KONIFER CW-250 UHP System
Ultra High Performance Curtain Wall System
KONIFER CW-250UHP is an ultra high-performance curtain wall platform engineered for landmark architectural projects, high-rise towers, premium institutional developments, and complex building envelope applications requiring exceptional thermal efficiency, structural capability, and long-term durability.
Developed for the next generation of Canadian façades, the CW-250UHP system combines advanced thermal technology, reinforced structural design, pressure-equalized rain screen performance, and refined architectural sightlines into a sophisticated high-performance envelope solution.
Because modern buildings apparently need to be:
• Lighter,
• Stronger,
• Taller,
• More energy efficient,
• More transparent,
• And somehow less expensive at the same time.
Physics continues to object, but engineering negotiates the compromise.
Developed for the next generation of Canadian façades, the CW-250UHP system combines advanced thermal technology, reinforced structural design, pressure-equalized rain screen performance, and refined architectural sightlines into a sophisticated high-performance envelope solution.
Because modern buildings apparently need to be:
• Lighter,
• Stronger,
• Taller,
• More energy efficient,
• More transparent,
• And somehow less expensive at the same time.
Physics continues to object, but engineering negotiates the compromise.
SYSTEM OVERVIEW
Product Classification
Ultra High Performance Thermally Enhanced Curtain Wall System
Typical Applications
• High-rise commercial towers
• Signature architectural façades
• Premium mixed-use developments
• Institutional campuses
• Healthcare facilities
• Government and civic projects
• Airport and transportation facilities
• Large-span glazed structures
• Climate-sensitive envelope applications
• High-rise commercial towers
• Signature architectural façades
• Premium mixed-use developments
• Institutional campuses
• Healthcare facilities
• Government and civic projects
• Airport and transportation facilities
• Large-span glazed structures
• Climate-sensitive envelope applications
MATERIALS
Structural Aluminum Extrusions
• Heavy-duty architectural aluminum extrusions
• 6063-T6 alloy construction
• Engineered for increased structural loading and long-span performance
Ultra High Performance Thermal Barrier System
• Advanced multi-stage thermal separation technology
• Optimized thermal continuity between interior and exterior framing components
• Designed for superior thermal efficiency and condensation resistance
High Performance Glazing Compatibility
Supports:
• Double glazed IGUs
• Triple glazed IGUs
• Jumbo glass configurations
• Low-E glazing systems
• Solar control glazing
• Laminated and acoustic glazing
• Spandrel and shadow box systems
Multi-Stage Weather Sealing
• Advanced Santoprene gasket systems
• Pressure-equalized rain screen design
• Controlled drainage and ventilation chambers
• Enhanced air and water management pathways
Structural Reinforcement Capability
• Reinforced mullion integration
• Steel reinforcement compatibility
• Increased span and wind-load capability
• High-rise structural adaptation
Architectural Finish Options
• Clear anodized
• Black anodized
• Bronze anodized
• Heavy-duty architectural aluminum extrusions
• 6063-T6 alloy construction
• Engineered for increased structural loading and long-span performance
Ultra High Performance Thermal Barrier System
• Advanced multi-stage thermal separation technology
• Optimized thermal continuity between interior and exterior framing components
• Designed for superior thermal efficiency and condensation resistance
High Performance Glazing Compatibility
Supports:
• Double glazed IGUs
• Triple glazed IGUs
• Jumbo glass configurations
• Low-E glazing systems
• Solar control glazing
• Laminated and acoustic glazing
• Spandrel and shadow box systems
Multi-Stage Weather Sealing
• Advanced Santoprene gasket systems
• Pressure-equalized rain screen design
• Controlled drainage and ventilation chambers
• Enhanced air and water management pathways
Structural Reinforcement Capability
• Reinforced mullion integration
• Steel reinforcement compatibility
• Increased span and wind-load capability
• High-rise structural adaptation
Architectural Finish Options
• Clear anodized
• Black anodized
• Bronze anodized
FEATURES
Ultra High Thermal Performance
Advanced thermal barrier technology designed to support demanding energy performance objectives and improved occupant comfort in Canadian climate conditions.
Enhanced Structural Capability
Engineered for increased wind pressures, larger glazing spans, and complex structural façade applications commonly associated with high-rise construction.
Pressure Equalized Rain Screen Technology
Compartmentalized drainage systems and vented glazing pockets provide enhanced moisture management under severe weather exposure.
Refined Modern Sightlines
Minimalist exterior appearance designed to support contemporary architectural aesthetics without compromising structural performance.
Canadian Climate Optimized
Developed specifically for:
• Extreme thermal cycling
• High wind regions
• Freeze-thaw environments
• Snow and ice exposure
• High moisture climates
• Long-term façade durability requirements
Large Format Glazing Support
Accommodates oversized insulated glazing units for expansive vision areas and premium façade design concepts.
