Suitable for less exposed conditions
- May require earlier refinishing cycles
Extruded aluminum ventilated cladding — strata profile with AAMA 2605 high-performance coating.
For architects and developers specifying exterior cladding, AAMA 2605 coatings represent the stronger long-term investment — maintaining both appearance and performance across the building's lifecycle, especially in sun-intensive markets like Dallas and the broader Southwest.
Explore aPlank panel specifications →"By removing the cost barrier around die changes, architects can iterate freely — refining designs earlier in the process rather than locking in too soon."
— aPlank Dallas Presentations, in collaboration with NVLP MaterialsThe Extrusion Die Process: Designing Custom Aluminum Profiles
Every custom aPlank profile starts with a precision-engineered extrusion die — the tool that determines not just the shape of the panel, but its structural behavior and architectural expression. Understanding this process helps design teams make better decisions earlier, before fabrication begins.
Profile Design
Geometry is developed based on architectural intent, structural requirements, and system integration — head, jamb, sill, and field conditions.
3D Prototype
Before any die is cut, a physical 3D-printed prototype is produced — allowing the design team to evaluate proportion, shadow lines, and fit in hand.
Die Engineering
Once the profile is confirmed, the extrusion die is precision-machined. This is the point of commitment — and 3D prototyping ensures teams arrive here with confidence.
Extrusion & Coating
Aluminum billets are extruded through the die and finished with the specified AAMA coating — woodgrain, solid color, or custom finish.
3D Printed Prototypes: Accelerating Design Without Added Cost
A 3D-printed prototype of a custom aluminum extrusion profile — evaluated before die commitment.
One of the most talked-about parts of the Dallas presentations was aPlank's use of 3D printing to prototype aluminum profiles before committing to extrusion dies. This changes the economics of custom facade design in a meaningful way — teams can physically evaluate a profile, propose changes, and iterate without the cost typically associated with die modifications.
The result is a faster, more collaborative design process where architects can explore more ambitious facade solutions, adjust details in real time, and reduce redesign risk before fabrication begins.
Explore finish & profile options →Faster Cycles & Greater Creative Freedom
Together, AAMA 2605 coatings, custom extrusion capabilities, and rapid prototyping shift how facade systems are developed from the ground up. Instead of locking into a design early due to cost or fabrication constraints, teams can explore more creative solutions, make informed adjustments, and arrive at better outcomes for both aesthetics and constructability.
Collaboration Across Design & Construction Teams
Working with NVLP Materials and engaging with firms like VLK Architects, GFF, BakerTriangle, and Vaden's Acoustics & Drywall reinforced what drives the best facade outcomes: early, open coordination between design teams, trade partners, and facade system providers. The Dallas conversations were a strong reminder that the most durable, well-detailed buildings start with the right people in the room early.
