Aluprof MB-60HI High-Insulation Aluminum Window System | Uf 1.4 | Commercial and Residential Energy Efficiency

Name: Aluprof MB-60HI High-Insulation Aluminum Window System | Uf 1.4 | Commercial and Residential Energy Efficiency
Brand: Aluprof
Availability: InStock

$0.00

970 in stock

The Aluprof MB-60HI is an advanced, thermally broken aluminum system designed for modern construction projects that demand superior thermal performance.

As the "HI" (High Insulation) version of the popular MB-60 line, it uses special insulating inserts within its 3-chamber profiles to drastically minimize heat transfer.

This system provides an excellent balance of slim aluminum aesthetics, robust strength, and energy efficiency.

It is highly versatile, perfect for constructing a wide range of windows and doors for both new buildings and high-standard refurbishments.

Orders over $800 ship free
30 day returns

Material & Dimensions

Performance and Ratings

Frame Thermal Insulation (Uf): 1.4 W/(m squared K).
Air Permeability: Class 4 (The highest possible rating).
Watertightness: Class E900 (Tested to 900 Pa).
Wind Load Resistance: Class C5.
Acoustic Reduction (Rw): Up to 42 dB with specialized glass packages.

Construction Details

Profile Structure: Stable, high-strength 3-chamber aluminum system.
Frame Depth: 60 mm.
Sash (Vent) Depth: 69 mm.
Glazing Thickness Range: Supports insulated glass or panel thickness from 5 to 47 mm.
Maximum Vent Weight: Up to 120 / 130 kg.

Key Features and Applications

Enhanced Thermal Barrier: Achieves its high insulation values by incorporating special insulating inserts between the thermal breaks.
High Strength: Allows for the construction of large glass surfaces while maintaining excellent structural stability.
Window Variety: Suitable for all common operating types, including:
Fixed windows
Tilt windows
Turn windows
Tilt and turn windows
Pivot windows
Aesthetic Flexibility: Compatible with concealed hardware for a cleaner, modern look.
Finishing Options: Available in a full spectrum of finishes, including the entire RAL color range in powder-coated, metallic, and anodized options.

Shipping & Returns

Shipping Policy

Shipping Time: Standard shipping takes 5-7 business days. Expedited options are available at checkout.
Shipping Areas: We ship to all contiguous U.S. states. No shipping to Alaska, Hawaii, or international addresses.
Tracking: A confirmation email with a tracking number is sent once your order is shipped.

Returns Policy

Return Window: Returns are accepted within 30 days of delivery.
Return Process: Contact us with your order number and reason for return. We will provide return authorization and instructions.
Refunds: Once we receive and inspect the returned item, a refund will be issued to your original payment method within 7-10 business days. Shipping fees are non-refundable.

For questions or concerns, contact customer service at contact us.

Gabriel Immo Supply

We work alongside architects and designers to identify appropriate materials for performance, finish, and aesthetic intent.

Our team translates client concepts into viable product recommendations, providing the technical clarity needed for accurate specification.

Client Experience

We believe the process should feel as refined as the product.

Every engagement is personal, efficient, and design-led—grounded in trust and guided by the pursuit of excellence.

From the first inquiry to final delivery, our focus is on clarity, communication, and craft.

Learn more

Reliable Shipping

Coordinated deliveries across the U.S. with trusted freight partners.

Dedicated Support

Personalized assistance from initial inquiry to final installation.

Damage Protection

Every shipment is inspected and insured — if it arrives damaged, we’ll make it right.

Flexible Ordering

Order by the crate, pallet, or custom project quantities to suit your needs.

Aluprof MB-60HI High-Insulation Aluminum Window System | Uf 1.4 | Commercial and Residential Energy Efficiency

Aluprof MB-60HI High-Insulation Aluminum Window System | Uf 1.4 | Commercial and Residential Energy Efficiency