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Morrison Aluminum Glazing Systems Ltd.

Curtain Wall Systems

From standard glazing to high-performance thermal envelopes, our curtain wall lineup covers a range of commercial and institutional building needs. Morrison Aluminum Glazing Systems handles on-site installation and project management, with extrusions supplied and fabricated by Acro Aluminum.

✓ Thermal Performance ✓ Structural Strength ✓ Custom Configurations ✓ Large-Span Glazing

Compare Our Systems

Curtain Wall Systems Compared

Same attributes, lined up across every system, so you can see exactly where each one gains or gives up performance before you talk to our commercial team.

2000 Non-Thermal Curtain Wall system profile
Non-Thermal

2000 Series

2000-T Series Thermal Curtain Wall system profile
Thermal

2000-T Series

3000 Thermal Curtain Wall system profile
Thermal

3000 Series

Frame Width
2″
2″
2½″
Back Section Depth
4″
4″
5⅛″ or 8″
Overall Depth (with cap)
6″
6″
7⅜″ with 5⅛″ back section · 10¼″ with 8″ back section
Thermal Break
None
Polyurethane pour & debridge
Polyamide thermal strut
U-Factor (NFRC Modeled)
3.23 W/m²·K (clear) down to 2.02 (with Low-E)
Confirm current project data
2.81 W/m²·K (clear) down to 1.58 (with Low-E)
Glazing Infill
1″ dual glazed
1″ dual glazed
1″ dual or 1¾″ triple
Glazing Method
Outside glazed, captured
Outside glazed, captured
Captured, 2-side or 4-side SSG
Structural Rating (Intertek Tested)
3600 Pa design / 5400 Pa overload
Confirm current project data
3600 Pa design / 5400 Pa overload
Water Penetration (Intertek Tested)
None at 720 Pa (15 psf)
Confirm current project data
None at 720 Pa (15 psf)
Best For
Interior & value projects
Slim profile + thermal need
Institutional, high-rise

More on Each System

System Details

On mobile, tap a system below to expand full specs.

2000 Series Non-Thermal Curtain Wall
2000 Non-Thermal Curtain Wall system profile

Our entry-point option

Frame Width2″ Back Section4″ Thermal BreakNone U-Factor3.23–2.02 Best ForInterior & value projects

A straightforward, durable aluminum curtain wall for projects where thermal separation isn't the top priority, but a clean commercial-grade envelope still is. Built around a slim 2 inch profile with a 4 inch back section, it shares mounting and detailing logic with our commercial door and vent window lines.

Key Features
  • Injection-molded corner block for water management
  • Pressure-equalized rainscreen design
  • 6063-T5 aluminum construction
  • Concealed shear block joinery
  • Shares detailing logic with commercial doors & vent windows
Performance Data
U-Factor (NFRC Modeled)3.23 W/m²·K clear · 2.02 with Low-E
Structural (Intertek Tested)3600 Pa design / 5400 Pa overload
Water PenetrationNone at 720 Pa
Typical Applications
Interior glazing Value-driven projects Commercial envelopes
Color & Finish Options
Clear Anodized Dark Bronze Anodized Mill Finish Custom Painted Colors

Clear Anodized, Dark Bronze Anodized and Mill Finish are standard. Custom painted colors are available and require additional lead time.

Read full description

Built around a slim 2 inch profile with a 4 inch back section (6 inch overall depth with cap), this non-thermal curtain wall supports commercial glazed-facade applications. The available NFRC thermal report models U-Factors from 3.23 W/m²·K for the documented clear-glass configuration to 2.02 W/m²·K for the documented Low-E configuration. The available Intertek report records 3600 Pa design pressure, 5400 Pa overload and no water penetration observed at 720 Pa for its tested specimen and conditions. These report values are not universal installed performance; confirm the proposed glass, spans, anchors, perimeter seals and project requirements against current documentation.

2000-T Series Thermal Curtain Wall · Thermal
2000-T Series Thermal Curtain Wall system profile

The middle ground

Frame Width2″ Back Section4″ Thermal BreakPolyurethane U-FactorPending Best ForSlim profile + thermal need

Same compact 2 inch sightline as our non-thermal system, but with a solid polyurethane pour and debridge thermal break running the full length of the frame — the pick if your envelope needs to hit a thermal target without giving up a slim sightline.