Advanced Water Management
Advanced thermal barrier technology designed to support demanding energy performance objectives and improved occupant comfort in Canadian climate conditions.
Enhanced Structural Capability
Engineered for increased wind pressures, larger glazing spans, and complex structural façade applications commonly associated with high-rise construction.
Pressure Equalized Rain Screen Technology
Compartmentalized drainage systems and vented glazing pockets provide enhanced moisture management under severe weather exposure.
Refined Modern Sightlines
Minimalist exterior appearance designed to support contemporary architectural aesthetics without compromising structural performance.
Canadian Climate Optimized
Developed specifically for:
• Extreme thermal cycling
• High wind regions
• Freeze-thaw environments
• Snow and ice exposure
• High moisture climates
• Long-term façade durability requirements
Large Format Glazing Support
Accommodates oversized insulated glazing units for expansive vision areas and premium façade design concepts.
Advanced Water Management
PERFORMANCE
Structural Performance
Engineered to accommodate demanding project-specific structural loading requirements including:
• High wind pressures
• Increased mullion spans
• Large glazing loads
• Dynamic façade movement considerations
Thermal Performance
Designed to support enhanced building envelope efficiency through:
• Reduced thermal bridging
• Improved thermal continuity
• Enhanced interior comfort
• Reduced energy transfer
Air Infiltration Resistance
Precision-engineered framing systems and advanced gasket configurations assist in minimizing uncontrolled air leakage.
Water Penetration Resistance
Pressure-equalized rain screen principles provide superior resistance against wind-driven rain and moisture infiltration.
Condensation Resistance
Advanced thermal separation strategies assist in reducing condensation formation and improving interior environmental performance.
Acoustic Performance
Compatible with high-performance acoustic glazing systems for enhanced sound attenuation in urban and institutional environments.
Engineered to accommodate demanding project-specific structural loading requirements including:
• High wind pressures
• Increased mullion spans
• Large glazing loads
• Dynamic façade movement considerations
Thermal Performance
Designed to support enhanced building envelope efficiency through:
• Reduced thermal bridging
• Improved thermal continuity
• Enhanced interior comfort
• Reduced energy transfer
Air Infiltration Resistance
Precision-engineered framing systems and advanced gasket configurations assist in minimizing uncontrolled air leakage.
Water Penetration Resistance
Pressure-equalized rain screen principles provide superior resistance against wind-driven rain and moisture infiltration.
Condensation Resistance
Advanced thermal separation strategies assist in reducing condensation formation and improving interior environmental performance.
Acoustic Performance
Compatible with high-performance acoustic glazing systems for enhanced sound attenuation in urban and institutional environments.
ENGINEERING & CODE CONSIDERATIONS
KONIFER CW-250 UHP systems are engineered with consideration for:
• Alberta Building Code
• National Building Code of Canada (NBCC)
• CSA standards
• ASTM performance standards
• Structural wind loading
• Thermal expansion and contraction
• Building envelope integration
• Long-term façade serviceability
• Alberta Building Code
• National Building Code of Canada (NBCC)
• CSA standards
• ASTM performance standards
• Structural wind loading
• Thermal expansion and contraction
• Building envelope integration
• Long-term façade serviceability
OPTIONAL CONFIGURATIONS
• Horizontal feature caps
• Vertical feature caps
• Structural silicone glazing adaptation
• Triple glazing compatibility
• Deep mullion reinforcement
• High-performance thermal upgrades
• Custom color combinations
• Interior/exterior dual finish options
• Vertical feature caps
• Structural silicone glazing adaptation
• Triple glazing compatibility
• Deep mullion reinforcement
• High-performance thermal upgrades
• Custom color combinations
• Interior/exterior dual finish options
KONIFER CW-250 UHP System
DESIGN PHILOSOPHY
The KONIFER
CW-250UHP platform
was developed to
deliver:
CW-250UHP platform
was developed to
deliver:
Ultra high thermal
efficiency
efficiency
Advanced structural
performance
performance
Contemporary
architectural aesthetics
architectural aesthetics
Long-term envelope
durability
durability
Precision fabrication
quality
quality
Constructability-focused
engineering
engineering
Because premium
façades are no longer
judged only by
appearance.
They are evaluated by:
façades are no longer
judged only by
appearance.
They are evaluated by:
energy performance,
lifecycle durability,
occupant comfort,
constructability,
maintenance
accessibility,
accessibility,
and whether the façade
consultant decides to
invent twelve additional
review comments three
days before tender
close.
consultant decides to
invent twelve additional
review comments three
days before tender
close.
A deeply Canadian
construction tradition.
construction tradition.
