MB-77HS HI Quadruple Sliding Door with Two Fixed Panels by Aluprof offers advanced sliding system technology designed for spacious, modern interiors. This robust door combines smooth quadruple sliding functionality with high insulation performance, enhancing energy efficiency and style.
Properties
Product Code: 000
Category: Sliding Systems
Material Properties
Used Material:
Please refer to the technical document.
Durability:
High durability suitable for building facades and architectural applications.
Product Attribute Symbols
Dimensions
Length (cm): Please refer to the technical document.
Width (cm): 7.7
Height (cm): Please refer to the technical document.
Volume (cm³): Please refer to the technical document.
Assembly and Installation Instructions
Assembly: Professional installation recommended according to Aluprof guidelines.
Assembly Tools: Standard door installation tools including drills, screwdrivers, and levelling instruments.
Assembly Instructions: Please refer to the installation manual.
Professional Help: Contact certified Aluprof installers or technical support for assistance.
Care and Cleaning Instructions
Cleaning Instructions: Clean with a soft cloth and mild detergent. Avoid abrasive cleaners.
Care Instructions: Regularly check and maintain sliding mechanisms to ensure smooth operation.
Recommended Cleaning Materials: Soft cloth, non-abrasive sponge, mild detergent.
Safety and Quality Documents
No File
Images
Pricing and Payment Conditions
Pricing Policy: Please contact the sales team.
Payment Options: Credit card, bank transfer, and financing available upon request.
Delivery Period: Please contact the sales team.
Minimum Order Quantity: 1 unit
Warranty and Servicing Information
Warranty Period: 2 years
Warranty Coverage: Covers manufacturing defects and operational failures under normal usage.
Service Contact : Please contact the sales team.
References
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MB-77HS HI Quadruple Sliding Door with Two Fixed Panels by Aluprof
The MB-77HS HI Quadruple Sliding Door with Two Fixed Panels from Aluprof redefines modern architecture within the Sliding Systems category. Engineered for optimal thermal insulation and smooth operation, this advanced sliding door system combines sophistication, durability, and expansive glass surfaces, perfect for contemporary living spaces and commercial applications.
This innovative door system features a high insulation (HI) profile that maximizes energy efficiency while ensuring a sleek aesthetic. The quadruple sliding configuration allows for flexible space management, providing expansive openings and seamless indoor-outdoor transitions. Equipped with two fixed panels, the MB-77HS HI balances stability and visual openness, offering expansive views without compromising on strength or weather resistance. Crafted from premium materials and cutting-edge technology, it guarantees long-lasting performance, effortless sliding motion, and enhanced security.
High thermal insulation for energy-efficient environments
Quadruple sliding door system allows wide, flexible openings
Two fixed panels provide structural stability and expansive views
Durable aluminum construction with modern design aesthetics
Silent and smooth sliding mechanism for user comfort
Weather-resistant sealing ensures protection against elements
Security features integrated for enhanced safety
Contemporary residential homes with open-plan layouts
Commercial spaces requiring flexible access and natural light
Modern office environments seeking stylish yet functional partitions
Balconies, terraces, and garden access points
Renovation projects aiming for improved thermal performance
Aluprof’s MB-77HS HI series represents the pinnacle of Sliding Systems innovation, delivering exceptional thermal performance and elegant design. This quadruple sliding door with two fixed panels transforms spaces by seamlessly integrating interior with exterior while meeting the highest standards of quality and energy efficiency. Choose Aluprof for sliding solutions that combine cutting-edge technology with refined aesthetics, tailored for modern architectural demands.
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