Key Features
  • Polyurethane pour & debridge thermal break, true non-metal-to-metal separation
  • 6063-T6 aluminum construction
  • Concealed shear block joinery
  • Same rainscreen detailing as full curtain wall lineup
  • Improved condensation resistance vs. non-thermal system
Performance Data
U-Factor (NFRC Modeled)Pending — validation testing in progress
Structural (Intertek Tested)Pending — validation testing in progress
Water PenetrationPending — validation testing in progress
Typical Applications
Thermal-target envelopes Slim sightline projects Budget-conscious thermal builds
Color & Finish Options
Clear Anodized Dark Bronze Anodized Mill Finish Custom Painted Colors

Clear Anodized, Dark Bronze Anodized and Mill Finish are standard. Custom painted colors are available and require additional lead time.

Read full description

Same compact 2 inch sightline and 4 inch back section as our non-thermal system, but with a solid polyurethane pour and debridge thermal break running through the frame — a two-part polyurethane resin is poured into the extrusion under precision-controlled manufacturing conditions and cured into a rigid structural core, then the connecting aluminum web is milled away entirely, leaving a true non-metal-to-metal break between the interior and exterior faces. Because the resin bonds tightly to the aluminum on both sides, the result is a continuous thermal barrier along the full length of the frame, with no metal bridge left to conduct heat or cold through — which translates to improved thermal performance and better resistance to interior condensation compared to a system with no break at all. It shares the same 6063-T6 construction, concealed shear block joinery and rainscreen detailing as the rest of our curtain wall lineup. If your building envelope needs to hit a thermal target but you're locked into a slim sightline for aesthetic or budget reasons, this is usually where we start the conversation. Please note: this system is currently in final development — performance data and test results will be published once validation testing is complete. Reach out to our commercial team for current availability and project timelines.

3000 Series Thermal Curtain Wall
3000 Thermal Curtain Wall system profile

Built for demanding envelopes

Frame Width2½″ Back Section5⅛″ or 8″ Thermal BreakPolyamide strut U-Factor2.81–1.58 Best ForInstitutional, high-rise

Sized at 2½ inches wide with a polyamide thermal strut fully separating interior from exterior aluminum, available in two back-section depths — 5⅛″ (7⅜″ overall with cap) or 8″ (10¼″ overall with cap) — to match taller or wider openings without changing the exterior sightline. The pick for demanding, higher-performance envelopes.

Key Features
  • Polyamide thermal strut, full interior/exterior separation
  • 5⅛″ back section (7⅜″ overall depth with cap) or 8″ back section (10¼″ overall depth with cap)
  • Captured, 2-side SSG or 4-side SSG glazing methods
  • Same structural & water performance as 2000 Series
  • Flexible for mullion-and-cap or minimal glass-first facades
Performance Data
U-Factor (NFRC Modeled)2.81 W/m²·K clear · 1.58 with Low-E
Structural (Intertek Tested)3600 Pa design / 5400 Pa overload
Water PenetrationNone at 720 Pa
Typical Applications
Institutional buildings High-rise facades Large-span glazing
Color & Finish Options
Clear Anodized Dark Bronze Anodized Mill Finish Custom Painted Colors

Clear Anodized, Dark Bronze Anodized and Mill Finish are standard. Custom painted colors are available and require additional lead time.

Read full description

The 3000 Series uses a 2½ inch face and a polyamide thermal strut. Documented back-section options are 5⅛ inches (7⅜ inches overall with cap) and 8 inches (10¼ inches overall with cap). The available NFRC report models U-Factors from 2.81 W/m²·K for the documented clear-glass configuration to 1.58 W/m²·K for the documented Low-E configuration. The available Intertek report records 3600 Pa design pressure, 5400 Pa overload and no water penetration observed at 720 Pa for its tested specimen and conditions. Captured, 2-side SSG and 4-side SSG glazing methods are documented. Final selection requires current engineering, glass, spans, reinforcement, anchors, perimeter seals and project-condition review.